Biological Warfare Meaning: the facts
The recent international situation has turned our attention away from the imminent threat of biological weapons. In contrast to other weapons of mass destruction, biochemical warfare is neither silent nor visible.
This the review will examine the biological warfare history and symbols. biological warfare agents such as Anthrax, Details of Plaque, Smallpox, Tularemia and Viral Hemorrhagic Fever will be discussed
Introduction of biochemical warfare:
In today's wars, people are increasingly concerned with regard to the use of natural biological weapons, the so-called "bad man a nuclear bomb “. In this review, a feature biological weapons will be tested. There are many common organisms will be discussed.
What is bio war?
Bio war (BW) is defined
as "the deployment of biological warfare
agents to produce harm to humans or animals or damage to plants".
Their rats and fleas carried the "disease" of the Tartars army.
In 1754, the British entered the plague of smallpox on the
American Indians who were unexpectedly at the battle of France and the Indians.
As recently as 1932, the Japanese were conducting a series of
horrific research on Chinese topics in "Unit731" outside Harbin,
China's Manchuria. It is estimated that at least 11 Chinese cities were
infected with Anthrax, Cholera, Salmonella and at least 10,000 died.
Advantages of biochemical warfare:
As mentioned earlier, biochemical warfare
sometimes occur called "poor man a nuclear bomb". As a name that is,
it is cheaper and can create a negative effect.
From a military point of view, biochemical warfare is capable of
producing a large number of casualties. The WHO6 has estimated that if a city
of 5 million people were attacked by a BW-like (50 kg) biochemical warfare, at least
100,000 would die and 250,000 would be crippled in a 20-kilometer-long
underground space.
From a technical point of view, the implementation of biochemical warfare is very simple.
All the necessary equipment is available off the shelf for various legal
purposes.
This means that the production of biochemical warfare could easily
escape the landscape. Consumables are readily available in the market as well.
Western universities have also produced a number of degrees in biology and
biotechnology
From an economic point of view, biochemical warfare is expensive. The cost of launch is much lower than that of nuclear biological weapons.
It was estimated that in order to have the same effect on human attacks, conventional biological weapons could cost US $ 2000 per square mile, while nuclear biological weapons would cost US $ 800. BW only costs US $ 1 per square with the same results!
Biochemical warfare can also
be used to attack animals and building materials. Suppose a pig-raising
community is infected with the BWne - the "swine fever virus". The
attack is quiet and does not leave at all. The community will be frustrated, as
it is a common practice to slaughter an infected animal in large quantities to
prevent the spread of disease
Some biochemical warfare is
capable of lowering the stakes such as rubber or metal objects, others can
remove the fuel barrier. The result will be catastrophic if such an agent is
put into the fuel system of a jet fighter plane or a public aircraft
Disadvantages of biochemical warfare:
Biological warfare agents pose risks to users. Most rely on favorable weather conditions for successful distribution. Agents are affected by inactivity by sun irradiation and other weather conditions.
The effect of conventional biological weapons is quick and
clear. It can be used both ingeniously and strategically on the battlefield.
The effect of biochemical warfare is often
delayed and combat methods are available. By using an insecticide, vaccine,
insecticide, and protective clothing biological warfare agents pests during the
Vietnam War by the Americans, there were only eight cases of an epidemic in the
U.S. military.
The effect of biochemical warfare will be
minimal if the defending nation is well aware of the attacks, as resistance
methods are available.
How to recognize a biochemical warfare attack?
The first indication of a biochemical warfare attack would be
a significant increase in the number of patients presenting with clinical
features proposing a contagious disease biological warfare agents.
A good smart network is needed to prevent this from happening.
Diligent epidemiological investigations are required to trace the source. It
can be difficult to diagnose and diagnose attacks as most victims are given
vague symptoms.
It is a disease pattern that emerged that distinguishes biochemical warfare attacks from
epidemics. Next up is the telltale signs of biochemical warfare attack:
1. There will be a very large number of patients seeking medical
attention in the short term.
2. There can be a lot of fast-killing cases with few visible signs
and symptoms.
3. The disease pattern will be unusual in a country.
4. The patient will have a rare disease with its normal
occurrence. A clear example is Anthrax. The standard presentation form is cut
out. The pulmonary form is extremely rare. A sudden increase in pulmonary
Anthrax should point to BW attacks as they are usually spread by aerosols.
Conclusion:
We have examined various aspects of biological warfare. Several BW
owners have been interviewed. biochemical warfare has
become a weapon for developed and developing countries.
Low cost, a "quiet" environment, and the ability to
injure a large number of casualties make it a case of choice from terrorists.
Hong Kong is politically motivated and terrorist attacks are unpredictable. We
must, however, be prepared to deal with this situation, because attacks by BW
are not a far cry. Immediate recognition too
Awareness of key employees is very important. We need to be
familiar with the event schedule and the HAZMAT process.