skin

Overzealous Immune Cells Hamper Healing

Study Points to Treatment Targets for Impaired Healing Due to Diabetes

patient having his foot examined

Whether we’ve nicked a finger while chopping vegetables or wiped out riding a skateboard, we tend to take for granted that our injuries will eventually mend themselves. However, for a type of wound that often plagues patients with diabetes, healing is no sure thing. IRP researchers recently identified why certain immune cells shift from helpful healers into saboteurs in those injuries.

Introducing NIH’s Newest Lasker Scholars

Program Gives Boost to Early Stage Investigators

Alison Boyce, Ian Myles, Jacqueline Mays, Yogen Kanthi, and Stephanie Chung

If TV shows like The Voice and America’s Got Talent are any indication, there are many extremely talented people out there who could become huge successes if presented with the right opportunity. This is no less the case in science, with thousands of extremely bright individuals quietly toiling away in their mentors’ labs as they await the chance to establish research programs of their own.

Fortunately, initiatives like the NIH’s Lasker Clinical Research Scholars Program exist to boost promising young researchers on to the next stage of their careers. Every year, the Lasker program allows a small group of early stage physician-scientists to establish their own labs at the NIH and carry out independent clinical research there for at least five years.

The five talented investigators selected as 2020 Lasker Scholars are pursuing a wide range of research questions, from how the immune system influences blood clotting to the mechanisms driving a rare and devastating skeletal disorder. Read on to learn more about the latest crop of researchers ramping up IRP labs of their very own.

IRP’s Julie Segre Elected to the National Academy of Medicine

NIH Researcher Recognized for Investigation into the Skin Microbiome

Dr. Julie Segre

The National Academy of Medicine (NAM), first established in 1970 by the National Academy of Sciences as the Institute of Medicine (IOM), is comprised of more than 2,000 elected members from around the world who provide scientific and policy guidance on important matters relating to human health. Election to the NAM is considered one of the highest honors in the fields of health and medicine that recognizes individuals who have not only made critical scientific discoveries but have also demonstrated a laudable commitment to public service.

IRP senior investigator Julie Segre, Ph.D., was one of four IRP researchers elected to the NAM in 2019. Dr. Segre leads the Translational and Functional Genomics Branch at the National Human Genome Research Institute (NHGRI), where she studies the way in which the skin forms a barrier between the body and the environment. In particular, her research uses genetic sequencing to understand the bacterial and fungal microbes that live on human skin.

A New Understanding of What’s Living on Your Skin

Five Questions with Dr. Heidi Kong and Dr. Julia Segre

microbes within a human body

When people think of skin health, they often think of protecting it from harmful UV rays or finding ways to avoid the fine lines and wrinkles that often come with aging and sun exposure. However, there are many factors and illnesses that impact skin health, including eczema, a chronic condition that affects tens of millions of Americans and causes the skin to become red and so itchy that it can interfere with patients’ sleep.

To combat such conditions, IRP researchers have spent decades investigating what causes them in humans through techniques such as immunology, genetics, molecular biology, and structural biology. In a 2014 study of healthy volunteers, IRP investigators Julia Segre, Ph.D., and Heidi Kong, M.D., M.H.Sc., used the latest genomic techniques to investigate the collection of microorganisms living on healthy human skin, known as the skin microbiome, in an attempt to understand how this collection of bacteria, fungi, and viruses may contribute to skin health. From their interdisciplinary research, the team was able to show that the array of microbes living on human skin is extremely diverse, varying greatly from individual to individual and between different areas of the body. This research opened doors for additional studies exploring how changes in the skin microbiome contribute to both common and rare skin diseases.

Molecular Factors Underlie Mouth’s Head Start on Healing

magnified image of skin epithelial cells

As an impatient eater, I find myself burning or biting the inside of my mouth more often than I’d like. Fortunately, these injuries tend to heal within a day or two, whereas wounds like nicking my finger with a knife or scraping my knee seem to take a week or longer to disappear. My personal impressions have now been confirmed by a new NIH study that uncovered major differences in the way the mouth and skin repair themselves, pointing to potential therapeutic targets that could speed healing.

Six Paths Forward in Biomedical Research

NIH Clinical Center

Last month I moderated our annual retreat with the NIH Scientific Directors, those individuals tasked with leading their Institute or Center (IC)-based intramural research program. We were joined by many of the IC Clinical Directors. And this year we decided to do something a little different: listen to a series of talks about exciting, new IRP research.

Yasmine Belkaid Wins Sanofi–Institut Pasteur 2016 Award

Yasmine Belkaid

Yasmine Belkaid, chief of the Mucosal Immunology Section in the NIAID Laboratory of Parasitic Diseases, has won the Sanofi–Institut Pasteur 2016 International Mid-Career Award for “outstanding research in the life sciences…contributing to progress in global public health,” announced on December 13, 2016 in Paris.

Microbiome: The Next Frontier in Human Health

At the beginning of every episode of the sci-fi series Star Trek, William Shatner repeated the words, “Space: the final frontier.” However, in all of Star Trek’s 79 episodes, Captain James T. Kirk and crew never encountered anything like the number and diversity of species that exists within the human microbiome.

Microbiome video