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Klinische Anzeichen einer Botulismus-Intoxikation durch das Bakterium Clostridium botulinum (umgangssprachlich: "Wurstvergiftung")
Konserviertes Gemüse
Hausgemacht
Wurst
Fleisch
Fisch
Felix Weber
Autor
2026-09-24
Datum
5 Min. Lesezeit
article.read_time
5
Kapitel
Das durch das anaerobe, grampositive Stäbchenbakterium *Clostridium botulinum* produzierte Neurotoxin – eines der potentesten bekannten Gifte mit einer letalen Dosis (LD50) von etwa 1 Nanogramm pro Kilogramm Körpergewicht – löst ein klinisches Syndrom aus, das keineswegs auf den Verzehr kontaminierter Fleischwaren beschränkt ist. Trotz der historischen Wortherkunft (*botulus* = lat. "Wurst") können auch unsachgemäß konservierte Gemüseerzeugnisse, Fischprodukte oder selbst hergestellte Konserven mit unzureichendem Säuregehalt als Vehikel dienen. Angesichts der lebensbedrohlichen neuroparalytischen Komplikationen – einschließlich aufsteigender Lähmungen und respiratorischer Insuffizienz – muss die Botulinum-Toxin-Ätiologie bei der Differenzialdiagnose akuter schlaffer Paresen zwingend berücksichtigt werden.
What are the causes of sausage poisoning in the first place?
Botulism, otherwise known as botulinum toxin poisoning, is caused by toxins produced by the bacterium Clostridium Botulinum, which resembles lard. The lard of botuline poison produces an exotoxin called botulin, which is released only after the autolysis of the bacteria. So far, seven types of toxins have been isolated: AG, with humans infected mainly by A, B, and E, and occasionally by F. Studies show that most cases of botulism in fish are also associated with the consumption of meat products prepared under conditions of malnutrition and burned with B. Toxicity may not occur simultaneously [3].
What are the symptoms of poisoning?
Although a number of botulinum neurotoxin poisoning mechanisms are known, the most common one seems to be food botulism, also known as classical. It should be emphasized that the symptoms of the poisonings are similar and not dependent on the type of botulisms. A very characteristic feature of the botulism is the so-called triad of symptoms, such as symmetrical, blistering and abnormal symptoms, normal body temperature, and no disorders of consciousness [3]. Interestingly, symptoms of oral toxicity usually occur after the consumption of an infected food, which can range from a few degrees to a few hours after the death of the infected person, and that is to say....
How can we avoid poisoning?
Note that botulinum toxin is most commonly found in household hazardous food poisoning products, such as dietary hygiene, dietary supplements, and dietary diuretics. Please note the minimum shelf life and expiry date of the products purchased. Keep in mind that Botulinum Toxin is found most often in homemade products such as household dishes such as toiletries, pastes, and bottles.
What's it like to build botulinum toxin?
Botulinum toxin is structurally and functionally a protein consisting of two subunits: heavy and light, connected by a dissection bridge. It is interesting to note that all botulinum toxins are zinc metaloproteins They are therefore protein toxins that exhibit the ability to bind irreversibly to various membrane proteins involved in the fusion of synaptic blisters with the presynaptic membrane [3]..
Detection of bacteria
The diagnosis of botulism is based on the detection of neurotoxins in the blood serum and/or in the stool. The ELISA method, which is also based on detecting the toxin from the feces of Clostridium botulinum, may be helpful. Trials must be taken in an appropriate number (minimum of 3 ml of serum) and also in a timely manner, i.e. before the use of the serum or anti-botulinum immunoglobulin. More and more popular are methods based on immunological reactions, e.g. ELISA, which relies on detection by means of multiple anti-toxins. The advantage of the method is that it has a short time of execution, unfortunately it also has its own characteristics of low sensitivity and performance.
