North West Frontier

Volume 177 - Issue 11

Mission in Afghanistan

Author:  Robert A Simpson

Med J Aust 2002; 177 (11): 633-637. || doi: 10.5694/j.1326-5377.2002.tb04992.x
Published online: 9 December 2002

The first, and only, time I questioned my decision to spend seven months working with Médecins Sans Frontières (MSF) in Afghanistan was when I crossed the tarmac of Hobart Airport to board my flight there on 17 February, 1999.

My decision to go had been driven partly by a growing frustration with the increasing bureaucratic constraints of general practice and partly by a desire to re-explore the challenges of Third World medicine.

My first encounter, many years ago, had been in Bangladesh, where cases seemed to walk straight out of the pages of Bailey and Love's venerable Short practice of surgery. Now, I was headed for a very different country, which, as we all know, has been subject to 20 years of continuous and continuing warfare. About a million Afghans have been killed during this time and at least 700 000 people displaced within the country itself, as well as two to three million refugees to neighbouring Pakistan and elsewhere.

Key health indicators place Afghanistan among the most unfortunate countries in the world (Box 1). Life expectancy — at just 45 years of age — and childhood and maternal mortality figures are nearly the worst in the world.

The mission where I was to be stationed for the next seven months — in the village of Baharak in the very impoverished northeastern province of Badahkshan (Box 2) — had just reopened; it had been shut down in 1990 after the murder of a French MSF logistician.

As I boarded my flight and the plane took to the air, I dismissed any misgivings about my decision and pondered what lay ahead.

Based in Baharak

All MSF personnel are given detailed clinical, cultural and security briefings before deployment. These were to prove invaluable.

Baharak is in one of the least developed areas of Afghanistan. The village and its environs are devoid of infrastructure — there is neither power nor reticulated water, no communications systems or drivable roads; all this lack is compounded by the further lack of any local governmental administrative structure and the fact that the area is prone to frequent local conflict.

Our clinic consisted of a simple wood-and-mud-rendered structure divided into two parts (male and female, Box 3). Given its location, in addition to no power or running water it also operated without any pathology or x-ray service to speak of. So, clinical management was pragmatic — basic, old-fashioned case definition; and treatment in accordance with MSF/World Health Organization (WHO) protocols, facilitated by modern generic drugs and IV fluids held in our pharmacy (Box 4).

The problems we dealt with were varied — each day would provide about 300 patients: one or two trauma cases and obstetric emergencies on a background of ever-present infectious disease and malnutrition. On occasion, we would be further challenged with rarer but equally life-threatening presentations of a more exotic nature, such as anthrax, haemorrhagic fever and retinoblastoma (Box 5).

Types of trauma
Guns and mines

Gunshot wounds, the result of frequent, ongoing clashes between rival Northern Alliance commanders, and mine injuries, a legacy of the past Soviet occupation (1979–1989), were a daily occurrence (Box 6).

Afghanistan is the most heavily mined country in the world, with an estimated 10 million mines sown. As the front lines have shifted over time, so has control of the minefields, and complete confusion now reigns about the size, content and disposition of these fields, which kill or wound seven to 10 people in Afghanistan every day.

Baharak was a Soviet garrison during the occupation, and had been particularly heavily mined in an effort to deter mujahidin attacks. Now, these mines accounted for many injuries and deaths we saw, particularly among children attending their animals in the surrounding fields.

We generally provided first aid, with wound surgery conducted in the provincial city, Faizabad, three hours away by road. However, when the road to Faizabad was cut for security reasons, we needed to conduct surgery as best as we could manage at Baharak. With no formal surgical training, no x-ray machine, no blood, and only ketamine for anaesthesia, management was restricted to debridement or amputation and was very much a case of "flying by the seat of one's pants".

Infectious diseases
The common

The leading cause of child mortality was diarrhoeal illness and dysentery, which related to the absence of safe water and poor sanitation. In summer, the incidence of both dysentery and typhoid escalated dramatically; sporadic cases of cholera were also seen (Box 7A). The simple use of oral rehydration salts was lifesaving for many. Malaria accounted for about 35% of all the summer admissions.

On our arrival, the tuberculosis program was almost non-existent. Poor compliance and the inappropriate use of drugs of poor quality, that had made their way from Pakistan to the local bazaar, also contributed to the problem. The disproportionate number of extrapulmonary cases confirmed our fears that the more infective active pulmonary cases were either not presenting or being missed (Box 7B).

Leishmaniasis is endemic in Afghanistan, but invariably in the cutaneous, self-limiting "oriental sore" form (Box 7C). A few cases of the more serious visceral leishmaniasis, kala-azar, had been documented in the past, and we saw many patients with remittent fever and grossly enlarged spleens who often did not fit the patterns of chronic malaria, brucellosis or myeloproliferative disorders. More than likely, several of these patients were dying of treatable visceral leishmaniasis. The absence of any antimonials usually used to treat kala-azar related to the lack of information on the prevalence of this condition; the absence of any firm epidemiological work on this and other infectious diseases significantly hampers the development of an effective health strategy in Afghanistan.

The rare

On occasions, I was confronted by rare but life-threatening conditions.

Anthrax, a significant part of the germ warfare repertoire, is endemic in Afghanistan, and usually seen as the relatively benign cutaneous form. The systemic form is anything but benign. One unfortunate patient, who had handled a dead sheep a few days earlier, presented to our mission with the typical black eschar and oedematous swelling over one eye. He developed frighteningly progressive respiratory distress and died some hours later, despite aggressive doses of intravenous antibiotics. For me, pneumonic anthrax is now a case of "once seen, never forgotten".

Then, one afternoon, I was asked to review a patient with uncontrollable epistaxis. The two health workers who were attempting to stem the bleeding were heavily contaminated with blood. Of greater concern to me was the fever, haematuria and petechial rash over the patient's body, including his soft palate.

An infectious diseases colleague had warned me of the existence of Congo-Crimean haemorrhagic fever (CCHF) in Badahkshan and the serious risk of nosocomial transmission. Everyone was disinfected and the patient barrier-nursed as best we could manage. As always, treatment was fairly pragmatic. If the patient did have CCHF, there was little we could offer.

The only treatable cause of such a presentation I could think of was a coagulopathy due to fulminating malaria and typhoid, so the patient was commenced on quinine and chloramphenicol. He survived, but developed paraplegia, presumably from a secondary spinal bleed.

On completion of my mission in Afghanistan, I took a sample of the patient's serum back to Geneva (despite some misgivings about the ethical and legal implications of carrying such potentially biosensitive material about the world); immunofluorescence confirmed the presence of IgG antibodies to CCHF.

Safe and secure?

Security is an important concern for any MSF deployment. Strict SOPs (standard operating procedures) were adhered to, with regular HF (high frequency) radio skids to our head of mission in Tajikistan, the neighbouring country to the north. They had a rear link to Geneva by satellite phone. More often than not, deteriorations in the regional security situation were relayed by these means rather than by locals.

Away from Baharak
Wakhan Corridor

One of the highlights of my time in Afghanistan was an exploratory mission into Wakhan, the poorest and most remote district of the country, located in the far northeast bordering Tajikistan (to the north), China (to the east) and Pakistan (to the south). If, in shape, the map of Afghanistan is thought of as resembling an irregular leaf hanging from a stem, then the stem would be the Wakhan Corridor.

The district has an average altitude of 3000 metres and is subject to harsh climatic conditions. It is also devoid of any infrastructure, and the medical facility at Ishkashem is up to 10 days' travel by donkey from the more remote areas of the district.

The first stop of our trip was to pay respects to the local Shah, who seemed a very reasonable man with the best interests of his people at heart. From there we travelled with his opium-addicted uncle, who facilitated our entrez to the villages (Box 9).

Afghanistan is currently the world's leading supplier of illicit opium, providing a significant source of revenue for arms for military commanders, or, as one farmer put it, "the West sends us weapons, we send the West our white powder with respect" (Box 10).

It soon became apparent that opium addiction was common in Wakhan, primarily as a substitute for non-existent health care. Its analgesic, antitussive and constipating effects provided a panacea for many of the area's endemic diseases.

Lathyrism

Our predeployment briefing had mentioned a suspected case of lathyrism near the village of Khandud.

Lathyrism is a neurological disorder, known since the time of Hippocrates. It is associated with the consumption of Lathyrus sativus — known locally as patak (and also known as chickling pea, grass pea and kesan dahl). Although very nutritious and cheap, this legume contains a potent neurotoxin, which eventually causes irreversible spastic paralysis, hyperaesthesia and paraesthesiae (Box 11).

As we conducted primary health checks in various villages, we found that many locals complained of muscle stiffness, with examination revealing very obvious lower-limb clonus, consistent with lathyrism. Obviously, the condition was endemic. Most of the locals knew of the association between patak and lathyrism but continued to eat it out of economic necessity.

Faizabad

The final phase of my time in Afghanistan was spent assisting with the newly established mission in Faizabad (Box 13), aimed at developing the inpatient capability of Faizabad Hospital.

This hospital was the only formal surgical facility in a district of 700 000 people, with a grand total of one operating theatre and two trained Afghan surgeons. The challenge of working there was made all the greater by the lack of blood cross-matching reagents, and the amazing situation whereby the more experienced of the two surgeons was only permitted to operate on the most difficult cases. Between times, he was kept in jail for the murder of his brother!