Scientists have identified the molecule involved in thalidomide-related dysfunctions associated with in utero brain and organ development. Their in vivo results using a zebrafish model of mammalian development showed that thalidomide binds to a protein named cereblon, a subunit of an enzyme complex responsible for the creation of neurons, thereby inhibiting normal brain development. Their results suggest this protein as a possible therapeutic target for regulating abnormal brain development.
Molecular basis of brain dysfunction and embryo malformation associated with thalidomide
Related Posts
Order Antibiotics online
June 8, 2024Buying antibiotics online
June 8, 2024How do antibiotics work?
June 8, 2024Flagyl: a beacon of hope in the fight against trichomoniasis
February 17, 2024
About admin
Now Dr. Jack Straw is in charge of the website, and organizes it so that medical care is available to everyone. In addition, he is an active member of the medical community, regularly attending international conferences and sharing his experience and knowledge.
Dr. Straw is not only a medical professional and website manager, but also a loving husband and father of his beautiful children.
View all posts by admin →