Sort by
Refine Your Search
-
Listed
-
Category
-
Country
-
Program
-
Field
-
transmitted infections, investigating commensal bacteria as potential reservoirs of antimicrobial resistance transferable to Neisseria gonorrhoeae, and investigating the host-pathogen interactions underlying
-
. This may involve the preparation of cultures or reagents, setup or calibration of equipment, and maintenance of living organisms. Examples of these responsibilities include making various bacteria growth
-
and CFF grants (https://reporter.nih.gov/search/kpoQKsh8Pkqp4S1_RS1-PQ/project-details/11259946 ), which looks for fundamental insights into novel oxidative reactions, the exported proteins that depend
-
discovery. This position is funded by a National Institutes of Health (NIH) grant focused on unlocking the biosynthetic potential of Clostridial bacteria, a poorly understood but exceptionally rich source
-
theme, led by Mark Tangney, involves the study and/or and application of bacteria in cancer settings. The Tangney lab is currently seeking a person to project manage project activity in the group
-
using various multidisciplinary approaches on model organisms (algae, plants, bacteria) or on the most suitable organisms identified through biodiversity studies. » The successful candidate will work
-
organisms such as virus, bacteria, fungi, insects, yeast cells and even human cells are also studied. Our main areas or research are: the interaction between plants and microorganisms, and other forms
-
- and the interactions between microbiome bacteria and the host, ranging from fundamental to clinical applications. The professor is expected to have an international track record in the cluster’s
-
within complex microbial communities—the microbiomes—and the interactions between microbiome bacteria and the host, ranging from fundamental to clinical applications. The professor is expected to have an
-
computational simulations to understand how bacteria communicate, acquire nutrients, and cause disease—and to translate these mechanistic insights into new strategies for targeting bacterial virulence