Since the local medical facility did not have the necessary specific antidote, air rescue was involved in the operation. An urgently deployed helicopter promptly delivered the vital medication from the Munich University Hospital, ensuring the timely provision of specialized medical care.
Clinic “Rechts der Isar” — the main center for poisoning assistance
The Rechts der Isar medical complex at the Technical University of Munich performs a strategic function in the healthcare system of the federal state of Bavaria. A critical reserve of medicines is constantly maintained in the specialized refrigeration equipment of the center. Storage safety is ensured by automated systems: inside the chambers, the temperature must remain within a strict range of five to six degrees around the clock, and at the slightest deviation of parameters, an emergency alarm is immediately activated.
Dozens of rare antidotes requiring continuous temperature control are concentrated in this storage facility. The Department of Clinical Toxicology, together with the Munich 24-hour intoxication hotline, represents a key coordination hub for the entire region. Emergency calls regarding severe poisoning by medications, chemical substances, narcotic substrates, poisonous plants, as well as dangerous bites from representatives of fauna are received here.
Complexities of medical stock formation and specifics of logistics
The head of the department, toxicologist Reinhard Stiendl, reports that current volumes allow for the provision of therapy for a limited circle of individuals. The consumption of medications demonstrates a direct dependence on climatic conditions and the intensity of citizens’ outdoor recreation. The need for antidotes increases during dry and warm periods when high activity of reptiles is recorded. Conversely, during rainy seasons, only one or two cases per year are registered, whereas during peak periods, the number of concurrently admitted patients rises to eight. With increasing risks, the volumes of additional purchases grow, but the logistical process is complicated by long processing and delivery times for imported items. On the territory of Bavaria, reserve storage points are distributed decentrally: besides Munich, a small amount of antivenom is also distributed to Nuremberg and Garmisch-Partenkirchen through the state chamber of pharmacists.
The formation of excessive reserves is limited by strict economic boundaries and the specifics of the medical product itself. The cost of a single dose of serum varies from 300 to 1.2 thousand euros. The creation of significant stocks is deemed impractical, since the guaranteed shelf life of the drug is only about a year, after which unused expensive ampoules are subject to unconditional write-off. The medical facility is forced to finance these expenses independently from its own budget, without attracting targeted external subsidies.
Technological process of production and algorithm of actions in emergencies
The complex manufacturing technology of the antidote causes its high cost and shortage on the international market. In Germany, domestic production capacities for this segment are absent, and the release of the drug is carried out by only a few pharmaceutical companies in the world. The method is based on a classical technique: farm animals are vaccinated with minimal, safe doses of snake venom. Specific protective antibodies develop in the organisms of the animals, which are subsequently isolated from blood plasma, undergo multi-stage purification, and are processed into a form ready for administration.
In the event of a venomous snake attack, the timeliness of actions is of decisive importance for the recovery prognosis. The victim needs to be provided with immediate complete rest, physical activity must be minimized, and emergency services must be called. Reinhard Stiendl draws attention to the fact that the location of the incident does not change the basic algorithm: whether it is the Zugspitze mountain range or the difficult-to-pass Höllentalklamm gorge, due to the developing pain syndrome, a person quickly loses the ability to move independently.
The venom of the common viper causes extensive local swelling, and muscle contractions during movement accelerate the spread of toxins through the circulatory system. Although the serum is used predominantly in case of concomitant pathologies or for the treatment of children, emergency services coordinate actions with the Munich Toxicology Center in a round-the-clock mode to make a final decision on the transportation of the antidote by helicopters.
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