Scientific Malaysian Magazine, June 2016
Bites from venomous snakes can lead to snakebite envenomation (not poisoning), and antivenom is the only definitive therapy to date. Antivenoms used in current clinical practices are derived from antibodies of animals (e.g. horses) that have been immunised with one or a mix of snake venoms. However, the production of these biologics is highly costly, and there is no universal antivenom, as the effectiveness is limited by the different snake species and their geographical locality. The production and use of antivenoms can be optimised by unravelling the complexity of venoms, especially their immunogenicity and the dynamics-kinetics of venom-antivenom interplay. Read More at Page 32-38.
UM continues research into snake venom
The Petri Dish, Malaysia’s 1st science newspaper
Asia Research News (ASN), 4 September 2016
Toxicologists in Malaysia published the first report on the venom proteome correlating toxic functionalities of the Malayan blue coral snake, an exotic species from the country. The toxins are unique among snakes and have deep implication on antivenom production and drug discovery. Read More.
Asia Research News (ASN), 29 June 2017
Researchers at University of Malaya investigated the venom-gland transcriptomes of monocled cobra (Naja kaouthia) from Malaysia and Thailand. Their findings unveil a pool of novel bioactive molecules, and provide a solution to the long-standing puzzle of the geographical variability of venom from this important Asian cobra. Read More.
Malaysian Journal of Paediatrics and Child Health (MJPCH), Vol 17, No.1, 2011
History of bitten by animals and stung by insects is common occurrence and the effects are variedly noted. The focus for present discussion is concerning snake bites and stung by hornet. Read More.