July 24, 2019
Biology professor receives .9 million grant from National Institutes of Health to study vaccinia 1xbet online sports betting
Zhilong Yang, an assistant professor in the Division of Biology, is the principal investigator on a new, nearly .9 million grant from the National Institutes of Health. The five-year project will study how vaccinia 1xbet online sports betting — a member of the poxvirus family — produces its proteins. This award is from the Research Project Grant Program, usually referred to as R01, and is considered the bread and butter grant of the NIH for biomedical researchers.
The NIH has continuously supported Yang's research on vaccinia 1xbet online sports betting through multiple awards in the past five years, when he opened his laboratory at K-State, including a Pathway to Independence award, an Exploratory/Developmental grant award and a Centers for Biomedical Research Excellence project, in addition to the R01 award. Yang's group has made a series of remarkable discoveries on this topic.
Vaccinia 1xbet online sports betting was used as the vaccine to eradicate smallpox, one of the deadliest infectious diseases in human history. Both vaccinia 1xbet online sports betting and variola 1xbet online sports betting , the latter is the causative agent of smallpox, belong to a large family of 1xbet online sports betting called poxvirus. Although smallpox was eradicated 40 years ago, many members of poxviruses currently cause significant public health issues in humans and economically important animals. There is also a concern that smallpox may arise from unknown stocks or other means.
But poxviruses do not always cause harm. In fact, many poxviruses, including the vaccinia 1xbet online sports betting that Yang is studying, can be used to fight other human and animal diseases. For example, vaccinia 1xbet online sports betting can serve as a carrier for developing vaccines to fight many other human and animal infectious diseases. A number of currently used veterinary vaccines are generated based on vaccinia 1xbet online sports betting .
Vaccinia 1xbet online sports betting , along with many other poxviruses, also has tremendous potential in fighting cancers, because it can selectively kill tumor cells. By engineering the 1xbet online sports betting to be less harmful to healthy tissues but to kill tumors more efficiently, scientists are developing highly promising new cancer therapeutics.
This grant will help Yang and his colleagues in his laboratory to answer a fundamental question: How does vaccinia 1xbet online sports betting produce viral proteins? This is an important question to understand how the 1xbet online sports betting amplifies itself, as proteins are building blocks to make viral particles. Interestingly, viruses do not have the machinery to make proteins by themselves. Instead, they must use their hosts' protein-making machinery. This makes the question even more intriguing: how does the 1xbet online sports betting redirect the host protein-making machinery to produce viral proteins after infection?
Answers to 1xbet online sports betting fundamental question could provide new strategies to block poxvirus infection and improve the efficacy of poxviruses used in vaccine development and cancer therapy.