11/11-11/17/06 | Weekly Bird Flu Thread:Chinese Bird flu samples on way to US

JPD

Inactive
Bird flu samples on way to US

http://www.chinadaily.com.cn/china/2006-11/11/content_730426.htm

By Zhao Huanxin (China Daily)
Updated: 2006-11-11 10:01

The latest shipment of bird flu virus samples from China is expected to reach the United States next week, senior health officials said in Beijing on Friday.

"Following the five bird flu strains delivered in 2004, the Ministry of Agriculture has provided 20 more virus samples to the World Health Organization," China's Chief Veterinary Officer Jia Youling told a press conference organized by the State Council Information Office.

The samples will be sent to a WHO collaborating laboratory with the US Centers for Disease Control (CDC), he said.

"We are happy about the development," Henk Bekedam, the WHO's China representative, told China Daily.

"I don't know what kind of clearance they'll have to go through on the other side, how long it will take, but we expect the CDC can confirm they have received them some time next week."

China told the WHO Beijing office on March 1 that it was ready to provide the 20 samples requested by the UN organization in early February, according to Jia.

But it took time to arrange the logistics and go through customs procedures for both the Chinese side, the WHO and the recipient of the shipment of highly pathogenic virus samples, Jia said.

China has been co-operative in sharing bird flu information and samples, despite four of five samples submitted in 2004 being misused by some foreign researchers, he added.

The WHO made the samples available to foreign researchers, who twice published the genetic sequence and other data of four of the five samples without giving credit to the Chinese scientists who did the research.

Bekedam said he had apologized on behalf of the WHO collaborating centre and he hoped there would not be a repeat of the situation.

He stressed that sharing information and sharing samples is key in the fight against communicable and new diseases.

At Friday's press conference, Jia and his colleagues categorically rejected claims by US and Hong Kong researchers that a new, vaccine-resistant H5N1 virus variant, called Fujian-like, was isolated in southern China, which caused five recent human infections in the region.

The researchers claimed in a paper published last week in the Proceedings of the National Academy of Sciences of the United States that the virus had already triggered an outbreak in neighbouring countries.

Commenting on the study, Jia said: "There is no such new 'Fujian-like variant' at all. It is utterly groundless to assert that the outbreak of bird flu in Southeast Asia was caused by avian influenza in China."

He said the data cited in the paper were "unauthentic" and the research methodology was not based on science.

The WHO's Bekedam said: "We hope that in the future these scientists will be sitting down together and they will have fewer discussions in the media but more discussions among scientists, and then that we can all share what their finding is."

At a press conference on the so-called Fujian-like variant on Thursday in Geneva, Minister of Health Gao Qiang said he had issued a formal invitation to the WHO, asking the organization to send experts to China to judge the real situation.

"These experts can go to any place in China, and we hope they can evaluate China's avian flu control situation in a scientific and technical way," he was quoted as saying by the Xinhua News Agency.

Gao said the Chinese Government is open, transparent, objective and responsible in the prevention and control of bird flu.
 

JPD

Inactive
No genetic mutation of H5N1 in RI: Researcher

http://www.thejakartapost.com/detailnational.asp?fileid=20061111.H02&irec=1

Emmy Fitri, The Jakarta Post, Jakarta

Indonesia, with the highest number of bird flu infections and fatalities in the world, has so far remained free of the new vaccine-resistant Fujian strain of H5N1, which has been found in China.

The head of the Bogor-based Veterinary Research Institute, Darminto, said studies had been carried on samples from seven veterinary laboratories around the country.

"We found there was no indication of the emergence of a new strain in any of the samples. A recent study of the genetic evolution of the virus shows that what we have is the same as the 2003 strain," he told The Jakarta Post on Friday.

He added that researchers were still on the alert, however, because Indonesia's H5N1 virus came from China originally.

Poultry surveillance had been intensified throughout the country, he said.

"We regularly check the samples and send some to Australia for further study."

Fear of a more highly pathogenic virus arose after a new strain was found, believed to have been caused by vaccine overdoses. The existing H5N1 vaccine is ineffective against the new strain.

A booming bogus vaccine industry in China has drawn global concern, as many Southeast Asian countries have imported supplies of the vaccine from China. Indonesia has also bought vaccines from Mexico and the Netherlands.

Darminto said he found "illegal" vaccines being used by some poultry farmers in Medan, North Sumatra, a year ago. The vaccines were not registered with the authorities and were easy to obtain at the market.

He said it was beyond his authority to discuss the presence of unregistered vaccines in some of the country's markets, but did explain that an "unregistered (vaccine) is not necessarily fake".

"I believe we also closely watch vaccine imports but I have no idea how Medan poultry farmers could unregistered ones," he said.

On Thursday, the chief executive of the Indonesian National Committee for Avian Influenza Control and Pandemic Influenza Preparedness (Komnas FBPI), Bayu Krisnamurthi, said the country was still far from an immediate bird flu pandemic, although he cautioned that the threat remained.

Of Indonesia's 72 confirmed cases of bird flu in humans, 55 people have died. Bayu said although the disease had been found in 30 of the country's 32 provinces, human infections had only happened in nine provinces.

Poor public awareness of bird flu has contributed to delays in identification, causing a high fatality rate for confirmed cases.

Bayu said the fatality rate, about 75 percent, was due to belated treatment.

"On average, the reported infections are treated five days after onset," Bayu said.

Komnas FBPI plans to intensify its public awareness campaign and eventually restructure the animal husbandry sector, a long process expected to begin in 2007.
 

JPD

Inactive
Multiple H5N1 Receptor Binding Domain Changes Cause Concern

http://www.recombinomics.com/News/11100602/H5N1_RBD_Multi.html

Recombinomics Commentary
November 10, 2006

Chen said that in 2005 and 2006, the lab had isolated some viruses in waterfowl in southern China which was reported to the Food and Agriculture Organization (FAO) and the World Organization for Animal Health (OIE).

"These viruses all remain steady in gene type and there is no marked change in their biological characteristics," she said.

Chen said there was only one new variant of the virus, which was isolated to north China's Shanxi Province and the Ningxia Hui Autonomous Region at the beginning of this year and has been reported to the FAO and OIE.

The above comments were in response to the recent PNAS paper describing the spread of the Fujian strain of H5N1 throughout southern China and into Laos, Malaysia, and Thailand. The response from the Harbin facility in China suggested that there had been little change of H5N1 in southern China since 2004 and the PNAS study was "unscientific" because the immunization status of the H5N1 positive birds was not reported.

However, officials at The WHO requested samples from northern China, because there were 404 full or partial HA sequences in the paper, and the new sequences not only showed that the Fujian strain was becoming dominant, but also showed that there were changes in the receptor binding domain of H5.

The receptor binding domain has been closely monitored because H5N1 can grow to high levels in humans and has generated an alarmingly high case fatality rate. Changes in the receptor binding domain can have a dramatic effect of the ease of transmission to humans and between humans, and changes in the transmission rate, in the absence in changes in the fatality rate, would lead to a global pandemic that would likely dwarf the devastating pandemic of 1918, which was an H1N1 stain formed via recombination between human and swine H1N1.

An easily transmitted H5N1 could be catastrophic because it represents a non-human serotype and has many genetic changes associated with a high lethality rate in chickens and mammals, including humans.

An earlier survey of H5N1 isolates identified a change in the receptor binding domain, S227N, which was associated with an increased affinity for human receptors found in the upper respiratory tract, and a decrease in affinity for avian receptors. A warning was issued on October 22, 2005 because the Qinghai strain of H5N1 was migrating into the Middle East and donor sequences for the formation of S227N were present in H9N2, which was endemic to the region.

In January, 2006, the first confirmed human H5N1 fatalities involving the H5N1 Qinghai strain were reported in Turkey, and H5N1 isolated from the index case had S227N, who was part of a large cluster To date there have been four human sequences from Turkey that have been made public, and two have the S227N change. Human cases were subsequently confirmed in Iraq, Azerbaijan, Egypt, and Djibouti. Recently, sequences from the Egyptian cases were released, and S227N was also detected in one of the eight sequences, indicating the change was present over a wide geographical region.

The sequences released in last weeks PNAS paper included five isolates from Shantou with a number of changes in and around the receptor binding domain. Position 227 was changed, but was changed to an R instead of an S. In addition to S227N, there were changes at position 222 (K222R) and 223 (V223I). The isolates also had a change at position 214 (V214M). The clustering of these changes suggested that they were due to recombination, and sequences with K222R or V223I had been reported previously in isolates from northern China and Japan, so the association of both changes in the five Shantou isolates strongly indicated that the sequences had merged via recombination.

Today, sequences from an isolate from Shanxi were released. As indicated in the quote above, this isolate was distinct from the Fujian or Shantou strains described above. In addition to a novel HA cleavage site, REGRRKKR, the isolate also had a number of changes in the receptor binding domain, A188E, A189T, T192I, L194I, R220K, K222E. Moreover, two related sequences from Hunan had two of the changes found in the Shanxi isolate, T192I and L194I as well as two more changes, D187N and A189E.

These changes highlight the need for a current database and increase concerns of additional changes via recombination.

Thus, although these are small changes, they can have profound affects of the transmissibility of the H5N1. Moreover, small changes can lead to false negatives in PCR tests because of mis-matched primers.

Therefore both groups should release full sequences of all eight gene segments and complete sequences on samples which have only been partially sequenced.
 

JPD

Inactive
H5N1 Sequence Hoarding Should End

http://www.recombinomics.com/News/11100603/H5N1_Hoarding_Still.html

Recombinomics Commentary
November 10, 2006

Jia said the Fujian-like strain, which Guan said had emerged in March 2005, was actually the same as bird flu viruses found in Hunan in February 2004 in terms of genetic sequencing.

"Guan said he wanted to alert the world with the paper, but why didn't he report the markets with virus-carrying birds to the government if he truly believed in his findings?" Jia asked.

He said there were 10 confirmed poultry outbreaks in seven provinces of China this year, adding 95 percent of domestic birds had been vaccinated.

The above comments extended the back and forth disagreements about relatively minor points, and create distractions from the real issue, which is the release of sequences from H5N1 in China. Much of the discussion centers on splitting hairs which is driven by different definitions. Many sequences have been published, so the overall picture of H5N1 spread and evolution are clear.

The definition of the "Fujian-like" strain in the PNAS paper really centers on changes in the H5N1 sequence in or near the receptor binding domain. All parties are well aware of this novel cleavage site, LRERRRK_R, which was first reported in Nature over a year ago. The partial HA sequence of the isolate, A/duck/Fujian/1734/2005, included the full sequence of the HA cleavage site. Earlier isolates, dating back to 2003, had lost a K. These isolates were from Hunan and Taiwan. The Taiwan isolate was from a duck being smuggled in from Fujian province. Both sequences were published in 2004.

China's Ministry of Health was well aware of the 1734 sequence, because it was used in the MOH report dated January 20, 2006. Moreover, the HA cleavage site of published and unpublished human isolates showed that all had the new Fujian cleavage site. Hong Kong University also published the sequences in March, 2006 showing that isolates from Malaysia and Laos had the novel cleavage site as did sequences from wild birds in Hong Kong, published in June. Moreover, the WHO pandemic vaccine targets included one of the sequences from one of the fatal human cases in Anhui, which, like all human H5N1 cases from China, had the novel cleavage site.

Thus, all parties were well aware of the spread of the Fujian strain long before the PNAS paper was published. the paper had about 250 HA sequences with the Fujian cleavage site. However, there were approximately 150 additional sequences that had different cleavage sites, many of which were also novel.

Moreover, many of the sequences had changes in the receptor binding domain, including isolates from Hunan that had some of the changes found in the newly released sequence from Shanxi. Thus, although there are clear differences between isolates from northern and southern China, these is also recombination between these isolates to generate regions of identity.

The sequences clearly show increased genetic variation in the receptor binding domain and the HA cleavage site. These changes, or combinations of changes can have significant biological effects, which may be species specific. These small differences inpact vaccine development, diagnostic PCR tests which require primer matches, and determination of transportation and transmission of influenza genetic information, which originates in both high and low pathogenic avian influenza.

Both squabbling groups have very large amounts of unpublished sequence information for all eight H5N1 gene segments and the time to stop hoarding has past. H5N1 is rapidly evolving and becoming increasingly diverse, as is easily seen by simply comparing receptor binding domain or cleavage site changes.

However, these changes are in all eight gene segments, and the sequence data of the H5N1 isolates in the PNAS paper as well as the sequences from northern China, should be released immediately, along with other hoarded sequences such as those from H5N1 outbreaks in Europe and H5 isolates in North America, which also show recombination with H5N1 in China.
 

Ohmmmm

Inactive
http://www.mb.com.ph/MAIN2006110779051.html

US citizens in HK told to stockpile for bird flu outbreak

Hong Kong (dpa) - US citizens in Hong Kong have been advised to build a three-month stockpile of food, medicine and water in their homes in case of a bird flu pandemic, a news report said Tuesday.

An advisory has been sent out to all 60,000 registered US citizens in the former British colony urging them to prepare the stockpiles ahead of the coming winter flu season.

It suggests stockpiling 4.5 litres of water per person per day and to prepare water purification equipment in case of ''complete infrastructure breakdown,'' the South China Morning Post reported.

The advisory also suggests they stock up on non-perishable foods, soap, alcohol-based hand wash, medicines, vitamins, flashlights and a portable radio, the newspaper said.

Six people died and 12 others were infected in the first modern outbreak of bird flu to jump the species barrier and attack humans in Hong Kong in 1997.

Since then, however, the city of 6.8 million has built up sophisticated safeguards against the virus and avoided further human cases despite a spate of regional outbreaks.

Hong Kong has carried out mass culls of birds and ducks when cases have been detected among poultry and birds imported from mainland China are screened for the virus.

Scientists believe bird flu may cause deaths on a global scale greater than the Spanish Flu of 1918 which killed up to 40 million if the virus mutates to jump from human to human.
 

JPD

Inactive
Egypt reports fresh bird flu infection among poultry

http://english.people.com.cn/200611/12/eng20061112_320691.html

The Egyptian Health Ministry said Saturday that new infection of the deadly H5N1 strain of bird flu virus among domestic fowls was discovered in Luxor, some 680 km south of Cairo, the official news agency MENA reported.

Tests on domestic birds at the city's Najaa al-Abayda Lab turned up positive for the deadly H5N1 virus, said the ministry's spokesman Abdel-Rahman Shahin.

The area has been quarantined, the birds are being culled and those suspected to have come in close contact with the fowls have been under examination, said Shahin.

On Oct. 30, an Egyptian woman died of bird flu virus and became the country's seventh fatal human case of the disease.

Egypt found the first bird flu case in dead poultry on Feb. 17, and then the virus spread to 20 governorates of the country's 26 in total.

Egypt reported the first human bird flu case on March 18. Since then, it has detected 14 human cases with the last case reported on May 18. Of the 14, six died while the rest recovered.

Source: Xinhua
 

JPD

Inactive
Indonesia

Boy dies of bird flu, woman sickened from virus

http://www.thejakartapost.com/detaillgen.asp?fileid=20061113142800&irec=2

JAKARTA (AP): A young boy died from bird flu on Monday, bringing the country's death toll to 56, while a woman infected with the H5N1 virus was being treated in hospital, the health ministry said.

The two patients lived in different towns on the outskirts of the capital Jakarta and had not been in contact with each other, said a staffer at the Health Ministry's bird flu information center.

The 2 1/2-year-old boy who died was admitted to hospital on Sunday, said the staffer, who declined to give her name, citing ministry rules.

Indonesia has recorded 56 deaths from bird flu since 2004, more than any other country.

Most of those killed have been infected by domestic fowl, but WHO fears the virus could mutate into a form that easily spreads among humans, sparking a pandemic with the potential to kill millions.
 

JPD

Inactive
GSK predicts unrest if bird-flu mutates

http://www.telegraph.co.uk/money/main.jhtml?xml=/money/2006/11/13/cngsk13.xml

Several governments around the world have promised to send in the army to protect GlaxoSmithKline manufacturing plants that produce bird flu vaccine should a pandemic break out, the drug maker's chief executive, Jean-Pierre Garnier, has said.

"People don't realise the disorder which comes from a scary event such as a true pandemic. It is not going to be the time to line up to your friendly pharmacist because there will be hundreds of people there. There will be panic episodes," Mr Garnier said.

The Government is expected to make a decision in the next few weeks on what measures to take to protect the UK should bird flu mutate so that it can be passed from human to human, creating a global pandemic. As well as stocking up on antibiotics and face masks to reduce the risk of infection, the Department of Health is also expected to build a reserve of bird-flu vaccine.

GSK is one of several major pharmaceutical companies working on a vaccine against H5N1, the current strain of bird flu. It has signed a deal to supply its vaccine to Switzerland and an unnamed Asian country. It is in talks with other countries including the UK and US.

"We're hopeful the UK will come to a decision before the end of the year because other countries are knocking on our door," Mr Garnier said.

He said GSK could switch some of its factories making normal flu vaccine to the bird-flu drug. GSK has major flu drug plants in Germany and Canada. Mr Garnier said no countries had said they might requisition GSK factories in the event of a pandemic.
 

Bill P

Inactive
Why would a .gov stock up a bird flu vaccine?

The best place to put it would be in the arms of citizens.

Maybe the .gov wants to control who gets access to the vax...
 

JPD

Inactive
Preparing For a Severe Pandemic: Insurance Premiums You Can Eat

http://www.crimelibrary.com/news/original/1106/1301_bird_flu.html

By Marilyn J. Bardsley

November 13, 2006

Very few people take time out of their day to imagine what life would be like if going to the grocery store could mean a death sentence, not only for you but for your whole family. During a pandemic this could easily be the case.

Once a pandemic is confirmed, air travel may have already begun to deliver it around the world. Because influenza is infectious before symptoms appear, there would be no way to positively identify people who may be infected. It's possible that a pandemic virus could start to show up in your area a couple of weeks after being identified in Hong Kong, Jakarta or Bombay.

When the killer virus does arrive, every aspect of your life will be seriously disrupted. Illness and death on an unprecedented global scale will take an enormous toll on goods and services that we are used to having at our fingertips. Stores, restaurants, schools, offices, day care centers, banks, and government services may close down for weeks at a time. Transportation and delivery of food, medicines, gasoline and other supplies will be interrupted, creating severe shortages. Electric and natural gas utilities and water supply may not be available for extended periods. Quarantines and travel restrictions may be imposed.

Then it is TOO LATE to prepare.

A pandemic may come in waves, each of which could last for six to eight weeks. The 1918-1919 pandemic came in three waves. There is no telling in advance what percentage of the population will be infected, how many of those infected will die, and how many waves the pandemic will have. The world's population has no immunity to the current H5N1 virus, the most likely candidate for the next pandemic. Consequently, it is very possible that 30%-40% of the population will become sick. Our entire health care system would be completely overwhelmed. Currently the H5N1 virus kills over 50% of the people it infects, even in places where the medical treatment of the victims has been excellent. With terrible frequency, the virus renders its survivors with severe, long-lasting side effects.

Medicines to treat pandemic flu are currently limited in supply, may not be very effective and may only be available to first responders. Despite lots of media "happy talk," about vaccines, it is unlikely that a vaccine will be available until many months after the pandemic begins.

You really do not want to expose yourself and your loved ones to this viral mass murderer. So, with these sobering pandemic realities in mind, how do you protect your family? The best protection, of course, is not to get sick.

For some of us, preparing for a pandemic is a great deal easier than for others, but most of us, if we make it a priority, can afford to gradually stock up on supplies, starting with a couple of weeks' worth, and eventually accumulating enough essentials for a month or two so that we can "shelter in place" until a wave of influenza has passed and it is safe to restock for the possibility of another wave.

You should consider stored non-perishable food, water and other necessities as premiums for insurance against hunger and deprivation in a disaster. Unlike most of the insurance premiums that you have been paying out in cash for decades, these are insurance premiums you can eat.

What you have to do is figure out what your family needs to survive while staying home for 2-3 months, assuming that electric, gas and water utilities may not function for much of that time, and begin to shop for and store those items. It's not something you can do in one trip to the supermarket, but something that permits you to take advantage of sales, clean out your closets so that you have more storage space available and be prepared for any disaster.

While you are deciding how much tuna fish or canned chicken your family would need, medicines that you take, and what the pets require in the way of food, flea and heartworm medication you should also talk to your parents, children, grandchildren, in-laws, your neighbors and everyone else that you want to be alive when the pandemic passes and make sure that they understand the threat and the optimal way to prepare. You might also consider helping a neighbor that may have difficulty getting out to the stores. You want to encourage your neighbors to take pandemic preparation seriously, because if they don't and they know that you do, they may show up hungry on your doorstep one day!

Many of us have insurance plans that don't permit us to get more than 1 month of prescription medicines at a time, but it is worth checking to see if your insurance plan has a 3-month mail order option. If a 3-month supply is not possible and the medicine is critical to your health, you may want to buy an extra month's supply. During a pandemic, the medicine may not even be available. You want to be sure that you have enough over-the-counter cold remedies, aspirin, first aid, anti-diarrhea medications, vitamins and other supplies of a pharmaceutical nature. It's also a good idea to invest in a couple large bottles of 60+% alcohol hand sanitizers and a box or two of disposable latex gloves.

Don't forget to get your vaccination for the annual flu and the pneumonia vaccine. Neither of these vaccines will protect you from pandemic flu, but they will protect you from concurrent infections. If you happen to be suffering from the annual flu or bacterial pneumonia when the pandemic hits, your chances of survival are low.

Those of us that are affluent enough to fully prepare in advance for a pandemic have a moral obligation to do so. Once a pandemic is confirmed, stores will be emptied quickly by those who did not have the resources or common sense to prepare in advance. You don't want to risk exposing yourself and your family to a deadly virus by waiting for hours in line at the grocery or drug store, only to find out that the supplies are inadequate for the greater community's needs. Supplies on hand when a pandemic arrives should be for those people who are not able to prepare in advance, not for the affluent people on who kept procrastinating.

Sheltering-in-place not only protects you and your family from devastating illness and death, it keeps you from consuming the extremely inadequate medical resources that will be available for the desperately ill and dying during a pandemic.

Recommended Reading:

The Humane Society's Dr. Michael Greger's "Bird Flu: A Virus of Our Own Hatching." This online book is the very best of its kind and you can read it online FREE

http://www.birdflubook.com

Trust for America's Pandemic Flu and You:

http://www.pandemicfluandyou.com/

U.S. Government Pandemic Planning for Individuals & Families

(Note: the US Government seems to be a bit confused at this date about how long one should prepare to shelter in place. Recently the State Department sent out advisories to consulates in Hong Kong and several other countries recommending that American citizens prepare to shelter in place for 3 months. Subsequently, the advisory has been removed from the Hong Kong & Macao site, probably because of a protest by the Chinese government.

Regardless, if pandemic waves last 6-8 weeks, the current recommendation to store supplies for 2 weeks makes little or no sense)

http://www.pandemicflu.gov/plan/individual/index.html

The Monster at Our Door: the Global Threat of Avian Flu by historian Mike Davis. Owl Books/Henry Holt & Co. 2006.

The Great Influenza: The Story of the Deadliest Pandemic in History by John M. Barry. Penguin Books. 2005.
 

JPD

Inactive
FDA Warns About 'Bizarre' Behavior, Tamiflu

http://www.nbc11.com/health/10309137/detail.html

POSTED: 10:53 am PST November 13, 2006

WASHINGTON -- Doctors and parents should watch for signs of bizarre behavior in children treated with the flu drug Tamiflu, federal health officials suggested Monday in citing an increasing number of such cases from overseas.

Food and Drug Administration officials still don't know if the more than 100 new cases, including three deaths from falls, are linked to the drug or to the flu virus or a combination of both.

Most of the reported cases involved children.

Still, FDA staff suggested updating Tamiflu's label to recommend that all patients, especially children, be closely monitored while on the drug. They also acknowledged that stopping treatment with Tamiflu could actually harm influenza patients if the virus is the cause of the delirium, hallucinations and other abnormal behavior.

The FDA's pediatric advisory committee is to discuss the recommendation Thursday. The FDA isn't required to follow the advice of its outside panels but usually does. An FDA spokeswoman did not immediately return a call seeking comment.

The meeting comes a year after the same panel of outside experts rejected linking Tamiflu to reports of 12 deaths in Japanese children since 2000 and voted against changing the drug's label to suggest any such concern. At that time, however, the committee did recommend that the FDA continue to monitor the drug's safety and return a year later with an update.

The panel's decision after reviewing the new update is likely to be closely watched, since Tamiflu could play an important role in an outbreak of bird flu. The drug doesn't prevent flu but can reduce the length and severity of its symptoms.

Most of the 103 new cases of bizarre behavior are from Japan, where the number of Tamiflu prescriptions is about 10 times that in the United States, with more than twice the population.

The new cases occurred during a 10-month period, between Aug. 29, 2005, and July 6, 2006. The tally marks a sharp increase to the 126 similar cases logged over the more than five years between the drug's approval in 1999 and August 2005, the FDA said.

The Japanese Tamiflu label now warns that disturbances in consciousness, abnormal behavior, delirium, hallucination, delusion and convulsion may occur. It also recommends patients be carefully monitored and the drug stopped if any abnormality is observed.

Even though severe cases of the flu can spark those conditions, the number and nature of the cases -- along with comments from doctors who believe the abnormal behavior was associated with the drug -- keep the FDA from ruling out Tamiflu as the cause, according to agency documents.

For that reason, the proposed changes would bring the U.S. label more in line with the Japanese one, and warn of abnormal behavior and recommend that patients, especially children, be closely monitored. However, the proposed U.S. version would recommend treatment be stopped only on a doctor's advice.

FDA staff called the proposed changes "prudent," since U.S. Tamiflu use could jump to Japanese levels. The current U.S. label mentions only "seizure and confusion" seen in some patients.

Tamiflu is made by the Swiss pharmaceutical company Roche Holding AG. A Roche spokesman did not immediately return messages seeking comment. Previously, Roche has cited studies from the United States and Canada that show the death incidence rate of influenza patients who took Tamiflu was far below those who did not.

Tamiflu is one of the few drugs believed effective in treating bird flu, which health officials fear could spark a pandemic should it mutate into a form easily passed from human to human.
 

JPD

Inactive
EGYPT: Winter may bring more bird flu, health ministry says

http://www.alertnet.org/thenews/newsdesk/IRIN/7cbdf61972f096df532db00d78547851.htm

CAIRO, 13 November (IRIN) - With the onset of winter, there may be an increase in cases of the potentially lethal avian flu virus H5N1 among fowl and humans in Egypt, according to health ministry officials.

"In Egypt, as in the rest of the world, although we have all the necessary precautions well in place, there might be a new surge," Sayyid al-Abbasi Egyptian health ministry official, said.

He added that the danger was renewed with each season of migration for birds, and as Egypt is on a major migratory route, it is particularly affected.

On 11 November, the health ministry said a new bird flu location was discovered in Luxor, 720 km south of the capital, Cairo. According to the health ministry, the area of Najaa Al-Abyada has now been quarantined, after domestic birds there were tested and found to be carrying the virus. Birds in the vicinity were being culled, Egypt's official news agency MENA reported.

There has been no new human infections, said al-Abbasi. To date, the majority of cases among humans have been linked to domestic breeding, which remains very common. Bird flu can not be caught from cooked chicken.

While a ban on the practice in urban areas was imposed soon after the virus was first detected, domestic breeding in the rural areas has remained rife as the government did not feel it would be productive to impose a similar ban there.

"A ban would lead many to conceal their birds, heightening the danger rather than quelling it," Abdel Rahman Shahine, health ministry spokesperson, said.

Instead, the authorities tried to focus on raising awareness across the country as well as training health and social workers on how to deal with bird flu.

Out of 15 people infected with bird flu since March 2006, seven have died. The most recent death occurred on 30 October.

Ever since bird flu was first detected among fowl in Egypt in February this year, more than 30 million birds have been culled under government supervision, mostly in poultry farms.
 

JPD

Inactive
Two More`H5N1 Fatalities in Suburban Jakarta

http://www.recombinomics.com/News/11130601/H5N1_Tangerang_Java.html

Recombinomics Commentary
November 13, 2006

The death of casualties was named ES (35) from Tangerang, Banten and A (2,5) from Karawang, West Java, fulfilled the number of bird flu casualties in the homeland to 74 people.

The head of the Centre of Department of Health Communication of the Public of the Bird Flu Command Post, Lily S Sulistyowati, told how this incident started from the citizen's ES of Taman Adiyaksa, Tangerang, from felt was sick (onset) on November 7 2006.

On November 8 2006, ES that various female gender underwent the inspection in RS Paramita Tangerang.Because of not pointing out the improvement, on November 10 2006 ICE was reconciled to RS Honoris, Tangerang.

The same day ES was at once reconciled to RS the Sulianti Suroso Infection (RSPI SS).


The above translation indicates both recently confirmed bird flu H5N1 in suburban Jakarta have died. Most of the human cases in Indonesia have been from western Java and most have died. H5N1 isolated from these patients has a novel cleavage site that does not match the vast majority of H5N1 birds isolates. Additional birds samples sent to Australia fro sequencing have failed to identify the source of the human infections in Jakarta.

Although the isolates have picked up sequences from the Qinghai strain as well as additional polymorphisms from China and southeast Asia, the local reservoir of human H5N1 has not been identified. Although there have been 74 confirmed cases, the number of matches with H5N1 from poultry in the area of the victims remains at zero.

Wild bird surveillance remains poor worldwide. Only one Qinghai isolate has been reported for eastern China, although Qinghai sequences are readily detected in the H5N1 isolates throughout Asia.

H5N1 continues to evolve and the source of human infections in Indonesia remains unlikely to be directly linked to poultry.
 

JPD

Inactive
Indonesia's health ministry says bird flu patient still alive

http://www.iht.com/articles/ap/2006/11/14/asia/AS_GEN_Indonesia_Bird_Flu.php

The Associated Press

Published: November 14, 2006

JAKARTA, Indonesia: A 35-year-old bird flu patient was in intensive care in an Indonesian hospital on Tuesday and has not died, as a senior Health Ministry official mistakenly said earlier.

Health Ministry official Nyoman Kandun apologized for the mix-up and said Indonesia's death toll from bird flu remains at 56.

A spokesman for the Sulianti Saroso infectious diseases hospital also said the woman was alive.

A 2-year-old boy died Monday in the same hospital.

The H5N1 virus has killed at least 153 people worldwide since it began ravaging Asian poultry stocks in late 2003, with well over a third of the human deaths in Indonesia, according to the World Health Organization.

Most of those killed have been infected by domestic fowl, but WHO fears the virus could mutate into a form that easily spreads among humans, sparking a pandemic with the potential to kill millions.

Indonesia, the world's fourth most populous country and home to millions of backyard chickens, would be vulnerable under such conditions.

The government came under fire for moving slowly to stamp out the virus when it first appeared in chickens and ducks, but has worked hard in recent months to raise public awareness about the dangers of bird flu.

The country has also increased vaccinations and slaughtering of birds in infected areas.
 

JPD

Inactive
Gene chip test identifies bird flu strains

http://today.reuters.co.uk/news/art...=&cap=&sz=13&WTModLoc=NewsArt-C1-ArticlePage1

By Maggie Fox, Health and Science Editor

WASHINGTON (Reuters) - A new "gene chip" test can quickly and cheaply identify different influenza strains, allowing doctors to easily tell who has H5N1 avian influenza and who has everyday flu, U.S. researchers said on Monday.

They said their new test, using a gene chip device called an MChip, correctly identified 21 out of 24 different H5N1 flu strains seen in people, birds and cats and never gave a false positive, meaning it never indicated an infection was due to H5N1 when it was not.

"This new technology, once manufactured and distributed, could have the potential to revolutionize the way laboratories test for influenza," said Dr. Nancy Cox, director of the influenza division of the U.S. Centers for Disease Control and Prevention.

"The MChip could enable more scientists and physicians, possibly even those working in remote places, to more quickly test for H5N1 and to accurately identify the specific strain and its features."

The H5N1 avian influenza virus now rarely infects people but experts fear a pandemic if it mutates into a form that passes easily from person to person.

Since 2003 the virus has swept through birds in Asia, Europe and Africa. People in close contact with infected birds can become ill and the virus has infected 258 people and killed 153 of them, according to the World Health Organization.

Now, people suspected of having an H5N1 infection get a rapid flu test that tells only whether they are infected with an influenza A strain. A sample must be sent to a designated WHO laboratory that then tests for H5N1 genetic material -- a process that can take two weeks.

This lengthy process worries flu experts, who say an on-the-spot test is vital if the first outbreak of a pandemic strain of flu is to be caught in time to control it.

STABLE GENE

A team at the University of Colorado at Boulder and the CDC developed the new test based on a single influenza virus gene that mutates less frequently than other flu genes.

Gene chips are now commonly used in many labs, and consist of a silicon or glass plate covered with rows of spots of genetic material -- DNA or RNA -- that react when brought into contact with desired substances.

The researchers used their MChip to test H5N1 samples collected over a three-year period from people and animals around the world.

They will describe their work in the December 15 issue of the American Chemical Society journal Analytical Chemistry.

"Our tests show the MChip can determine the type and subtype of human flu influenza in less than seven hours, in contrast to current methods to identify the type and subtype of flu that require several days," Colorado University's Robert Kuchta said in a statement.

Discussions are under way to commercialize the MChip, which costs less than $10 to make, said chemistry professor Kathy Rowlen, who led the study, funded by the National Institutes of Health.

"One of our goals has been to address the needs of developing nations by providing an inexpensive field-portable test kit for the World Health Organization for global screening of respiratory illnesses," Rowlen said.

The gene chip test lights up with a series of fluorescent spots. To automate recognition of the patterns and reduce the risk of human error the researchers developed an artificial neural network trained to recognize the distinctive pattern indicative of H5N1.
 

JPD

Inactive
Study Shows Costs of a Worldwide Pandemic: Staggering

http://www.voanews.com/english/2006-11-14-voa29.cfm

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A specialized information network known as MIDAS, short for Models of Infectious Disease Agent Study, shows an avian flu outbreak could wreak serious havoc on people and economies around the world.

H5N1 bird flu virus

Since 2003, H5N1, better known as the avian flu virus, has spread to nine countries, mostly in Asia and Africa. Health experts fear the bird-borne virus could mutate and spread among humans. If that happens, new computer models suggest the outcome would not only be deadly, it could also cripple the global economy.

Joshua Epstein

Joshua Epstein is a member of the computer simulation project. "We have computer scientists and epidemiologists and demographers and economists and very diverse teams of people contributing to aspects of the modeling,” he said. “And government agencies, for example: the transportation data needs to be obtained from the FAA and other agencies. So it involves big-time computing, big-time expertise and a lot of quite creative collaboration, not a small project.”

The project's objective is to develop strategies that would limit the worst outcome of a global epidemic. Warwick McKibbin, an international economics professor, says an uncontrolled outbreak of pandemic influenza in Southeast Asia would send shock waves around the world.

Warwick McKibbin

"When people get sick or die the labor supply changes. People don't go to work or they die. That changes the capacity of the economy to produce. It disrupts production, that's one serious shock. Another shock is that industry has to take some sort of action and that usually raises costs, depending on your industry it could raise costs a lot -- in the tourism industry for example," said McKibbin.

And there's a wide range of scenarios. McKibbin says the mildest foresees a nearly one percent drop in the world's gross domestic product.

"For the most severe, the ultra scenario, it was very dramatic. We had over $4.4 trillion wiped off the world economy. 140 million people killed. So the individual consequences were severe -- the death rates. But the economic consequences were also severe."

Hardest hit would be developing countries. Mckibbin says that's because some don't have the economic resources to prevent an outbreak or adequate health care to deal with the effects.

Epstein says the computer models should help scientists develop effective containment strategies. "Interrupting the flow of people from hemisphere to hemisphere is part of that approach. It buys time in which you can do other intelligent things like develop vaccines and engage in social distancing and other measures to reduce the spread."

Unfortunately, McKibbin says, most countries are not doing enough. "I don't think we are. We certainly are not spending enough in developing countries in public health systems for example. Because by the time this pandemic influenza breaks out from Asia, you can't stop it at the border. So what really matters is preventing it in the first place."

And Mckibbin says their findings show something else: that preventing a pandemic would cost far less than having to deal with its aftermath.
 

JPD

Inactive
OSHA Unveils New Guidance for Protecting Employees Against Avian Flu

http://www.infozine.com/news/stories/op/storiesView/sid/18970/

The U.S. Department of Labor's Occupational Safety and Health Administration (OSHA) unveiled new safety and health guidance that alerts employees and employers about the hazards of occupational exposure to avian influenza from infected birds, or "avian flu," and provides practical recommendations on ways to avoid infection.

Washington, D.C. - infoZine - "OSHA Guidance Update on Protecting Employees from Avian Flu Viruses," as well as other important resource information on the topic, is available in English and Spanish by visiting the In Focus section on the home page of OSHA's Web site at www.osha.gov

"We encourage employers and employees who are most likely to be exposed to avian flu to take the appropriate precautions," said OSHA Administrator Ed Foulke. "This guidance offers them practical tips, such as hand washing and the use of proper protective equipment, for preventing illness."

Wild birds, particularly waterfowl, are natural hosts of avian flu viruses and often show no symptoms; however, some of the viruses can cause high mortality in poultry, including the H5N1 virus. Some strains of avian flu viruses carried by these wild birds can infect domestic fowl and in turn can infect humans, causing fever, cough, sore throat, eye infections and muscle pain. Avian flu can also lead to pneumonia, acute respiratory distress, and other severe and life-threatening complications. The most common route of transmission to humans is by contact with contaminated poultry.

The new document updates guidance on avian flu issued by OSHA in 2004. The update provides separate recommendations for poultry employees and those who handle other animals, and for laboratory employees, healthcare personnel, food handlers, travelers and U.S. employees stationed abroad. The primary focus is on good hygiene, including use of gloves and hand washing, as well as respiratory protection for those who work with infected animals or individuals.

The guidance also includes links to helpful Web sites with additional information, and a list of technical articles and resources, including a history on flu pandemics, symptoms and outcomes of various strains of the avian flu, a summary of the bird importation regulations, and details on the transmission of the virus.

The federal government is providing funding, advice, support and up-to-date information to help Americans prepare for and prevent the spread of avian flu in this country. The world's public health community is concerned that a new avian flu subtype may acquire the capability of human-to-human transmission, and become an agent for the next flu pandemic. Increasing concern over the possibility of a pandemic has led the World Health Organization to develop a Global Influenza Preparedness Plan, and the White House to issue its National Strategy for Pandemic Influenza.
 

JPD

Inactive
China expert urges cooperation on bird flu

http://www.alertnet.org/thenews/newsdesk/HKG24761.htm

HONG KONG, Nov 14 (Reuters) - A prominent Chinese health expert has called on scientists in Hong Kong and China to cooperate and conduct joint research to prevent a flu pandemic, a pro-Beijing newspaper reported.

The call comes after China's Ministry of Agriculture and Chinese scientists criticised scientists in Hong Kong and the United States in recent weeks for publishing a study saying that a new, vaccine-resistant strain of the H5N1 bird flu virus had emerged in China.

Zhong Nanshan, a respiratory disease expert based in China's southern Guangdong province, told the Ta Kung Pao newspaper that both sides must communicate.

"China and Hong Kong are one family and they may be facing a dangerous co-explosion of the common flu and avian flu in coming days. I hope there can be more co-ordination, sharing of information in the future," he told the newspaper in an interview published on Tuesday.

While China rejected the findings by the Hong Kong and U.S. scientists, it agreed last week to share long-sought bird flu virus samples from 2004 and 2005 with the World Health Organisation.

Although the H5N1 strain remains largely a disease that affects birds, it has killed more than 150 people around the world since late 2003.

Experts fear though that it could start a pandemic that could kill millions of people if it were to mutate into a version that could spread efficiently among humans.
 

JPD

Inactive
China has its own version of bird flu drug

http://www.chinadaily.com.cn/english/doc/2005-11/13/content_494201.htm

(Reuters)
Updated: 2005-11-13 15:45

BEIJING, Nov 13 (Reuters) - China has developed what it calls the equivalent of the anti-bird flu drug Tamiflu in preparation for a feared pandemic if the virus begins spreading among humans.

Zhong Nanshan, director of the Guangzhou Institute of Respiratory Diseases, was quoted in the Information Times newspaper as saying the drug would be effective in treating the virus.

"New progress will be achieved in the near future," the paper's Saturday edition reported Zhong as saying.

China has yet to report a human case of bird flu, which has killed more than 60 people in Asia since 2003, though the World Health Organisation (WHO) is helping to probe a possible human case in Hunan province, which had an outbreak in October.

The Information Times report did not say when the drug might be available or say how it compared with the antiviral Tamiflu, made by Swiss drug giant Roche Holding AG.

In the absence of a vaccine for bird flu, the World Health Organisation recommends that governments stockpile Tamiflu, which does not cure the disease but can reduce its severity and might slow the spread of a pandemic.

Roche said last week it had stopped selling Tamiflu in China and was instead sending all supplies to the health ministry.

The move followed similar suspensions of supplies to pharmacies in the United States, Canada and Hong Kong to head off hoarding by consumers worried about the spread of bird flu as the world heads into the influenza season.

In the fight against bird flu, Zhong said close monitoring of patients who have caught pneumonia from unknown causes was vital to determine whether influenza, a recurrence of severe acute respiratory syndrome or an outbreak of bird flu was to blame.

As such, involving the WHO had been a sensible step. "This is helpful for the correct diagnosis of patients' diseases and for the treatment of these infectious illnesses," Zhong was quoted as saying.

One of the basic ingredients of Tamiflu is shikimic acid, which is derived from the pod of the star-shaped anise fruit, grown in China, or via fermentation.

But Zhong dismissed as groundless rumours that star anise, by itself, could be an effective treatment against bird flu or influenza because the amount used in Tamiflu was minute.

China has reported a total of eight outbreaks of the deadly H5N1 strain of bird flu in poultry since the start of October.

Premier Wen Jiabao warned last week week that the country was facing a "very serious situation" as the disease had not been brought under control and was likely to spread.

The latest outbreak occurred in Jingshan country in Hubei province. Local authorities have culled more than 31,000 poultry within a radius of 3 km (2 miles), Xinhua news agency reported.
 

JPD

Inactive
Experts identify key mutations in bird flu virus

http://www.alertnet.org/thenews/newsdesk/SP220655.htm

HONG KONG, Nov 16 (Reuters) - A group of scientists has discovered two spots on the H5N1 bird flu virus that need to mutate for the virus to infect people more easily.

The virus has surface proteins that bind more easily to "receptors" lining respiratory tracts of birds, rather than receptors in humans. This means it easily causes disease in animals such as poultry but is much harder for humans to be infected.

But experts fear the H5N1 virus will infect more humans and trigger a pandemic killing millions of people if it mutates to attach easily to human receptors.

In the latest issue of Nature, scientists in Japan, Britain and the United States say they have discovered two specific spots on the genes of the virus that appear to determine if it attaches more easily to bird or human receptors.

This discovery will help scientists determine if any strain of H5N1 has the potential to cause a human pandemic. There are a number of strains now circulating across large areas of the globe.

"The bottomline is that the changes (on the two spots) can be used as molecular markers to identify the potential of the viruses that may grow well in humans," said Yoshihiro Kawaoka of the Institute of Medical Science at the University of Tokyo.

Using 21 samples of the H5N1 virus taken from human victims in Indonesia and Vietnam, the team of scientists found that three of them bound especially easily to human receptors.

"We found many mutations and we tried to identify which mutations were important ... two appeared to be very important (in the virus infecting a human)," Kawaoka told Reuters by telephone from the United States.

He warned against any over-emphasis on these two spots.

"It is very important that we shouldn't only focus on these two. The virus can become human-like by many mutations, these two are important but they are not the only ones," he said.

"But these two will give indication when a virus has changed receptor specificity," he said.
 

JPD

Inactive
H5N1 Acquisitions of Mammalian Polymorphisms Cause Concern

http://www.recombinomics.com/News/11150601/H5N1_Mammalian_Acquisitions.html

Recombinomics Commentary
November 15, 2006

New H5N1 sequences released this month provide additional examples of recombination, including the acquisition of mammalian polymorphisms. H5N1 PB2 sequences from southern China had several examples, which extended regions of identity between H5N1 sequences and human H3N2 and H1N1 sequences. As these regions of identity grow, the potential for additional acquisitions also grow, because the new acquisitions increase the size of the region of identity. In addition, as the avian gene becomes more "mammalian-like", additional acquisitions are more compatable with the evolving genome. Thus, the acquisition rate can accelerate as the mammalian polymorphisms accumulate.

These mammalian acquisitions have been described previously for H5N1 human isolates in Vietnam and Thailand in 2004. As the database of public sequences grow, additional examples are identified which has also been found in the PB2 gene of recently released Fujian PB2 sequences (see examples of growing regions of identity here)

H5N1 changes in the receptor binding domain have attracted interest because H5N1 has already infected humans and is associated with a high case fatality rate. The speficity of the receptor binding is dictated by a relatively small number of amino acid positions, so changes in these positions can dramatoically change the binding of the H5N1, without affecting the assocaite case fatality rate. Recently, S227N was found in Qinghai isolates from patients in Turkey and Egypt. The S227N chnaged had been previously shown to increase the affinity for 2,6 gal receptors, found in teh upper respiratory tract of humans, and lower affinity for 2,3 gal receptors found in the gut of birds. In the Qinghai strain, this acquisition is of concern, because Qinghai isolates have already fixed another mammalian polymorphism, PB2 E627K.

The recently released H5N1 sequences contain many examples of changes in the HA cleavage site as well as the receptor binding domain. The poly-basic HA cleavage site can be cleaved by a variety of tissue specific protease, so changes in that region can affect tissue tropism. Each dominant strain causing human cases has distinct HA cleavage represent Clade 1, and the three Clade 2 sub-clades being used as targets for H5N1 pandemic vaccines.

Recent isolates also have a number of changes in the receptor binding domain. There have been several recent examples from China that have multiple changes in the receptor binding domain, including another chnage at position 227, S227R.. As has been seen previously for the HA cleavage site, various combinations of receptor binding domain changes have been seen in the receptor binding domain.

One change that has caused concern is M230I, which was found in the H5N1 from a recent fatal case in Egypt. M230I is a mammalian polymorphism. It is the dominant amino acid in the two circulating influenza A serotypes, H3N2 and H1N1 as well as influenza B. Although this change has been found in a limited number of prior H5N1 isolates, it is the first example of the change in the Qinghai strain. The change is also present in a limited number of other serotypes, including important mammalian isolates such as H3N8 in dogs and horses, H7N7 in seals, horses, and humans, as well as H7N3 in humans.

More information on changes in the receptor binding domain will be detailed in a subsequent commentary.
 

JPD

Inactive
H5N1 Acquisition Matches Influenza B Receptor Binding Domain

http://www.recombinomics.com/News/11150602/H5N1_RBD_B.html

Recombinomics Commentary
November 15, 2006

The H5N1 HA sequence of the recent fatal infection in Egypt was released within days after confirmation. The acquisition of the mammalian polymorphism, M230I, produced a match with the sequence adjacent to the human receptor binding domain of influenza A (H3N2 and H1N1) and influenza B. The change creates identity between positions 226-230 (QSGRI) in the receptor binding domain of influenza B.

Moreover, the change produces identity in positions 223-230 (VNGQSGRI) as well as 190(E) in H7N7. This receptor binding domain sequence was present in the only fatal avian influenza case in the 2003 H7N7 outbreak in the Netherlands. H7N7 antibodies were present in hundreds of contacts of cullers, indicating the H7N7 was readily transmitted from human-to-human. The same receptor binding domain was present a human isolate from the H7N3 outbreak in British Columbia, as well a 1980 H7N7 seal sequence. The sequence matches canine H3N8 at positions 225-230 GQSGRI. Canine H3N8 is also easily transmitted from dog to dog.

These matches raise questions about the WHO monitoring of positions 226 and 228, which are L and S in human H3N2 and H1N1. In 1957, pandemic H2N2 had Q and G at positions 226 and 228 providing additional evidence that such sequences allow for efficient influenza transmission in humans.

This potential is also support by recent data indicating the levels of H5N1 in the throat of patients in Vietnam were higher than seasonal flu. These data raise serious questions about the requirement for changes at positions 226 and 228 which are closely monitored by the WHO and consultant. The recent PNAS paper on the spread of the Fujian strain in China noted that "The receptor-binding pocket of HA1 retains amino acid residues Gln-222 and Gly-224(H5 numbering used throughout) that preferentially bind to 2,3-NeuAcGal linkages of avian cell-surface receptors (12, 13)." These two positions correspond to 226 and 228 in the H3 number system used above, and human H3 isolates have Leu and Ser at these positions. Thus, WHO and consultants are monitoring changes at these two positions, even though human influenza B as well as 1957 pandemic H2N2 have the "avian" Q and G at that position, as does H5N1 and mammalian serotypes H3N8 (in canine and equine) and H7N7 (in seal and equine),

Thus, the acquisition of mammalian M230I in the patient in Egypt creates a human Qinghai H5N1 with a poly-basic HA cleavage site, as well as a receptor binding domain with additional identity with human influenza, and a human PB2 E627K polymorphism, which increases polymerase activity at lower temperatures.

These data raise questions about the rationale for monitoring changes in positions 226 and 228 and raise concerns that additional acquisitions via recombination with an increasing diverse H5N1 genome in wild bird populations, will generate a pandemic H5N1 that is efficiently transmitted human to human that is coupled to an alarmingly high case fatality rate.
 

JPD

Inactive
U.S. president to tour bird flu, AIDS lab in Vietnam

http://www.iht.com/articles/ap/2006/11/16/asia/AS_GEN_APEC_Bird_Flu_Bush.php

The Associated Press
Published: November 15, 2006

HANOI, Vietnam: Vietnam, hailed for beating back bird flu and rallying against AIDS, is getting a chance to impress U.S. President George W. Bush by showing just how much it has done.

Bush is expected to visit the Pasteur Institute — one of the country's top research institutes for communicable diseases — in Ho Chi Minh City after attending the 21-member Asia-Pacific Economic Cooperation summit in the capital, Hanoi. It is his first trip to the communist country, which defeated American forces in the Vietnam War.

Vietnam has been deemed a bright spot in the fight against bird flu as the virulent H5N1 virus continues to plague the region. Indonesia on Tuesday announced its second human death this week from the disease, which is likely to worsen during the approaching cooler months. Bush is to visit Jakarta after leaving Vietnam.

Vietnam has logged 42 human deaths, second only to Indonesia's 57, but has not detected any poultry outbreaks this year and no human infections since November 2005. The success is largely credited to a nationwide poultry vaccination campaign and strong political will to root out the virus.

Bird flu has killed at least 153 people worldwide since it began ravaging Asian poultry in late 2003. So far, the disease remains hard for people to catch, and most human cases have been traced to contact with infected birds, but experts fear it will mutate into a form that is easily spread among people.

"It's important that public health issues, including avian influenza and other similar pandemic threats, are on the APEC agenda, and it's a positive sign that these issues are being discussed at the highest level," said Hans Troedsson, World Health Organization representative in Vietnam. "I hope that the APEC meeting will translate into more commitment and collaboration among nations."

While touring the lab, Bush also is to learn about Vietnam's fight against AIDS. Vietnam has stepped up prevention efforts and worked to raise awareness since Bush selected it as one of the 15 countries to receive U.S. emergency HIV/AIDS funding in June 2004. The U.S. government has contributed nearly US$80 million (€62 million) since then to fight the disease in Vietnam.

"President Bush drawing attention to the two diseases together I think is very positive," said Nancy Fee, UNAIDS country coordinator. "It's very good that even within discussions about economic development he's highlighting these diseases, which could have a major economic impact on Vietnam if they're not handled well."

About 5,500 people, or 15 percent of those in need of anti-retroviral drugs in Vietnam, are now receiving them, compared with less than 5 percent two years ago, she said.

Experts say Vietnam is at a critical point as the number of HIV infections reaches an estimated 260,000 people. So far, most cases have been among vulnerable groups such as sex workers and injecting drug users, but the disease could soon become more generalized.

The Pasteur Institute and the National Institute of Hygiene and Epidemiology in Hanoi are the country's top two research institutes for communicable diseases.
 

PCViking

Lutefisk Survivor
Clues to pandemic bird flu found

International scientists believe they have identified some of the key steps needed for bird flu to develop into the deadly pandemic strain of the disease.


The team pinpoints two genetic mutations that would need to occur to the H5N1 virus for it to potentially spread readily between humans.

Writing in the journal Nature, the scientists said the findings would help them to detect pandemic strains.

At present, H5N1 can pass only from bird-to-bird or, rarely, bird-to-human.

his work shows that at least two changes... are needed for H5N1 to transform to strain that could infect humans
Dr Wendy Barclay, Reading University

So far, there have been a total of 258 cases of H5N1 in humans, causing 153 deaths, according to figures from the World Health Organization.

But flu viruses mutate and evolve quickly, and scientists believe the virus could acquire the ability to pass between humans.

They fear this could trigger a repeat of the devastation of the 1918 flu pandemic, which is thought to have killed 50 million people.

Docking station

To investigate how the virus might do this, the researchers looked at samples of H5N1 that had been taken from birds and also from infected humans.

In a small number of the human samples, they found the virus had acquired small changes to a protein called haemaggluttinin, which sits on the surface of the H5N1 molecule.

This protein helps the flu virus to spread by binding the receptors on cells, which are like docking stations, allowing the virus to invade and infect the cell.

While the haemaggluttinin in most of the samples could only bind to bird cell-receptors, the researchers discovered that in some of the human samples, the haemaggluttinin had acquired the ability to bind to both bird and human cell-receptors.

It is thought this is a key step needed for H5N1 to be able to spread from human-to-human.

Further analysis revealed two separate mutations at different positions on the protein had enabled H5N1 to recognise human receptors.

The researchers said the discovery of the location of the mutations would help identify H5N1 strains that may be on the way to developing pandemic potential.

Pandemic pathway

Lead researcher Yoshihiro Kawaoka, a virologist at the University of Wisconsin-Madison School of Veterinary Medicine, said more mutations would be required for the virus to fully adapt to humans, but it is not known how many mutations are needed for such a change.

The team thought these changes were most likely to occur when a human influenza virus mingled with H5N1, particularly if it could already bind to human receptors.

Dr Wendy Barclay, a molecular virologist from Reading University, said: "This work shows that at least two changes in the haemaggluttinin protein are needed for H5N1 to transform to strain that could infect humans, and knowing what these are will help to inform surveillance."

But, she said, the fact these mutations had already been seen in viruses isolated from human H5N1 cases, and a pandemic had not yet struck, suggested a number of other steps may be needed for the virus to be able to pass from human-to-human.


Story from BBC NEWS:
http://news.bbc.co.uk/go/pr/fr/-/2/hi/health/6151638.stm

Published: 2006/11/16 00:49:27 GMT

:vik:
 

JPD

Inactive
Bank creating flu firewall for workers

http://starbulletin.com/2006/11/16/news/story08.html

A Bank of Hawaii executive says plans are being prepared in case of a pandemic
By Helen Altonn
haltonn@starbulletin.com

The Bank of Hawaii is examining ways to keep its work force healthy in a flu pandemic, including methods to prevent the spread of viruses to care of sick dependents of workers.

"The bottom line, this environment is going to be about managing people, sick or healthy," Senior Vice President Raymond Trombley told about 150 participants at a Hawaii Pandemic Flu Preparedness Working Meeting on Tuesday at the Pacific Beach Hotel.

Absentee policies, sick leave and dependent care are among issues involved in managing employees, he said, explaining policies have been established at the bank's corporate level to assist employees.

"It's more valuable to keep employees healthy than to come to work and infect everyone," Trombley said. Families also must be protected so employees do not have to stay home and care for them, he said.

Trombley cited the need for a "culture of infection," encouraging people to wash their hands and cover their mouth and nose if they sneeze or cough. "We are already implementing hand-sanitizing areas," he said.

A chain of leadership has been developed for every bank department to cover for those who might be ill, he said. Among other planning steps, he said the bank has identified which of its 500 units are most critical to business operations and which must be recovered first, which operations will increase or decrease, need for alternate work sites for staff and increased telecommunications.

Dr. Paul Effler, chief of the state Health Department's Disease Outbreak Control Division, said it is essential to protect employees' health and the economy "and keep society operational."

Hawaii's supply of Tamiflu has arrived for stockpiling in event avian flu is identified here, Effler said.

But it is only enough to treat 25 percent of the population, based on U.S. Centers for Disease Control and Prevention recommendations, he noted.

"It is a challenge to identify those needing it and get it to them early," Effler said. And it might have limited use, he added, noting adverse effects recently reported from the flu drug in Japan.

Kaleo Keolanui, Hawaii Hotel and Visitor Industry Security Agency president, said members have been asked to designate coordination teams to carry out plans and make sure subcontractors and suppliers have a plan. "Hotels in Waikiki ran out of fuel in the (Oct. 15) earthquake," he said.

"Education and awareness is the key, not only to employees, but their families," Keolanui said.

The health of workers is a major concern, with policies recommended to reduce face-to-face contact among employees and guests, he said. "How do we service people if employees don't come to work?"

His agency recommends developing leadership succession plans for all management levels, advising all employees of the plan and posting advisories for hotel guests.

Lt. Col. Clayton Sutton, pandemic influenza deliberate planner for the U.S. Pacific Command, which has responsibilities for 43 countries, said pandemic planning is being done at a fairly high level.

Activities are under way with a regional and multinational focus to maintain military forces' health and operational readiness and support civil authorities internationally and domestically, he said.

"We need to help countries that need it. We have a better chance of stopping it (a pandemic) before it hits Guam or Hawaii," Sutton said.
 

JPD

Inactive
Additional H5N1 Acquisitions of Human RBD Polymorphisms

http://www.recombinomics.com/News/11160601/H5N1_Human_Acquisitions.html

Recombinomics Commentary
November 15, 2006

two of these changes, lysine at position 182 and arginine at position 192, were present in the HA's of clade-2 H5N1 viruses isolated from two individuals in Azerbaijan and one individual in Iraq,clade

The above comments from today's Nature paper describe patients infected with the Qinghai strain of H5N1. The paper identified acquisitions in human H5N1 isolates that enhanced binding to human receptors, either individually or in combination.

The above comment is somewhat ambiguous. It is not clear if all three patients had both receptor bind domain (RBD) changes described above, or both changes were found among the three patients. The statement cannot be independently confirmed, because the sequences from these patients are still being hoarded by WHO, and have not been made public.

The hoarding of the sequences by WHO, weakens their complaints about China not sharing samples or sequences, when WHO and consultants at St Jude, Hong Kong University, and Weybridge are hoarding thousands of H5N1 sequence collected this year, including human cases as indicated above.

The hoarding labs have failed to understand how these changes are acquired and continue to call them random mutations. The changes at position 182, described above corresponds to position 186 in the H3 numbering system. The change of asparagine to lysine, N186K, creates a match with position 186 in the human influenza B. This match is not mentioned in the Nature paper.

Moreover, the public sequences from the index case in Iraq, also has a change at this position. This change, N186S, is found in the 1986 human pandemic sequence from Hong Kong, which also points toward its role in binding to human receptors. The S at position 186 is also found in H3N8 sequences from dogs and horse, again pointing toward a role in recognizing mammalian receptors.

These changes in Qinghai isolates are important, because another mammalian polymorphism, PB2 E627K, has become fixed in the Qinghai strain. This change is found in all human flu isolates and the change creates higher polymerase activity at lower temperatures (34 C).

The Nature paper also found S227N one of the patients in Vietnam, and receptor binding by S227N was enhanced by Q196R. S227N has also been found in two of the human isolates from Turkey, as well as one from Egypt, which are more examples of changes in the receptor binding domain in Qinghai isolates that have E627K.

Thus, the number of changes in the receptor binding domain, or regions adjacent to the receptor binding domain in the Qinghai strain of H5N1 continue to increase. The recent fatal case in Egypt, had M230I, which creates a change that matches all three human strains currently in circulation, H3N2 and H1N1 serotypes in Influenza A, as well as Influenza B.

The co-circulation of N186K, Q196R, S227N, and M230I in Qinghai strains which also have PB2 E627K remains a cause for concern, as WHO continues to hoard H5N1 sequences and continues to isolate H5N1 in chicken eggs, selecting against H5N1 isolates with the acquisition of these mammalian polymorphisms (the second sequence submitted to Genbank from the patient in Thailand has lost N186K).
 
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<B><font size=+1 color=brown><center>Two mutations found that might cause bird flu in human beings </font>

Posted on : Thu, 16 Nov 2006 12:22:00 GMT
Author : Anne Roberts
http://www.earthtimes.org/articles/show/10551.html </center>
The deadly avian influenza virus H5N1 is known to spread from bird to bird and in some cases from bird to human. Researchers from the University of Wisconsin-Madison have discovered two mutations in the flu virus that might be one of the few ways in which it transfers from bird to human beings. </b>

Over the years scientists have noticed that avian influenza A virus primarily affected birds while the human influenza A virus attached itself to humans. The virus attaches itself to a species by recognizing certain receptors on the respiratory surfaces of that particular species. These receptors introduce the virus into the cells and activate a series of fatal reactions.


Observing the cases of bird flu in humans it was concluded that the avian virus had to change itself in such a way that it could recognize the human receptor and then infect the human cells.

The recent research has been the quest to find the changes that are required to cause that additional sensitivity. In order to do this they compared H5N1 samples from infected people in Vietnam and Indonesia with those from infected birds. The results showed that the virus from the first sample could recognize both human and bird receptors while those in the second group could recognize only bird receptors.

Based on these results they probed the virus in the first group and found two mutations in them which were absent in the bird sample. Changes had been made to a protein found on the surface of the H5N1 molecule called haemaggluttinin and the change had occurred at two positions on the molecule. The function of this protein is to bind the receptors on the various cells so that the virus could replicate across the cells. The mutated virus molecule was found to be able to bind bird and human receptors in addition to binding only bird receptors.

Although this mutation cannot cause the virus to spread from human to human, scientists fear that further mutations possible which can cause an epidemic to occur. Hence the researchers are not concentrating on only these two locations but are doing further work to understand how these mutations occur to prevent further ones.

The research group consisted of an international team from Vietnam, The United Kingdom, Indonesia and Japan in addition to the researchers in Wisconsin.

A total of 258 cases of bird flu in humans have been reported out of which there have been 153 deaths according to a WHO report.
 
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<B><center>Bank creating flu firewall for workers
<font size=+1 color=green>A Bank of Hawaii executive says plans are being prepared in case of a pandemic</font>

By Helen Altonn
haltonn@starbulletin.com
http://starbulletin.com/2006/11/16/news/story08.html </center>
The Bank of Hawaii is examining ways to keep its work force healthy in a flu pandemic, including methods to prevent the spread of viruses to care of sick dependents of workers.

"The bottom line, this environment is going to be about managing people, sick or healthy," Senior Vice President Raymond Trombley told about 150 participants at a Hawaii Pandemic Flu Preparedness Working Meeting on Tuesday at the Pacific Beach Hotel.</b>

Absentee policies, sick leave and dependent care are among issues involved in managing employees, he said, explaining policies have been established at the bank's corporate level to assist employees.

"It's more valuable to keep employees healthy than to come to work and infect everyone," Trombley said. Families also must be protected so employees do not have to stay home and care for them, he said.

Trombley cited the need for a "culture of infection," encouraging people to wash their hands and cover their mouth and nose if they sneeze or cough. "We are already implementing hand-sanitizing areas," he said.

A chain of leadership has been developed for every bank department to cover for those who might be ill, he said. Among other planning steps, he said the bank has identified which of its 500 units are most critical to business operations and which must be recovered first, which operations will increase or decrease, need for alternate work sites for staff and increased telecommunications.

Dr. Paul Effler, chief of the state Health Department's Disease Outbreak Control Division, said it is essential to protect employees' health and the economy "and keep society operational."

Hawaii's supply of Tamiflu has arrived for stockpiling in event avian flu is identified here, Effler said.

But it is only enough to treat 25 percent of the population, based on U.S. Centers for Disease Control and Prevention recommendations, he noted.

"It is a challenge to identify those needing it and get it to them early," Effler said. And it might have limited use, he added, noting adverse effects recently reported from the flu drug in Japan.

Kaleo Keolanui, Hawaii Hotel and Visitor Industry Security Agency president, said members have been asked to designate coordination teams to carry out plans and make sure subcontractors and suppliers have a plan. "Hotels in Waikiki ran out of fuel in the (Oct. 15) earthquake," he said.

"Education and awareness is the key, not only to employees, but their families," Keolanui said.

The health of workers is a major concern, with policies recommended to reduce face-to-face contact among employees and guests, he said. "How do we service people if employees don't come to work?"

His agency recommends developing leadership succession plans for all management levels, advising all employees of the plan and posting advisories for hotel guests.

Lt. Col. Clayton Sutton, pandemic influenza deliberate planner for the U.S. Pacific Command, which has responsibilities for 43 countries, said pandemic planning is being done at a fairly high level.

Activities are under way with a regional and multinational focus to maintain military forces' health and operational readiness and support civil authorities internationally and domestically, he said.

"We need to help countries that need it. We have a better chance of stopping it (a pandemic) before it hits Guam or Hawaii," Sutton said.
 
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<B><font size=+1 color=blue><center>BSU preparing for possible flu outbreak</font>

By GAIL KOCH
November 16 2006
<A href="http://www.thestarpress.com/apps/pbcs.dll/article?AID=/20061116/NEWS01/611160345/1002">www.thestarpress.com</a></center>
MUNCIE -- Ball State University officials are taking a proactive approach in preparing for the possibility of a pandemic influenza or avian flu outbreak.

The university has created a Web site, www.bsu.edu/fluinfo, that provides the Ball State community with detailed information about influenza and ways people can better protect themselves from contracting the flu.</b>

Kent Bullis, medical director of the Ball State Health Center, said the best ways to keep the flu at bay include:


Keeping your hands and foreign objects away from your mouth

Getting as much sleep as needed each night to feel rested in the morning

Exercising

Eating a well-balanced, daily meal

Drinking plenty of fluids

Avoiding smoking

Getting a flu shot
Flu season typically peaks in January and February, but reports of the illness can occur any time between October and April.

Bullis expects a typical flu season and notes that the health center tends to see a bump in cases when the region experiences a dramatic weather change.

In addition to creating the flu-oriented Web site, Ball State has compiled a committee of university leaders who will work with local and county officials to create a flu-epidemic response plan.

Ball State is also developing a system that would enable people to sign up for e-mail alerts if an outbreak occurs.
 
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<B><center>Idaho

<font size=+1 color=purple>Local businesses develop bird flu preparedness plan</font>

JOSLYN SALOW
News Writer
Issue date: 11/16/06
<A href="http://www.arbiteronline.com/media/storage/paper890/news/2006/11/16/News/Local.Businesses.Develop.Bird.Flu.Preparedness.Plan-2462297.shtml?norewrite200611161142&sourcedomain=www.arbiteronline.com">www.arbiteronline.com</a></center>
Boise State University received a $20,000 grant from the Central District Health Department to develop a planning strategy for assuring business continuity during a possible avian influenza (bird flu) pandemic. </b>

The project will address the needs of small to mid-sized companies in the Treasure Valley. In a collaborative effort between the College of Health Sciences and the College of Business and Economics, professors Uwe Reischl and Sandy Gough are currently under way in their exploration of ideas for preparedness plans that would assist businesses in maintaining basic operations during a potential pandemic.

The World Health Organization and the U.S. Centers for Disease Control and Prevention anticipate that the H5N1 influenza virus will reach the United States in the near future.

Gough explained that they are targeting small, local businesses because larger companies are already planning on a greater scale.

“The companies that we would target for our study would be
mid-size and considerably smaller in scale and they would not have the same kind of resources,” Gough said.

The first step in the project is deciding which companies they will team up with.

“Homeland security has identified the ‘bottom up’ approach in the planning process as being critical. Washington, D.C., will not be able to determine what a good plan is for individual companies because each company, like a family, is unique,” Reischl said.

“We are looking for a financial institution, we are looking at a supply type of an organization like a grocery store that would be involved in providing sources of food, we are interested in a company that produces widgets, some sort of technologies, and then we are looking for a governmental agency or public service type organization that may have to play a major role during a disaster,” Reischl said.

Reischl explained that a community could normally rely on outside help to recover in a flood, hurricane, fire or earthquake. He said that is not the case with the bird flu because outside communities may potentially be affected and unable to help. This is why he calls the bird flu a very “unique” disease.

“Bird flu is an ‘equal opportunity’ disease so it could affect all healthy individuals, it doesn’t pick on the low-level employees, it could pick on the top level as well. It does not differentiate in terms of social status … it would target, principally, from what we know now, the young and healthy,” Reischl said.

Gough and Reischl said that in order to run a business there needs to be three components: suppliers, employees and customers. They said if one of these is missing from the equation then the business would no longer function correctly.

The one component they plan to focus on in these businesses is its work forces.

They plan on doing this is with a certain type of “game.”

This game would help them look at the flow process in the company and decide what impact the absenteeism would have on the company and then decide what to do if certain people get sick.

According to Gough and Reischl, there will always be pandemics because history tells us so.

“The public is really becoming aware of the potential consequences of bird flu … historically we know sooner or later there is going to be a pandemic, it may not be the H5N1, it may be a totally new virus,” Reischl said.

“Of the human cases associated with the ongoing H5N1 outbreaks in poultry and wild birds in Asia and parts of Europe, the Near East and Africa, more than half of those people reported infected with the virus have died. Most cases have occurred in previously healthy children and young adults and have resulted from direct or close contact with H5N1-infected
poultry or H5N1-contaminated surfaces,” CDC reported on
their website.

According to a statement made by James LeDuc, Ph.D., on the Department of Health and Human Services website, it is likely that the virus will spread.

“CDC and scientific colleagues throughout the world generally agree that as the influenza virus continues to evolve, and influenza pandemic is likely at some point and could be extremely difficult to contain. The comprehensive, highly collaborative preparedness planning now underway is vital to minimize the impact of such an event,” LeDuc said.

Michael Aaron, a Secondary Education/Biology major, agrees that the research and preparedness plans are useful.

“Educating the public and having a disaster plan are helpful, giving scientists time to develop drugs to fight avian bird flu, like the work which was done at University of Wisconsin Madison developing a peptide which block the virus’ attacks,” Aaron said.
 
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<B><center>Texas


<font size=+1 color=brown>Local officials discuss preparations in case of predicted bird flu pandemic</font>

By Hina Alam and Johnny Johnson
The Daily Sentinel

Wednesday, November 15, 2006
<A href="http://www.dailysentinel.com/news/content/news/stories/2006/11/16/bird_flu_drill.html">www.dailysentinel.com</a></center>
When people started shuffling into Nacogdoches Memorial Hospital Wednesday with mock cases of the sniffles, sore throats or fever, hospital officials knew it was a drill. When phone calls started rolling in and fake news reports showed similar situations across the region, they found out what kind of drill — a flu pandemic.
</b>
The bird flu had hit East Texas.

It was a six-hour exercise throughout East Texas that simulated a six-week breakout of avian influenza.

During Wednesday's scenario, the epidemic hit its peak by week four and began to wane during weeks five and six, giving responders the opportunity to figure out how to handle the "recovery" aspect of an influenza outbreak.

Nacogdoches Memorial Assistant Administrator G.W. Jones said a pandemic outbreak is certainly a possibility and its something that the collective health-care industry is taking very seriously.

Across town, at Nacogdoches Medical Center, a "table-top" drill looked a lot more like a role-playing game, where patients, casualties and scenarios were merely concepts.

Jeb Jones, interim chief operating officer for Medical Center, said the hospital prepares year-round for disaster scenarios and Wednesday's exercise was a continuation of that ongoing training.

"It was extremely useful to us to have a tabletop exercise, so we could see what the scenarios could be and what situations could come up," he said.

Jones said it is always better for health-care workers to plan and try to understand possible scenarios so they will know what could happen and how to deal with it.

Hospital officials said there is a great deal of education needed to address the possibility of pandemic flu outbreaks, and that education and rhetoric will most likely continue to grow, <b>because experts advise that the outbreak is not a matter or "if," but "when."</b>
 
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<B><center>Saint Louis

<font size=+1 color=green>Health Dept. makes plans in case of a pandemic flu</font>

By Laura Girresch
ST. LOUIS POST-DISPATCH
11/15/2006
<A href="http://www.stltoday.com/stltoday/news/stories.nsf/stlouiscitycounty/story/B3D92B9D87DFEB678625722700062F7C?OpenDocument">www.stltoday.com</a></center>
In case pandemic flu hits the area, Jefferson County Health Department officials say it's best to prepare for the worst and hope it comes out less severely.

The department met last week with other agencies for the first time to help them work on their plans for how to keep running if 30 percent of the work force was out sick with the flu, a situation that would be entirely possible with such a pandemic.</b>

Hospital employees, fire districts, police departments and jail staff members showed up for the meeting.

"I think most of them found out they need to do more planning," said Douglas Dodson, assistant director of the Jefferson County Health Department. Advertisement

He said he would like to see representatives from industries such as food, water, heat and electricity involved in the preparation.

Right now, Eddie Hedrick, emerging infections coordinator for the state, tells people, "We're having a plan-demic."

That is, he explained, "An outbreak of planning, not an outbreak of disease."

He said cities and towns should learn how to handle a pandemic because scientists can predict that humans will see a flu pandemic this century, and it's likely that they'll see two or three of them.

"Pretty much every scientist in the world that looked at this has said it's not a matter of if, it's a matter of when," Hedrick said.

Hedrick said that last year, in a first phase of pandemic flu funding, Missouri received $1.89 million in federal grant money that it mostly handed down to local public health agencies for planning and preparation.

Dodson said those who would catch a potential pandemic flu would show the same symptoms as seasonal flu at first, but then the symptoms could change because it probably would be a strain of influenza people never have seen before.

A flu shot, which people get to protect them from seasonal flu, won't ward off pandemic flu. It could, however, rule out the probability of seasonal flu if a pandemic hit.

Dodson said the avian influenza in Asia had inspired much of the planning for a flu pandemic. While it has spread from birds to humans, the virus hasn't spread from human to human yet.

"What worries people is, it's continuing to hang around," Dodson said.

Still, health officials can't predict the specific types of flu that can hit at pandemic proportions.

And the threat is not imminent, but history says it's worth preparing for.

Of the three worldwide pandemics in the 20th century, the worst was the Spanish flu in 1918-1919. It killed up to 50 million people around the world, including 675,000 Americans, about 3,000 in the St. Louis area.

The 1957-58 Asian flu killed about 70,000 people in the United States, and the 1968-69 Hong Kong flu killed about 34,000 people in the U.S.

Still, Dodson said, 98 percent of those who caught the Spanish flu survived.

The only way to control the spread of that virus was to contain it, and St. Louis has been praised for its efforts to do so through "social distancing," which was basically barring people from gathering in groups for any reason. It was the idea of the city's health commissioner, Dr. Max C. Starkloff.
 
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<B><center>World


<font size=+1 color=blue>Study Shows Costs of a Worldwide Pandemic: Staggering</font>

By Mil Arcega
Washington, DC
14 November 2006
http://www.voanews.com/english/2006-11-14-voa29.cfm </center>
A specialized information network known as MIDAS, short for Models of Infectious Disease Agent Study, shows an avian flu outbreak could wreak serious havoc on people and economies around the world.


H5N1 bird flu virus
Since 2003, H5N1, better known as the avian flu virus, has spread to nine countries, mostly in Asia and Africa. Health experts fear the bird-borne virus could mutate and spread among humans. If that happens, new computer models suggest the outcome would not only be deadly, it could also cripple the global economy. </b>


Joshua Epstein
Joshua Epstein is a member of the computer simulation project. "We have computer scientists and epidemiologists and demographers and economists and very diverse teams of people contributing to aspects of the modeling,” he said. “And government agencies, for example: the transportation data needs to be obtained from the FAA and other agencies. So it involves big-time computing, big-time expertise and a lot of quite creative collaboration, not a small project.”

The project's objective is to develop strategies that would limit the worst outcome of a global epidemic. Warwick McKibbin, an international economics professor, says an uncontrolled outbreak of pandemic influenza in Southeast Asia would send shock waves around the world.


Warwick McKibbin
"When people get sick or die the labor supply changes. People don't go to work or they die. That changes the capacity of the economy to produce. It disrupts production, that's one serious shock. Another shock is that industry has to take some sort of action and that usually raises costs, depending on your industry it could raise costs a lot -- in the tourism industry for example," said McKibbin.

And there's a wide range of scenarios. McKibbin says the mildest foresees a nearly one percent drop in the world's gross domestic product.

"For the most severe, the ultra scenario, it was very dramatic. We had over $4.4 trillion wiped off the world economy. 140 million people killed. So the individual consequences were severe -- the death rates. But the economic consequences were also severe."

Hardest hit would be developing countries. Mckibbin says that's because some don't have the economic resources to prevent an outbreak or adequate health care to deal with the effects.

Epstein says the computer models should help scientists develop effective containment strategies. "Interrupting the flow of people from hemisphere to hemisphere is part of that approach. It buys time in which you can do other intelligent things like develop vaccines and engage in social distancing and other measures to reduce the spread."

Unfortunately, McKibbin says, most countries are not doing enough. "I don't think we are. We certainly are not spending enough in developing countries in public health systems for example. Because by the time this pandemic influenza breaks out from Asia, you can't stop it at the border. So what really matters is preventing it in the first place."

And Mckibbin says their findings show something else: that preventing a pandemic would cost far less than having to deal with its aftermath.
 
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<B><font size=+1 color=purple><center>A flu pandemic: Could it happen again?</font>

BY DELTHIA RICKS
Newsday Staff Writer
Posted November 13 2006, 7:30 PM EST
<A href="http://www.sun-sentinel.com/features/health/ny-hsflu1114,0,1446436.story?coll=sfla-news-health">www.sunsentinel.com</a></center>
An extraordinarily contagious form of influenza that circumnavigated the globe toward the close of World War I holds the distinction of triggering the most lethal single event in the history of humankind.

Nothing quite like it has occurred since.</b>

As scientists confirmed only last year, the pandemic was caused by a bird flu virus that jumped species.

Now, experts say, the world is overdue for a similar killer strain.

An estimated 50 million people died during the terrifying winter of 1918-1919, the deadliest flu season in the history of the world. More U.S. soldiers succumbed to influenza than died in the war. Indeed, more people died from that illness than lost their lives during the Middle Ages to bubonic plague, a rat-borne bacterial infection that swept unremittingly across Europe between 1348 and 1354.

From a more modern perspective: The AIDS epidemic has killed 25 million people worldwide in 25 years. The great flu pandemic -- known also as the Spanish flu -- killed twice that number in only a matter of months.

Could such a flu season flare again?

"Certainly another pandemic can occur," said Dr. John Oxford, a virologist at Queen Mary's School of Medicine in London and one of the world's leading influenza experts.

"The World Health Organization and the United Nations are both in agreement with that. All of the conditions exist for a virus like H5N1 to take off," Oxford said, referring to the current flu strain responsible for avian influenza.

Dr. Michael Greger, director of public health and animal agriculture at the Humane Society of the United States, also believes the makings of a pandemic already are here.

"Bird flu has gone from snowflake to avalanche. This used to be a very rare disease," Greger said of the infection among birds. "This is not a disease that anyone can miss, because it wipes out entire flocks."

Oxford sees many parallels between the 1918 flu and current avian influenza, which has become a global pandemic among birds. A growing number of human infections have cropped up in Southeast Asia, mostly as a consequence of direct contact with birds. And scattered cases of human illness have emerged in other parts of the world where H5N1 has infected birds.

Gene swap feared

The conditions exist for the disease to become highly contagious, Oxford said. It is possible, Oxford and other scientists theorize, for H5N1 to exchange genes with a common form of flu that routinely infects people. Should this happen, the H5N1 virus could acquire the basic genetic blueprint for spreading quickly -- and explosively -- through human populations. Scientists believe a similar exchange of genetic material occurred prior to 1918.

Because it would be a new virus in humans, it might very well carry a high fatality rate, just like the 1918 flu, Oxford said.

A study reported in August by scientists at the U.S. Centers for Disease Control and Prevention involving ferrets suggested that the "mixing bowl" theory of viral gene exchange didn't seem likely. But they have not ruled it out. Experiments, they say, do not always replicate conditions that occur accidentally in nature.

CDC scientists took genetic material from a common human A-strain of flu and introduced it into the H5N1 strain, and vice versa. Ferrets were used in the experiment because they catch and transmit the flu almost identically to humans, spreading it to each other by coughing and sneezing. The animals emerged from the experiments somewhat weakened but not devastated. To the scientists' surprise, they had not developed a more contagious form of flu.

French roots?

Two years before the 1918 outbreak, cases of a new and unusual respiratory illness were smoldering without much notice among British soldiers assigned to a military base in Etaples, France, Oxford said.

Digging through old medical journals trying to find the beginnings of the 1918 flu pandemic, Oxford and his colleagues ran across a copy of The Lancet from 1916 in which British military physicians described in great detail a series of illnesses diagnosed at the Etaples encampment. Although Oxford's theory differs from that of many American researchers who believe the 1918 flu started at a military base in Kansas, Oxford said the most convincing data suggests the pandemic's roots can be found in France. (Virtually all agree that "Spanish flu" is a misnomer.)

Up to 40,000 men had been processed through the French base on their way to the front lines where the British and their allies were fighting the Germans.

But it seems, at least from what Oxford can discern, that the men were fighting an even more vicious enemy in the camp. In a 145-case sampling documented in the journal report, 50 percent of the soldiers died of their infections. British doctors called the illness infectious bronchitis, something that probably threw off Americans when they read the report.

Soon the French would call it la grippe. Americans would dub it the "great flu," even though it would take until the 1930s for the actual culprit -- a virus -- to be found.

Strikingly, Oxford said, statistics from the 90-year-old medical report are uncannily like those involving human cases of bird flu today.

"To date, the World Health Organization estimates there have been 151 cases [of bird flu] in humans, with a case fatality rate of about 50 percent," Oxford said.

Because the fatality rate in the 1916 sampling was also 50 percent, Oxford sees a parallel that "carries a very strong warning."

Eighty-eight years ago, influenza caught everyone off guard, sweeping ferociously from one corner of the globe to another. Few places were left unscathed.

In 1918, everybody had a flu story if they were lucky enough to live to tell it. The disease was especially devastating among people between the ages of 18 and 40.

Worldwide, people were ordered to wear face masks. If you tried to board a streetcar without one, you could be hauled off to jail. Quarantine was the order of the day. On Long Island, homes became makeshift hospitals.

Symptoms from the 1918 flu included dry cough, high fever and extreme muscle aches. The way that particular flu ravaged the human body mirrors the effects physicians have found in autopsies of people infected with bird flu. Oxford said the body responds in a "cytokine storm" that causes internal bleeding, the result of an immune system gone haywire.

Scientists today are well aware of the 1918 pathogen's virulence because it was reconstructed last year by teams of scientists nationwide, including researchers at Mt. Sinai School of Medicine in Manhattan

A few who lived through the pandemic recorded their horror.

Pulitzer Prize-winning author Katherine Anne Porter, who in 1918 had just begun working as a reporter for the Rocky Mountain News in Colorado, came down with the crippling infection. She would later write about the experience in a trilogy called "Pale Horse, Pale Rider."

This was no simple influenza.

For Porter, who died at the age of 90 in 1980, the memory of it was haunting and indelible, a life-altering experience that pushed her within a whisper of death -- then freed her to tell the story.

Bodies piled like bricks

Throughout the winter of 1918, people were dying so fast a coffin shortage quickly occurred. Even when coffins could be found, there was a shortage of people to bury the dead. Bodies were piled like bricks on streets. Everyone, it seemed, was sick, dying or dead.

But this was 88 years ago. Surely -- certainly -- nothing of this magnitude could surface again?

"Ten years ago there wasn't a single known human infection with bird flu, but now there are several strains of bird flu viruses that have infected people from Hong Kong to Turkey," notes Greger, author of the book "Bird Flu: A Virus of Our Own Hatching."

Bird flu in humans was first diagnosed in 1997 in Hong Kong, and though health officials there ordered the slaughter of millions of birds to stop the virus in its tracks, it cropped up in 2003 in Vietnam in both birds and people.

Last week, Dr. Bu Zhigao and colleagues at the Harbin Veterinary Research Institute in China discovered the gene that makes some strains of the avian infection highly virulent. This knowledge could be used in the development of vaccines to benefit birds, and ultimately humans, scientists say.

Still, Greger says, a single chicken can harbor numerous strains of H5N1. "It takes only a single mutation for a single virus to turn deadly."

Greger estimates that in mainland China alone there are 13 billion chickens. At the time of the last flu pandemic in 1968, he said, there were only 13 million chickens in that country. Presuming 10 percent might be infected now, he believes a staggering number of viruses are probably mutating in the birds.

"We've got to stop encouraging the Western model of poultry production elsewhere in the world," Greger said. "It's a very powerful industry that has grown tremendously in recent years."

With the potential for the emergence of a pandemic strain, Greger said, "people may start questioning whether it's worth risking the lives of millions of people for the sake of cheaper chicken."

Oxford said he believes modern vaccines and antiviral medications, especially those known as neuraminadase inhibitors, such as Tamiflu, will help physicians effectively fight the disease, should a pandemic occur.

"Your government has thrown more cash at this virus than any other flu virus in history," Oxford said of U.S. health officials' ongoing tests of new vaccines and antiviral medications to fight bird flu. "We have two classes of drugs in the medicine cupboard. We could use a few more."
 
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<B><center>THU., NOV 16, 2006 - 10:10 AM
<font size=+1 color=red>Bird flu warning sign identified </font>

DAVID WAHLBERG
608-252-6125
dwahlberg@madison.com
http://www.madison.com/wsj/home/local/index.php?ntid=107622&ntpid=3 </center>
A UW-Madison researcher has identified a molecular warning sign that might enable the bird flu virus to become more problematic in people.

The finding could better alert health officials to a possible flu pandemic, said Yoshihiro Kawaoka, a virologist at the university.</b>

Kawaoka and his colleagues discovered that changes in two viral building blocks called amino acids allow the bird flu virus to recognize human flu virus receptors in people's cells.

That recognition is considered necessary for the bird flu virus to start spreading readily in people. Experts say person- to-person transmission could cause a pandemic like the one in 1918 that killed an estimated 50 million people worldwide.

The two amino acid changes "can be used as a genetic marker for predicting a potential dangerous virus," said Kawaoka, whose study is published in today's edition of the journal Nature.

He said scientists could test bird flu virus samples for the changes. If the changes start to be found frequently, that might signal that a pandemic is drawing near, he said.

Bird flu, or the H5N1 virus, has killed 153 of the 258 people known to have been infected with it since late 2003, mostly in Asia. The virus, which initially appeared in Hong Kong in 1997, has also reached parts of Africa and Europe and led to the death or preventive slaughter of millions of birds.

In nearly all human cases, people have been sickened by birds. Infections have only rarely passed between people. But a few mutations to the bird flu virus - or a mixing with a human flu virus - could change that, scientists say.

Five years ago, Kawaoka and his colleagues gained significant attention by finding that a single amino acid change in a viral protein called PB2 could make H5N1 more troublesome in people.

Now they have identified two key amino acid changes in another flu virus protein. That protein is called hemagglutinin - it's the "H" in H5N1.

The new research is a continuation of a study published by the Kawaoka team in March.

In that study, the scientists analyzed tissue samples from people's respiratory tracts. They found that cells in the lower parts of the tracts, including the lungs, had many receptors for both bird and human flu.

But cells in the upper parts of the tracts, where coughing and sneezing readily transmit germs, had many human flu virus receptors but very few bird flu virus receptors.

That, Kawaoka said, helped explain why bird flu often causes pneumonia in people but hasn't spread easily among humans. In order for person- to-person transmission to occur, he said, the virus must adapt to recognize the human receptors.

In the new study, the team learned how the telltale shift could occur.

This time, they studied viruses instead of tissue. The scientists looked at more than two dozen bird flu virus samples - five from birds and 21 from humans.

The samples from birds recognized only bird flu virus receptors. Most of the samples from humans also recognized only bird flu virus receptors.

But in three of the samples from humans, the virus recognized both kinds of receptors.

In analyzing those samples, the scientists found that each had one of the two amino acid changes.

Nobody knows how many such changes the H5N1 virus would have to make to become more dangerous in people. But the newly identified shift appears to be important, Kawaoka said.

"I don't think this change itself would be sufficient," he said. "But if the avian viruses now acquire these changes (in the hemagglutinin), that would make them one step closer to growing better in mammals, including humans."

Flu hasn't arrived in Wisconsin this season, but it likely will come soon, said Tom Haupt, influenza coordinator for the Wisconsin Division of Public Health.

Regular flu expected soon


"I'm expecting it any day," Haupt said Wednesday.

Flu - the "regular" kind, not bird flu - normally arrives in the state in late November or early December, Haupt said. It normally peaks in late January or early February.

Last year, however, it didn't peak until the first week of April, the latest increase on record.

The U.S. Centers for Disease Control and Prevention confirmed this week that at least 110 million doses of flu vaccine should be available this year, the most ever.

Some 77 million doses have been distributed, the CDC said. Some clinics or health departments may still have low supplies, but most should be amply stocked by the end of November, the agency said.

There is still plenty of time to be vaccinated, health officials say. It takes about two weeks for the shots to take effect.
 
=


<B><center>Kansas

<font size=+1 color=brown>Organization prepares for pandemic flu</font>

By RACHAEL BOSSOW, Times Staff Writer
Published: Monday, November 13, 2006 9:35 AM CST
http://www.leavenworthtimes.com/articles/2006/11/13/news/news02.txt </center>
Would residents be prepared if a flu pandemic spread to Leavenworth County?

Imagine no food in grocery stores, pharmacies out of medication, a tainted water supply and no trash service. While a pandemic on the level of the 1918 Spanish flu is unlikely, it is probable that a flu pandemic will affect Leavenworth County in the future.

“We don’t know when, but we know it will occur,” said Karen Savage with the Leavenworth County Health Department. “Now is the time to be prepared.”</b>


Along with several area organizations, the health department helped organize the Leavenworth County Community Partners, a group working to inform county residents about the dangers of a flu pandemic. Working from the motto “Be Prepared, Not Scared,” the LCCP worked on creating a presentation about how residents can protect themselves and learn about the affect a pandemic can have on the county.

Savage recently presented information while LCCP members voiced their opinions on how the presentation could be more effective.

According to Savage, a seasonal flu outbreak is spread from person to person as it is inhaled into the respiratory system. An annual flu vaccine can help to prevent the flu, along with frequent hand-washing and eating healthy.



The Centers for Disease Control and Prevention defines a pandemic flu as a global disease outbreak with little or no immunity that spreads easily from person to person, with no vaccine available.

“It is difficult to predict when and the severity, but everyone is at risk,” Savage said. “Travel restrictions might delay the spread of a pandemic flu, but it won’t stop it.”

The presentation last week included information on previous flu pandemics: The 1918 Spanish flu, the 1957 Asian flu and the 1968 Hong Kong flu. The Spanish flu pandemic killed more than 20 million people worldwide, 500,000 of them Americans. The Asian flu killed anywhere from one to four million, while the Hong Kong flu killed 750,000 to 2 million people.



“The immediate risk for a new pandemic is avian flu,” Savage said. “The virus could learn to be passed from human to human.”

LCCP member Dr. Kathleen McBratney said 256 cases of avian flu have been confirmed, with 152 deaths.

“I’m worried (the virus) is getting smarter,” McBratney said. “The death rate is greater than 50 percent.”



McBratney also updated the LCCP about the spread of avian flu. While 256 cases were confirmed, there was no transmission of the virus outside of an infected household.

“We hope to delay an international spread like with SARS,” McBratney said in reference to Severe Acute Respiratory Syndrome.

In the presentation, Savage discussed the worst case scenario if a pandemic flu spreads to Leavenworth County. Comparing an avian flu pandemic to the 1918 Spanish flu, the pandemic could last for two months, with approximately 33 percent of the population infected and a mortality rate of 2 percent.



“If an individual is exposed, there is a 33 to 50 percent chance of getting sick,” Savage said.

The virus will likely be passed by infected family members or co-workers. Infected persons are contagious up to 24 hours before experiencing symptoms and for five days after symptoms appear, allowing time for the virus to be passed to others.

“There is an excellent chance that persons will have no worse than a fever, sore throat, body aches and chest pain,” Savage said. “There is a less than 10 percent chance you will be hospitalized.”



Depending on the severity of the flu, approximately 1,000 people in the Leavenworth and Lansing communities could die during the pandemic.

“Once the epidemic starts, the public needs escalate,” Savage said. “There will be no outside assistance, the poor will be disproportionately affected and the hospitals will be short on supplies.”

The LCCP is working to develop an effective response plan that will “be able to meet the challenges of a pandemic occurrence.”



“We want to emphasize hand-washing,” said McBratney.

Other responses include closing schools and stopping church services, sporting activities or other events where there are mass gatherings of people. Businesses will be affected because of the number of infected workers. While the LCCP cannot quarantine individuals with the flu, it can promote “social distancing” for infected individuals to self-quarantine.

“Basically, if you’re sick, stay home,” Savage said.



Other organizations, such as the Leavenworth County Health Department or the Kansas Department of Health and Environment, can authorize quarantines.

Several LCCP committees are working to develop response plans and recognize challenges when a pandemic occurs.

The Leavenworth County Health Department and the KDHE will present a public forum about pandemic and seasonal flu from 6 to 8 p.m. today at the Riverfront Community Center in Leavenworth.



For more information, visit the LCCP Web site at http://www.bepreparedleavenworth.org.
 

JPD

Inactive
Preparing For A Pandemic

http://www.forbes.com/logistics/200...s-investment-biz-logistics-cx_ek_1116amr.html

Eric Karofsky 11.16.06, 7:00 PM ET

During the past year, there was much hype around whether or not the H5N1 bird flu virus would mutate into a human-transmissible form. While the debate on whether or not it will mutate has subsided, ignoring the possibility of a pandemic or other low-probability, high-impact event is not a strategy--building a risk management framework is.

What may surprise decision makers is that there are several quick-hit investments that will benefit the organization as a whole, regardless of whether, or when, a disaster happens. Being proactive is about near-term and long-term benefits. So where should one focus?

In a pandemic, people will avoid others for fear of infecting themselves or transmitting the virus. Five proactive investments will increase a corporation’s readiness:

--Contact center applications: Increasing customer service capabilities for companies so that people can shop and work at home.

--Self-service applications: Allowing constituents to access and update information from a database and create workflow limits interaction requirements.

--Knowledge management and e-learning: Creating a cross-trained workforce, similar to the military, so that workers can perform disabled colleagues’ tasks.

--Supply network design tools: Understanding and optimizing the nodes in the supply chain in case large geographies are more affected than others.

--Financial modeling: Evaluating scenarios for corporate-wide financial risk for right now, the near term, and the future.

Note: The discussion below represents technology investments that can yield relatively quick wins to prepare for a pandemic. As such, niche applications and service providers, providing immediate functionality and service, are the focus as opposed to long enterprise deployments.

Contact centers

As people stay at home, more business will be conducted via phone. Increased capacity and functionality will be needed for contact centers to handle complaints, manage cases, access help desks and product information and dispatch service personnel. Traditionally, this functionality is deployed for retail-oriented businesses. However, suppliers and employees will need to access information as traditional points of contact may not be available.

Results of this investment in a pandemic: Commerce can continue, allowing companies to achieve revenue.

Results of this investment without a pandemic: Better customer service, decreased cost of sale and redundant operations in preparation for future economic, social or natural disasters.

Self-service applications

Some companies may choose to accelerate their ongoing efforts to allow their constituents to conduct business electronically. This can be in the form of employees updating HR records, customers ordering product or suppliers accessing payment information. The design of a system that minimizes human intervention in completing order fulfillment will be beneficial to sustaining ongoing operations with limited staff.

Results of this investment in a pandemic: Business continues with limited in-house staff.

Results of this investment without a pandemic: Reduced labor costs in fulfilling routine orders.

Knowledge management

Information is lost as employees and functional groups face a pandemic. Whether it’s information for a specific sales account, knowledge to fix a particular manufacturing machine or payroll information, when the ability to perform simple functions disappears, a company is paralyzed.

Results of this investment in a pandemic: Continuing to function as a viable business with little disruption as replacements are found for employees and groups that are not available to work.

Results of this investment without a pandemic: Collaboration between employees allows for innovative solutions and time-to-market advantages. It reduces the chance of making the same mistake twice and mitigates the inevitable loss of knowledge because of an aging workforce. Also, skills-based succession plans will decrease the effects of losing key workers.

Supply chain modeling

Sooner or later, a node in your supply network will fail. This is true whether the failure is because of a pandemic in the supplier’s region or simply a procedural failure--examples include labor disputes, port closures, quality problems and disasters. All organizations with extended supply networks should have modeling systems in place and in use.

Designing the flexible supply network means that the organization has alternative nodes that can act as suppliers or logisticians should the primary node fail. Working in simulation, the organization can determine the impact of such changes, answering key questions: What is the change in lead time? Cost? Quality? Reliability?

Results of this investment in a pandemic: The risk of switching to alternative sources has been examined. Prenegotiated agreements can potentially block out competitors from using this source.

Results of this investment without a pandemic: Having an alternative source can provide negotiating power as well as mitigate risks of smaller disasters and local disruptions.

Risk management

The projected cost of taking action now for something that may never happen must be considered in analyzing any risk management program.

Many companies already have some form of risk management in place after investing in tools for compliance, analytics and business intelligence (BI) to process management. Companies need to apply the same processes used to evaluate investments (payback/ROI/NPV) to evaluate the risk of rectifying a potential problem because of a pandemic.

For instance, cash will become an issue in a disjointed world. Customers may be booking their own orders, but companies must consider cash flow. Are customers’ payables departments at full staff? Are they paying bills on time? These scenarios should become part of the modeled cash flow projections.

Results of this investment in a pandemic: Continuing operations because of informed choices, strong cash management and appropriate proactive investment.

Results of this investment without a pandemic: Informed choices for all investments and enhanced auditing capabilities.

Conclusion

Remember that no strategy is not a strategy. Companies that proactively invest create the opportunity to increase readiness should a pandemic or other catastrophe occur. If, however, the world is spared such a catastrophe, at a minimum these companies will benefit from increased flexibility, smoother processes and the opportunity to operate more effectively.
 
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