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Gulf War syndrome (GWS) or Gulf War illness (GWI) is the name given to an illness with symptoms including increases in the rate of immune system disorders and birth defects, reported by combat veterans of the 1991 Persian Gulf War. It has not always been clear whether these symptoms were related to Gulf War service. New research indicates that war veterans who have developed numerous health complaints have areas of the brain that are measurably smaller than those of healthier vets.[1]

Symptoms attributed to this syndrome have been wide-ranging, including chronic fatigue, loss of muscle control, headaches, dizziness and loss of balance, memory problems, muscle and joint pain, indigestion, skin problems, shortness of breath, and even insulin resistance. U.S. Gulf War veterans have experienced mortality rates exceeding those of U.S. Vietnam veterans [2]. Brain cancer deaths, amyotrophic lateral sclerosis (commonly known as Lou Gehrig's disease) and fibromyalgia are now recognized by the Defense and Veterans Affairs departments as potentially connected to service during the Gulf War. [3]

Medical problems by soldier nationality

About 30 percent of the 700,000 U.S. servicemen and women in the first Persian Gulf War have registered in the Gulf War Illness database set up by the American Legion. Some still suffer a baffling array of serious health impairing symptoms (Associated Press, August 12, 2006, free archived copy at: most recently visited June 7th, 2007). The tables below apply only to coalition forces involved in combat. Since each nation's soldiers generally served in different geographic regions, epidemiologists are using these statistics to correlate effects with exposure to the different suspected causes.

U.S. and UK, with the highest rates of excess illness, are distinguished from the other nations by higher rates of pesticide use, use of anthrax vaccine, and somewhat higher rates of exposures to oil fire smoke and reported chemical alerts. France, with possibly the lowest illness rates, had lower rates of pesticide use, and no use of anthrax vaccine. [4] (page 78). French troops also served to the North and West of all other combat troops (page 68), away and upwind of major combat engagements.

Excess prevalence of general symptoms: (page 70)

Symptom U.S. UK Australia Denmark
Fatigue 23% 23% 10% 16%
Headache 17% 18% 7% 13%
Memory problems 32% 28% 12% 23%
Muscle/joint pain 18% 17% 5% <2%
Diarrhea 16% 9% 13%
Dyspepsia/indigestion 12% 5% 9%
Skin problems 16% 8% 12%
Shortness of breath 13% 9% 11%

Excess prevalence of recognized medical conditions: (page 71)

Conditon U.S. UK Canada Australia
Skin conditions 20-21% 21% 4-7% 4%
Arthritis/joint problems 6-11% 10% (-1)-3% 2%
GI problems 15% 5-7% 1%
Respiratory problem 4-7% 2% 2-5% 1%
Chronic fatigue syndrome 1-4% 3% 0%
Post-traumatic stress disorder 2-6% 9% 6% 3%
Chronic multisymptom illness 13-25% 26%

Possible causes

At the December 2005 Research Advisory Committee on Gulf War Veterans' Illnesses meeting [5] the following potential causes were still being considered, others which have been suggested through the years having been ruled out:

The following substances were found to be associated with increased GWI symptoms in combat soldiers, but have been ruled out except as confounding factors because the exposed non-combat cohort did not also develop symptoms:

Other causes suggested have apparently been eliminated from consideration by authorities:

During the war, many oil wells were set on fire, and the smoke from those fires was inhaled by large numbers of soldiers, many of whom suffered acute pulmonary and other chronic effects, including asthma and bronchitis. However, none of the firefighter companies assigned to the oil well fires encountering the smoke but not combat have had any GWI symptoms [8] (pages 148, 154, 156).

Anthrax vaccine

During Operation Desert Storm, 41% of U.S. combat soldiers and 57-75% of UK combat soldiers were vaccinated against anthrax. [9] (page 73.)

The early 1990s version of the anthrax vaccine was a source of several serious side effects including GWI symptoms. The vaccine was particularly painful when administered, and often caused a severe local skin reaction that lasted for weeks or months. [10] While Food and Drug Administration (FDA) approved, it never went through large scale clinical trials, in comparison to almost all other vaccines in the United States. [11]

Data linking squalene in the vaccine to Gulf War Syndrome was "presented in the peer-reviewed February 2000 and August 2002 articles. The published findings (1) strongly suggest that the GWI-like illness being reported by all of the various patient groups is the same illness, (2) strongly suggest that the contaminated vaccine caused the illness in the AVIP group, and (3) further suggest that squalene contamination of one or more 1990-1991-era vaccines accounts for the GWI cases from that era." [12] The sickest veterans tended to have the highest levels of squalene antibodies in their bloodstream. [13]

Even after the war, troops that had never been deployed overseas, after receiving the anthrax vaccine, developed symptoms similar to those of Gulf War Syndrome. The Pentagon failed to report to Congress 20,000 cases where soldiers were hospitalized after receiving the vaccine between 1998 and 2000. [14]

252 Members of a U.S. Air Force Squadron who received the vaccine were surveyed, and 139 of these returned their questionnaires. Of these, 58% reported reactions, often consistent with some features of a Gulf War Syndrome type illness, including: joint and muscle pain (41%), decreased energy and tiredness (29%), reduced concentration (28%), short-term memory loss (24%), and sleep problems (17%). [15]

In 2000, a medical examiner ruled that anthrax vaccine was a contributing factor in the death of a civilian who helped manufacture the vaccine given to U.S. troops. [16] That same year, a Canadian judge ruled that the anthrax vaccine was potentially unsafe, halting the trial of a soldier who had been court-martialled for refusing to take it. [17]

Despite repeated assurances that the vaccine was safe and necessary, a U.S. Federal Judge ruled that there was good cause to believe it was harmful, and he ordered the Pentagon to stop administering it in October 2004. [18] That ban has not been lifted. Anthrax vaccine is the only substance suspected in Gulf War syndrome to which forced exposure has since been banned to protect troops from it.

In July 2005, a U.S. soldier was awarded a disability pension for medical problems which developed after his anthrax vaccination, after a Federal Appeals Court ruled in his favor. [19]

On December 15, 2005, the Food and Drug Administration, released a Final Order finding that anthrax vaccine is safe and effective. [20] All vaccines cause adverse events in a subset of those to whom they are administered. [21], [22] Women who receive the vaccine get pregnant and deliver children at the same rates as unvaccinated women. [23] Anthrax vaccination has no effect on pregnancy and birth rates or adverse birth outcomes. [24]

Note: the anthrax vaccine used in the early 1990s was different than the vaccine approved for use today. [25]

Chemical weapons

Many of the symptoms, other than low cancer incidence rates, of Gulf War syndrome are similar to the symptoms of organophosphate, mustard gas, and nerve gas poisoning. Gulf War veterans were exposed to a number of sources of these compounds, including nerve gas and pesticides. [26] [27]

Over 125,000 U.S. troops and 9,000 UK troops were exposed to nerve gas and mustard gas when an Iraqi depot in Khamisiyah, Iraq was bombed in 1991. [28]

One of the most unusual events during the build-up and deployment of British forces into the desert of Saudi Arabia was the constant alarms from the NIAD detection systems deployed by all British forces in theatre. The NIAD is a chemical and biological detection system that is set-up some distance away from a deployed unit, and will set off an alarm automatically if an agent is detected. During the troop build-up, these detectors were set off on a large number of occasions, making the soldiers don their respirators. Many reasons were given for the alarms, ranging from fumes from helicopters, fumes from passing jeeps, cigarette smoke and even deodorant worn by troops manning the NIAD posts. Although the NIAD had been deployed countless times in peacetime exercises in the years before the Gulf War, the large number of alarms was, to say the least, very unusual, and the reasons given were something of a joke among the troops. [29]

The Riegle Report said that chemical alarms went off 18,000 times during the Gulf War. The United States did not have any biological agent detection capability during the Gulf War. After the air war started on January 16, 1991, coalition forces were chronically exposed to low (nonlethal) levels of chemical and biological agents released primarily by direct Iraqi attack via missiles, rockets, artillery, or aircraft munitions and by fallout from allied bombings of Iraqi chemical warfare munitions facilities. Chemical detection units from the Czech Republic, France, and Britain confirmed chemical agents. French detection units detected chemical agents. Both Czech and French forces reported detections immediately to U.S. forces. U.S. forces detected, confirmed, and reported chemical agents; and U.S. soldiers were awarded medals for detecting chemical agents. [30]

Some, including Richard Guthrie, an expert in chemical warfare at Sussex University, have argued that a likely cause for the increase in birth defects was the Iraqi Army’s use of teratogenic mustard agents. Plaintiffs in a long-running class action lawsuit continue to assert that sulphur mustards might be responsible [31].

In 1997, the US Government released an unclassified report that stated, "The US Intelligence Community (IC) has assessed that Iraq did not use chemical weapons during the Gulf war. However, based on a comprehensive review of intelligence information and relevant information made available by the United Nations Special Commission (UNSCOM), we conclude that chemical warfare (CW) agent was released as a result of US postwar demolition of rockets with chemical warheads in a bunker (called Bunker 73 by Iraq) and a pit in an area known as Khamisiyah." See Khamisiyah: A Historical Perspective on Related Intelligence by the Persian Gulf War Illnesses Task Force (9 April 1997) [32] Khanisiya was the location of a Iraqi chemical weapons storage facility bombed during the first Gulf War.

Depleted uranium

Depleted uranium (DU) was used in tank kinetic energy penetrator and autocannon rounds on a large scale for the first time in the Gulf War. DU munitions often burn when they impact a hard target, producing toxic combustion products. [33] The toxicity, effects, distribution, and exposure involved have all been the subject of a lengthy and complex debate.

Because uranium is a heavy metal and chemical toxicant with nephrotoxic (kidney-damaging) [34], teratogenic(birth defect-causing) [1] [2], and potentially carcinogenic [35] properties, uranium exposure is associated with a variety of illnesses [36]. The chemical toxicological hazard posed by uranium dwarfs its radiological hazard because it is only weakly radioactive, and depleted uranium even less so.

Early studies of depleted uranium aerosol exposure assumed that uranium combustion product particles would quickly settle out of the air [37] and thus could not affect populations more than a few kilometers from target areas [3], and that such particles, if inhaled, would remain undissolved in the lung for a great length of time and thus could be detected in urine [4]. Uranyl ion contamination has been found on and around depleted uranium targets [5].

DU has recently been recognized as a neurotoxin [6]. In 2005, depleted uranium was shown to be a neurotoxin in rats [7].

In 2001, a study was published in Military Medicine that found DU in the urine of Gulf War veterans [8]. Another study, published by Health Physics in 2004, also showed DU in the urine of Gulf War veterans [9]. A study of UK veterans who thought they might have been exposed to DU showed aberrations in their white blood cell chromosomes. [10] Mice immune cells exposed to uranium exhibit abnormalities [11].

Increases in the rate of birth defects for children born to Gulf War veterans have been reported. A 2001 survey of 15,000 U.S. Gulf War combat veterans and 15,000 control veterans found that the Gulf War veterans were 1.8 (fathers) to 2.8 (mothers) times as likely to report having children with birth defects [12]. In early 2004, the UK Pensions Appeal Tribunal Service attributed birth defect claims from a February 1991 Gulf War combat veteran to depleted uranium poisoning [38] [39].

In 2005, uranium metalworkers at a Bethlehem plant near Buffalo, New York, exposed to frequent occupational uranium inhalation risks, were alleged by non-scientific sources to have the same patterns of symptoms and illness as Gulf War Syndrome victims [40] [41].

In the Balkans war zone where depleted uranium was also used, an absence of problems is seen by some as evidence of DU muntions' safety. "Independent investigations by the World Health Organization, European Commission, European Parliament, United Nations Environment Programme, United Kingdom Royal Society, and the Health Council of the Netherlands all discounted any association between depleted uranium and leukemia or other medical problems." [42] Since then, there has been a resurgence of interest in the health effects of depleted uranium, especially since it has recently been linked with neurotoxicity [13].

Infectious diseases

Along with possible confounding problems caused by exposure to more than one of the substances listed above, comorbidities with infectious diseases have also not been ruled out. [43] Suspected diseases include leishmaniasis, from sandfly bites, and fungal mycoplasma parasites.

There are some who believe that Gulf War Syndrome is the result of a contagious bacteria. There are anecdotal reports of improvement in some victims when treated with antibiotics. [44] [45]

Further effects of Gulf War Syndrome include a decrease in the quality of vision and hair loss.


Few would disagree that war is a stressful experience or that all wars carry psychological consequences. Indeed from as far back as the American Civil War there have been reports of the impact of stress on soldier’s emotional wellbeing in the form of Soldier’s Heart. Many psychiatric conditions, including depression and Post Traumatic Stress Disorder (PTSD) can present with physical as well as psychological symptoms [46] [47]. So could Gulf War Syndrome be a physical manifestation of a psychiatric illness?

We know that veterans who were diagnosed with PTSD following World War II, the wars in Vietnam and Lebanon, and the more recent Iraq war all reported poorer self-rated health, and more physical symptoms, independent of their physical injuries [48] [49] [50] [51] [52]. What’s more, post-traumatic stress symptomology has been associated with increased symptom reporting among Persian Gulf war veterans too [53]. Such symptoms in the Gulf war veterans included memory loss, fatigued, confusion, gastrointestinal distress, muscle or joint pain and skin or mucous membrane lesions – all of them possible GWS symptoms as well.

Robert Haley, who first wrote about Gulf War Syndrome and is a critique of the “Stress Theory” of GWS has argued that the way in which we measure PTSD has resulted in a large number of false positives [54], and goes on to state that the true rate of PTSD in Gulf veterans in negligible [55].

What does the data show? The rates of PTSD in US and UK do vary considerably (from 2%-25%) but in both self-report and questionnaire based studies it was observed that Gulf war veterans were significantly more likely to report symptoms of PTSD [56] [57] [58]. Overall, what is clear is that the true rates of PTSD, measured by interview and not questionnaire, are indeed elevated. A British study compared disabled and non disabled Gulf veterans, and found that the rates more than doubled in the disabled veterans [59]. And that kind of finding has been repeated several times.

But does that mean that GWS really is a manifestation of PTSD? No. In the same study the rate of PTSD was indeed increased in the sick gulf veterans, but the increase was from 1% to 3%. So 97% of this group do not have PTSD. And whilst twice as many veterans in the disabled group had a formal psychiatric disorder, the remaining 75% did not [60]. Similarly, an American study also reported a link between serving in the Gulf, PTSD, depression and health problems. But again concede that this is unlikely to be the sole cause of Gulf war symptoms.

So PTSD is not the sole explanation of GWS. However, does this mean that stress plays no role in the aetiology of GWS? Perhaps not. The stress and stressors of the early phases of the Gulf war were very real to those preparing to enter Theatre [61]. Not only were the usual pre-combat stressors such as family adjustment and the uncertainty of tour length present, but the very real threat of chemical and biological weapons induced extreme fear in those deployed [62]. Back in 1991 the threat of chemical and biological weapons was real, genuine and serious – this bears no relation to the more recent WMD saga. It is possible that this prolonged stated of anxiety may have led to increased sensitivity to physical symptoms. After all, soldiers were intentionally made aware of the signs and symptoms of chemical and biological weapons and how to respond to them. Perhaps they became chronically sensitised. We do know that pre-combat stressors and stress symptoms were effective predictors of physical health post-deployment [63].

So there is little doubt that service in the Gulf war, perhaps like service in any war, is indeed associated with an increased risk of longer term psychological problems, and that these do overlap with the symptoms of GWS, but that they are insufficient to explain it. And finally, we should not under estimate the impact of spending up to six months in the build up to the war (“Desert Shield”) living under the very real threat of chemical and biological weapons.


There has been considerable controversy over whether or not Gulf War syndrome is a physical medical condition related to sufferers' Gulf War service (or relation to a Gulf War veteran). The following graphs illustrate the state of the controversy in 1998. Since then, as shown by the statistics above, the extent of the problem has become more pronounced.

Figure 1. Probability of hospitalization for unexplained illness, deployed and nondeployed veterans, from Knoke JD and Gray GC (1998) "Hospitalizations for Unexplained Illnesses among U.S. Veterans of the Persian Gulf War" "This increased hospitalization risk of 11% for the deployed was a consequence of the recruiting for free clinical evaluations beginning in June 1994, with most of the resulting CCEP hospitalizations being for medical evaluation and not for clinical management. When CCEP participants were censored on 1 June 1994, deployed Gulf War veterans were not at greater risk than those not deployed." (San Diego, California: Naval Health Research Center).
Figure 2. Probability of hospitalization for unexplained illness, deployed and nondeployed veterans. Adjusted for recruitment effort on 1 June, 1994, from Knoke JD and Gray GC (1998) "Hospitalizations for Unexplained Illnesses among U.S. Veterans of the Persian Gulf War" The slightly lower hospitalization risk for the deployed than for the nondeployed is consistent with a healthy service member effect; that is, those selected for deployment are, on average, slightly healthier than those not selected." (San Diego, California: Naval Health Research Center).

Evidence for

United States Veterans Affairs Secretary Anthony Principi's panel found that pre-2005 studies suggested the veterans' illnesses are neurological and apparently are linked to exposure to neurotoxins, such as the nerve gas sarin, the anti-nerve gas drug pyridostigmine bromide, and pesticides that affect the nervous system.

"Research studies conducted since the war have consistently indicated that psychiatric illness, combat experience or other deployment-related stressors do not explain Gulf War veterans illnesses in the large majority of ill veterans," the review committee said.

In November, 2004, the anonymously-funded British inquiry headed by Lord Lloyd ([64]) concluded, for the first time, that thousands of UK and US Gulf War veterans were made ill by their service. The report claimed that Gulf veterans were twice as likely to suffer from ill health than if they had been deployed elsewhere, and that the illnesses suffered were the result of a combination of causes. These included multiple injections of vaccines, the use of organophosphate pesticides to spray tents, low level exposure to nerve gas, and the inhalation of depleted uranium dust. [65][66] The report was the first to suggest a direct link between military service in the Persian Gulf and illnesses suffered by veterans of that war and directly contradicts other theories which have suggested GWI is not a physical illness, but a response to the stresses of war.

Although not identifying Gulf War syndrome by name, in June of 2003 the High Court of England and Wales upheld a claim by Shaun Rusling that the depression, eczema, fatigue, nausea and breathing problems that he experienced after returning from the Gulf War were attributed to his military service.

A 2004 British study comparing 24,000 Gulf War veterans to a control group of 18,000 men found that those who had taken part in the Gulf war have lower fertility and are 40 to 50% more likely to be unable to start a pregnancy. Among Gulf war soldiers, failure to conceive was 2.5% vs. 1.7% in the control group, and the rate of miscarriage was 3.4% vs. 2.3%. These differences are small but statistically significant. [67]

In January 2006, a study led by Melvin Blanchard and published by the Journal of Epidemiology, part of the "National Health Survey of Gulf War-Era Veterans and Their Families", stated that veterans deployed in the Persian Gulf War had nearly twice the prevalence of chronic multisymptom illness (CMI), a cluster of symptoms similar to a set of conditions often called Gulf War Syndrome. [68]

Evidence against

Similar syndromes have been seen as an after effect of other conflicts — for example, 'shell shock' after World War I, and post-traumatic stress disorder (PTSD) after the Vietnam War. A review of the medical records of 15,000 U.S. Civil War soldiers showed that "those who lost at least 5% of their company had a 51% increased risk of later development of cardiac, gastrointestinal, or nervous disease." [69]

A November 1996 article in the New England Journal of Medicine found no difference in death rates, hospitalization rates or self-reported symptoms between Persian Gulf vets and non-Persian Gulf vets. This article was a compilation of dozens of individual studies involving tens of thousands of veterans. The studies did find a statistically significant elevation in the number of traffic accidents suffered by Persian Gulf vets vs. non-Persian Gulf vets.

An April, 1998 article in Emerging Infectious Diseases found no increased rate of hospitalization and better health overall for veterans of the Persian Gulf War vs. Veterans who stayed home. James D. Knoke and Gregory C. Gray, Naval Health Research Center, San Diego, California, USA, Emerging Infectious Diseases 1998 Oct-Dec;4(4):707-9, Hospitalizations for unexplained illnesses among U.S. veterans of the Persian Gulf War [[70]]

Additionally, some reported symptoms cannot be verified or connected to Gulf War service. Pfc. Brian Martin, a Gulf War veteran who has appeared on multiple talk shows and given interviews to many newspapers and magazines about Gulf War syndrome, reported developing lupus erythematosus, which news articles claim had been verified by federal medical exams, despite the Department of Veterans Affairs's denial of having had any patients with it.

The US Institute of Medicine, released their conclusions in a September 2006 report further casting doubts on the validity of Gulf War Syndrome, writing that although roughly 30% of service men and women who served either have suffered or still suffer from symptoms [71], no single cluster of symptoms that constitute a syndrome unique to Gulf War veterans has been identified.[72]

New research from the United Kingdom, published in the medical journal the Lancet (2006: 367: 1742-46) comparing the health of thousands of service personnel who served in Iraq with the health of thousands who did not, has shown no evidence of any rise in multi symptom conditions associated with Gulf War Syndrome. This casts doubt on the role of certain exposures, such as the anthrax vaccine itself, depleted uranium, pesticides and post traumatic stress, in the aetiology of Gulf War Illnesses, since such exposures were common to both campaigns for the UK forces;

Iraq War

Many U.S. veterans of the 2003 Iraq War have reported a range of serious health issues, including tumors, daily blood in urine and stool, sexual dysfunction, migraines, frequent muscle spasms, and other symptoms similar to the debilitating symptoms of "Gulf War Syndrome" reported by many veterans of the 1991 Gulf War, which some believe is related to the continued United States' use of radioactive depleted uranium [73].

In Popular Culture


  1. Hindin R, Brugge D, Panikkar B. "Teratogenicity of depleted uranium aerosols: a review from an epidemiological perspective". Environ Health. 4: 17. PMID 16124873.
  2. Arfsten D, Still K, Ritchie G (2001). "A review of the effects of uranium and depleted uranium exposure on reproduction and fetal development". Toxicol Ind Health. 17 (5–10): 180–91. PMID 12539863.
  3. Mitsakou C, Eleftheriadis K, Housiadas C, Lazaridis M (2003). "Modeling of the dispersion of depleted uranium aerosol". Health Phys. 84 (4): 538–44. PMID 12705453.
  4. Horan P, Dietz L, Durakovic A (2002). "The quantitative analysis of depleted uranium isotopes in British, Canadian, and U.S. Gulf War veterans". Mil Med. 167 (8): 620–7. PMID 12188230.
  5. Salbu B, Janssens K, Lind O, Proost K, Gijsels L, Danesi P (2005). "Oxidation states of uranium in depleted uranium particles from Kuwait". J Environ Radioact. 78 (2): 125–35. PMID 15511555.
  6. Jiang G, Aschner M (2006). "Neurotoxicity of depleted uranium: reasons for increased concern". Biol Trace Elem Res. 110 (1): 1–17. PMID 16679544.
  7. Anandan N, Shetty S, Patil K, Ibrahim A (1992). "Acute urinary retention caused by anterior urethral polyp". Br J Urol. 69 (3): 321–2. PMID 1568112.
  8. Hodge S, Ejnik J, Squibb K, McDiarmid M, Morris E, Landauer M, McClain D (2001). "Detection of depleted uranium in biological samples from Gulf War veterans". Mil Med. 166 (12 Suppl): 69–70. PMID 11778443.
  9. Gwiazda R, Squibb K, McDiarmid M, Smith D (2004). "Detection of depleted uranium in urine of veterans from the 1991 Gulf War". Health Phys. 86 (1): 12–8. PMID 14695004.
  11. Wan B, Fleming J, Schultz T, Sayler G (2006). "In vitro immune toxicity of depleted uranium: effects on murine macrophages, CD4+ T cells, and gene expression profiles". Environ Health Perspect. 114 (1): 85–91. PMID 16393663.
  12. Kang H, Magee C, Mahan C, Lee K, Murphy F, Jackson L, Matanoski G (2001). "Pregnancy outcomes among U.S. Gulf War veterans: a population-based survey of 30,000 veterans". Ann Epidemiol. 11 (7): 504–11. PMID 11557183.
  13. Jiang G, Aschner M (2006). "Neurotoxicity of depleted uranium: reasons for increased concern". Biol Trace Elem Res. 110 (1): 1–17. PMID 16679544.

External links

See also

de:Golfkriegssyndrom nl:Golfsyndroom sl:Zalivski sindrom fi:Persianlahden syndrooma sv:Gulfkrigssyndromet

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