Ga. Jamal, GULF-WAR SYNDROME - A MODEL FOR THE COMPLEXITY OF BIOLOGICAL AND ENVIRONMENTAL INTERACTION WITH HUMAN HEALTH, Adverse drug reactions and toxicological reviews, 17(1), 1998, pp. 1-17
Since the end of the Gulf War, tens of thousands of American, Canadian
and British soldiers who participated in that war have claimed to be
suffering from a variety of incapacitating symptoms which are generall
y termed as Gulf War Syndrome (GWS). The symptoms are multiple but mai
nly consist of excessive tiredness, muscle and joint pain, loss of bal
ance, sensory symptoms, neurobehavioural manifestations, diarrhoea, bl
adder dysfunction, sweating disturbances, and respiratory, gastrointes
tinal, musculoskeletal and skin manifestations. These veterans have be
en exposed to a variety of damaging or potentially damaging risk facto
rs including environmental adversities, pesticides such as organophosp
hate chemicals, skin insect repellents, medical agents such as pyridos
tigmine bromide (NAPS), possible low-levels of chemical warfare agents
, multiple vaccinations in combinations, depleted uranium, and other f
actors. A large number of basic research findings, clinical epidemiolo
gical studies, and case control studies are reviewed to try and link t
hem together to produce a coherent picture and to demonstrate the comp
lexity of the interaction of biological systems, environmental and gen
etic factors, combinations of drugs and toxins with human health. The
findings of these studies so far have demonstrated that many of the pr
evious assumptions made about the 'safety' of certain drugs and toxic
substances or vaccines must be radically reviewed. Many of the finding
s have far reaching implications not only in terms of explanation of w
hat might have gone wrong during the Gulf War, but also have wider imp
lications for many occupational groups who are exposed daily to some o
f these risk factors. More open-mindedness and much less prejudice are
required concerning the basic biology of interactions of the above fa
ctors and their effects on cell functions and wider intelligent resear
ch is urgently required with high priority. This review highlights the
importance of intelligent research for answers for a new phenomenon,
and demonstrates the necessity for a combination of this approach with
high quality epidemiological research. The reader will notice an emer
ging clear picture that the majority (if not all) of these advances ha
ve been achieved from studies funded by independent or charity organiz
ations rather than by the responsible authorities who are supposed and
are duty bound to take on this task.