University Of Washington Work Values

Daily Duties at University Of Washington:

• Design X-ray structure-based small molecule inhibitors and develop a novel assay for detecting trypanosomal triosephosphate isomerase (TIM) from trypanosomes, a causative agent of African sleeping sickness, for potential therapeutics. • Culture mammalian cells infected with retrovirus (SRV) and develop assays for improved detection of the viral antigens. • Design and develop self-assembling lipo-peptides, as pro-drug microstructures for controlled release of drug molecules. • Teach a laboratory class that includes giving lab lectures, supervising, evaluating, & mentoring students, holding office hours, leading small group discussion sections. • Making research presentations

What they like about University Of Washington:

You give high priority to hiring firms with prestige. Market reputation and prestige of a firm may be determined through on-line research, and conversations with individuals working in your target industry. Note that firms "in the public eye" receive a great deal more critical publicity and attention than those operating with more anonymity. So as you assess your employment opportunities, be sure to seek out the positive aspects of the firm's reputation in addition to noting negative publicity the company may have received.

Tags

Biochemistry, Immunoassays, Oncology, Cell Biology, Neurodegenerative diseases, Proteins, Protein processing, Enzyme assays, Proteases & Peptides, Antibodies & Antigens, Proteomics, Signaling & Therapeutics, Pathobiology, Substrates & Inhibitors, Cancer mechanisms, Neurobiology & Neuroendocrine, FACS, Molecular recognition, Writing & Grants & Editorial, Structure & Function, Laboratory & Manager, Research & Scientist, Mechanisms, Disease pathways, Molecular drug delivery, Proteases, Substrates, Structure, Antibodies, Signaling, Molecular mechanisms, Laboratory Manager, Endocrine, Research Scientist

Skills

Excellent analytical & problem solving skills with cross functional abilities, Multidisciplinary approaches to solving research questions, proteomic approaches to determining biological structure and function, Expertise in protein processing & neuropeptide research, Expertise in proteases, their substrates & inhibitors, assay development, Protein and peptide chemistry/biochemistry/cell biology , Molecular recognition and cell signaling, Highly meticulous experimentalist, Research/lab management, editorial, grants, teaching, Academic and Industry experience

These are some of the questions we asked our climbers about their experiences with University Of Washington: