PREPAREDNESS FOR BUSINESSES AND HOMES

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Pandemic Influenza FAQ
More interested in Bird Flu specifically? See our Bird Flu FAQ.
Q. What is pandemic flu?
Flu that spreads rapidly causing
widespread epidemics around the world. Pandemic
influenza occurs when a new, highly infectious and dangerous strain of the
influenza virus appears.
In contrast to the 'ordinary' or 'seasonal', flu outbreaks
which we see every winter, flu pandemics occur infrequently - usually every few
decades. There were three in the last century. The most serious was in 1918, killing
millions of people worldwide. Smaller pandemics happened in 1957 and 1968.
Q. What is the difference between an epidemic and a pandemic?
A pandemic occurs over large geographical areas (usually
worldwide) and affects a high proportion of the population; an epidemic,
although it may be serious, usually refers to what is happening in one country
or region.
Q. Is another pandemic of influenza is likely?
Flu viruses are constantly changing and adapting, so it is
likely that viruses sufficiently different from 'ordinary' flu strains to cause
a pandemic will emerge from time to time. International disease experts are
saying that the world is overdue for the next pandemic.
Q. When is the next pandemic due?
We do not know - it can't be predicted. The gaps between
previous pandemics have varied widely. Intervals between previous pandemics
have varied from 11 to 42 years with no recognisable pattern. Three influenza
pandemics occurred in the last century - 1918/19 (Spanish flu), 1957/58 (Asian
flu) and 1968/69 (Hong Kong flu). All affected large numbers of the population, causing many deaths and huge economic and
social disruption.
|
PANDEMICS DURING THE LAST CENTURY
|
|||
|
Years
|
1918-1919 |
1957-1958 |
1968-1969 |
|
Flu
type
|
Spanish Flu |
Asian Flu |
|
|
Likely
origin |
Unknown (The first cases were in Europe and |
|
|
|
Estimated
deaths Worldwide
|
50Million |
1 Million |
1 Million |
Q. Where is the new virus likely to come from?
Past experience suggests that it will first appear in Asia, but it could be anywhere.
Q. Will it arrive in winter like normal flu?
Not necessarily. A new virus may not follow the usual
seasonal pattern of ordinary influenza. It could occur at any time of the year.
Q. How long will it take to spread around the world?
Q. How is the virus spread? Q. How will a new virus be detected? Q. How will we know when a pandemic is possible? Q. Can't it be prevented at this stage? Q. What will make a pandemic more likely to happen? Q. What can we expect to happen? Q. How many people are likely to catch flu during the pandemic? Q. Could everyone become ill? Q. How predictable will the effects of a pandemic be? Q. How will this impact on health services? Q. How will this impact on business? Q. Will schools be affected? Q. Will other sectors of the community be affected? Q. Will people be prevented from travelling? Q. Will the health services be able to cope with so many patients all at
once? Q. Who is at risk? Q. What are the differences between pandemic flu and ordinary
flu? Pandemic flu is caused by a new or novel strain of influenza
virus. One way that this could happen is as a result of an avian flu virus and
ordinary flu virus mixing their genes to produce a "human bird flu" virus that can spread
between people. Because it is new, no one has any protection against it and
until it is identified, a vaccine cannot be developed against it. It can
therefore spread very rapidly and cause high rates of illness and death. See
the table on page 7 for a summary of many of the differences between ordinary
and pandemic flu. Q. How many people are likely to die? Q. How long will the pandemic last?
Probably less than six months and
possibly just a few weeks. The increasing speed and volume of modern travel means infectious diseases can travel very rapidly round
the globe.
The virus is easily passed from person to person by
breathing in air containing the virus produced when an infected person talks,
coughs or sneezes. It can also spread through hand/face contact after touching
a person or surface contaminated with the virus.
Scientists in an international network of laboratories,
co-ordinated by the World Health Organization (WHO) are watching for it all the
time. This network provides a mechanism for monitoring flu viruses and avian flu information around the
world, detecting the emergence of influenza viruses with pandemic potential,
and alerting other countries.
When a new strain of influenza virus has not only been
identified but also causing illness and has started spreading from one person to another.
International effort will be put to trying to control a
pandemic at this early stage. However, influenza is highly infectious and
because whole populations will be susceptible to the new virus, despite
people's best efforts it is likely to continue to spread.
A pandemic will be considered imminent when a new virus has
shown it can spread easily between people. In practice, this means when a new
strain of the virus has been identified as the cause of chains of illness
passed from one person to another or illness in more than one country, with no
obvious links.
Once the pandemic reaches your Country it will take a few
weeks to take hold, but it will then cause widespread illness across the
country over a period of 2-3 months. There may be a second wave of illness a
few weeks or months later. Previous experience suggests around a quarter of the
population will develop flu during this time.
From past experience, up to a quarter of the population are
likely to develop flu, although it could be more. More than this may be
infected without getting symptoms (sub-clinical infection).
Everyone will be susceptible, but in the past as many people
as become ill shake off the infection without developing illness (asymptomatic
infection).
Every pandemic is different so we cannot be sure how a new
pandemic will behave. But we can make sensible plans for what we think is most likely, based on previous
experience and our knowledge of how the world has changes since the last
pandemic in 1968.
A flu pandemic will, therefore, place considerable pressure
on health and social services due to the greatly increased number of patients
with influenza who will require treatment together with depletion of the
workforce due to illness.
Each pandemic is different and the impact on business cannot
be fully established until more is known about how a pandemic is evolving.
Absences from work will depend largely on the age group most affected by the
virus. Previous pandemics suggest that up to 10% or more of the population may
have to take days of work. Absence may be compounded by the need for some
workers to care for family members, and any disruption to transport services.
Pandemic flu is likely to spread rapidly in schools, so they
may have to close. Some may also have to close for short periods because of staff
shortages. This, in turn, will affect working parents who may need to stay at
home to care for their children. Closing schools will, therefore, have an
impact on business continuity and the maintenance of essential services.
Decisions such as whether to close schools as a measure to try to slow the
spread of the pandemic will be taken at the time.
Pandemic flu will impact on al services including health,
police, fire, the military, fuel supply, food preparation, distribution and
transport, prisons, education and business. Al are likely to be affected by
staff sickness, travel restrictions and other potentially restrictive
countermeasures, and by the knock-on effects of reduced transport, deliveries
etc.
At the start of a pandemic people are likely to be advised not
to travel to affected areas or attend international gatherings such as large conferences
and sports events. Later, depending on how the disease develops, measures may
have to be taken to restrict people's movements to prevent or delay further
spread of the disease.
There will certainly be greatly increased pressure on the
health services, which is used to planning for such emergencies. A flu pandemic
is one of the more serious crises which the health services plan for.
Everyone is at risk during a flu pandemic, as no one will
have immunity to the virus. Older people and those with chronic health problems
may be at greater risk of severe complication like pneumonia but until the
virus starts circulating it is not possible to know for sure who is at greatest
risk.
Ordinary flu is the flu that circulates in the human
population al the time and produces the winter flu we see every year. Ordinary
flu viruses are monitored closely. The strains likely to be circulating each year can be fairly reliably
predicted so that appropriate vaccines can be prepared each year.
This will depend on factors such as how virulent the virus
proves to be, which age groups are mainly affected, and how much vaccine is
available. According to recent estimates, 25% of the population could fall ill.
It is estimated that a pandemic could lead to several million deaths worldwide.
It is estimated that pandemic flu will be widespread within
about ten weeks of its first arriving in a Country, and will last for about
three months. There may be a second wave of infection a few months later. These
times are estimates, and may change.

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More help? Need a complete solution? Something with all the hard work done for you? Something with customisable templates of procedures, presentations, project timelines and tutorials ... to hand hold you through it all? Then you're looking for our Bird Flu D-I-Y eManual-eBook. It has all of this and much, much more. To learn more about it and get some free stuff click here.
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07/03/2008 08:00 PM
Potential New Drug Candidates To Combat 'Bird Flu' Identified By UC San Diego Researchers
As the specter of a worldwide outbreak of avian or "bird flu" lingers, health officials recognize that new drugs are desperately needed since some strains of the virus already have developed resistance to the current roster of anti-flu remedies.
07/02/2008 07:00 PM
Animal Study Identifies New DNA Weapon Against Avian Flu
Researchers at the University of Pennsylvania School of Medicine have identified a potential new way to vaccinate against avian flu. By delivering vaccine via DNA constructed to build antigens against flu, along with a minute electric pulse, researchers have immunized experimental animals against various strains of the virus. This approach could allow for the build up of vaccine reserves that could be easily and effectively dispensed in case of an epidemic.
07/01/2008 04:00 PM
Sinovac Initiates Phase II Volunteer Enrollment For Split Viron Pandemic Influenza (H5N1) Vaccine
Sinovac Biotech Ltd. (Amex: SVA), a leading provider of vaccines in China, announced the initiation of volunteer enrollment in its Phase II clinical trial for its split pandemic influenza vaccine. The preliminary results from this study are expected to be available in early 2009.
06/26/2008 07:00 PM
ECRI Institute And IAHSS Offer Guidance On Preparing For Pandemic Flu - July 17 Web Conference
Plans for appropriate respiratory protection are a major part of healthcare facilities' pandemic preparation. To assist hospitals with the complex task of protecting frontline staff in the event of an outbreak, ECRI Institute and the International Association for Healthcare Safety and Security (IAHSS) present
06/26/2008 03:00 PM
West Nile Virus Threat Reduced By Diversity Among Bird Populations In Surrounding Area
A more diverse bird population can help lower the incidence of West Nile virus in the surrounding human population, in a process called the "dilution effect," according to an article released in the open access journal PLoS ONE on June 25, 2008. West Nile Virus, usually infecting birds but also affecting humans, is often passed through mosquitoes.
06/19/2008 03:00 PM
Biotech Experts Available To Discuss The Critical Role Of Vaccine Adjuvants In Treating Pandemic Bird Flu
The likelihood of an influenza pandemic caused by an avian influenza (Bird Flu) virus is an increasing concern to the World Health Organization (WHO) and others. Recent breakthroughs on promising cell-based vaccines are encouraging, but manufacturing, stockpiling and distributing enough vaccine to treat victims on a massive scale remain a challenge that needs attention.

