Diphtheria and the AB Toxin Group: a History and the Need for New Toxin Therapeutics
Дифтерия и группа AB-токсинов: история и необходимость разработки новых средств терапии токсинами
2023-06-20
SCID: 54.1/rvx6pqzw
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AB toxinsShiga toxin-producing Escherichia colidiphtheria toxintoxin therapeuticstoxin-mediated diseases
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Abstract (AI)
AB toxins have historically been associated with significant morbidity, mortality through infections such as botulinum, anthrax, cholera, and diphtheria. These AB toxin-mediated diseases remain prevalent in low and middle income countries, with intermittent outbreaks of Shiga toxin-producing Escherichia coli (STEC) or whooping cough by Bordetella pertussis in high-income countries. These reports warrant an investigation to better understand the distinct characteristics of AB toxins derived from different pathogens. As toxigenic pathogens broaden their scope and diversity, it amplifies the complexity of the problems posed by their AB toxins. Here, we discuss the history, structure and characteristics of key AB toxins, and report on historical and ongoing research on these toxins. We also explore research avenues that hold great promise in potentially improving clinical management of toxin-mediated diseases in the future.
Key Findings
1
AB toxin-mediated diseases remain prevalent in low- and middle-income countries, while STEC and Bordetella pertussis outbreaks continue intermittently in high-income countries.
2
AB toxins from different pathogens possess distinct structural and functional characteristics, requiring comparative investigation to address their diverse clinical challenges.
3
AB toxins have caused substantial morbidity and mortality through diseases including botulism, anthrax, cholera, and diphtheria.
4
Historical and ongoing research identifies promising avenues for developing new toxin therapeutics and improving clinical management of toxin-mediated diseases.
5
Increasing diversity and scope of toxigenic pathogens are making AB toxin-related disease management more complex.
Research Object
AB toxins derived from different pathogenic bacteria, including diphtheria, botulinum, anthrax, cholera, Shiga toxin-producing Escherichia coli, and Bordetella pertussis
Research Subject
The history, structures, distinct characteristics, disease roles, and therapeutic research avenues of AB toxins
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2023-06-20
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