In the last two decades many reports have addressed the application of artificial intelligence
(AI) in the search and design of antimicrobial peptides (AMPs). AI has been represented by …

Venomous organisms have independently evolved the ability to produce toxins 101 times
during their evolutionary history, resulting in over 200 000 venomous species. Collectively …

The vomeronasal organ (VNO) is a chemosensory organ specialized in pheromone
detection that shows a broad morphofunctional and genomic diversity among mammals …

We present the complete genome sequences of Caribbean watersnake bornavirus (CWBV)
and Mexican black-tailed rattlesnake bornavirus (MRBV), which we identified in archived …

Cephalopods, successful predators, can use a mixture of substances to subdue their prey,
becoming interesting sources of bioactive compounds. In addition to neurotoxins and …

Oral and other cephalic glands have been surveyed by several studies with distinct
purposes. Despite the wide diversity and medical relevance of the New World coral snakes …

Background The orbital gland of the group agama (Agamidae) is not well-studied. Here is a
first description of anatomical and histological studies on the orbital gland of the Egyptian …

Background: The Harderian gland in domestic birds is a major paraocular excretory gland
that has an important role in tear production as well as in the immune protection of the …

The vomeronasal organ (VNO) is a chemosensory organ specialized in the detection of
pheromones and consequently the regulation of behavioural responses mostly related to …

Two novel reptilian orthobornaviruses, named “Caribbean watersnake bornavirus (CWBV)”
and “Mexican black-tailed rattlesnake bornavirus (MRBV)” were identified in a Caribbean …