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The NIAID Division of Clinical Research seeks an exceptional and visionary leader for the director, Integrated Research Facility position. Open 4/29 – 5/8. Find out more now! http://glassdoor.com/slink.htm?key=vQfjo
The colorful image shows precursor fat cells. When stimulated appropriately, precursor cells become fat cells. A research team analyzed on a molecular level what may drive the accumulation of too many fat cells. They found that interfering with the natural 12-hour "on," 12-hour "off" cycle of a certain hormone spurs development of fat cells in mice. Conditions that shorten the "off" cycle include Cushing's disease, certain hormone treatments, and ongoing stress. Read all about this study at http://glassdoor.com/slink.htm?key=vQfUy
Have you woken up in the morning still feeling bad or stressed about whatever happened the previous day? A new study shows that such persistent negative feelings may be linked to health issues 10 years later. The findings suggest that the ability to recover from stress may help improve long-term physical health outcomes. Check out the story at http://glassdoor.com/slink.htm?key=vQf9f
Scientists teach computers how to analyze brain cells. NIH-funded researchers and Google show machine learning can be applied to biomedical research. In the early days of neuroscience research, scientists painstakingly stained brain cells and drew by hand what they saw in a microscope. Fast forward to 2018 and machines may be able to learn how to do that work. According to a new study in Cell, it may be possible to teach machines how to pick out features in neurons and other cells that have not been stained or undergone other damaging treatments. The study was partially funded by the National Institute of Neurological Disorders and Stroke (NINDS), part of the National Institutes of Health. http://glassdoor.com/slink.htm?key=vQzZI
Surgeons can sometimes help people with faulty heart valves by replacing the valve with a prosthetic device. A research team now is developing a surgical technique to help those who have abnormally large leaflets in a valve. Leaflets are the parts that open and close the valve. In some people, the leaflets are so large that they can block the flow of blood during surgery to replace the valve. What was the research team's solution to this potentially deadly obstruction? Find out at http://glassdoor.com/slink.htm?key=vQzxI
Are you a highly motivated individual, and thrive in a fast-paced, and energetic environment? If so, we are looking for an Human Resources Specialist (Civil) to provide workplace violence prevention program advisory services and program administration. Civil is a team of NIH experts that promotes civil behavior in the NIH workplace. As an Human Resources Specialist (Civil), you will help prevent or respond to situations involving harassment, bullying, intimidation, threats, or violence. This position is located in the Office of the Director (OD), Office of Human Resources (OHR), Workforce Relations Division (WRD), Civil Program. Learn more and apply here: http://glassdoor.com/slink.htm?key=vQzjg
New Evidence Suggests Aging Brains Continue to Make New Neurons. There’s been considerable debate about whether the human brain has the capacity to make new neurons into adulthood. Now, a recently published study offers some compelling new evidence that’s the case. In fact, the latest findings suggest that a healthy person in his or her seventies may have about as many young neurons in a portion of the brain essential for learning and memory as a teenager does. http://glassdoor.com/slink.htm?key=vQzUM
The Health and Human Services Department recently hosted its first ever Human Resources (HR) Clinic at the National Institutes of Health (NIH) campus in Bethesda, Maryland. The two-day HHS HR Clinic served as an opportunity for HR professionals to learn how to incorporate HHS priorities into daily HR functions; build relationships and network with other HR professionals; and discuss best practices. http://glassdoor.com/slink.htm?key=vQz0E
We are seeking candidates for the Biologist position in the New Product Development section of the Center for Cellular Engineering. The Product Development Biologist works with NIH Intramural program investigators to transition novel cell and gene therapies from the research laboratory to the clinical cell processing laboratory. They will be working under the direction of the Supervisor of the Product Development Group and the Section Chief. Our ideal candidate has experience with cell selection, culture and expansion, gene transfer, and experience manufacturing clinical cell or gene therapies. Good people skills and oral and written communication skills are necessary. An advanced science degree is desirable. To apply and learn more about this position go to the following link: Open to the Public - http://glassdoor.com/slink.htm?key=vQVWa For Federal Employees - http://glassdoor.com/slink.htm?key=vQVWA Learn more about the Center for Cellular Engineering: http://glassdoor.com/slink.htm?key=vQVWC
NIH Scientist have uncovered evidence that shows a more complex and elaborate role for the body’s hard-working G protein-coupled receptors (GPCRs) than previously thought, suggesting a conceptual advance in the fields of biochemistry and pharmacology. Read more: http://glassdoor.com/slink.htm?key=vQVB8
