Dr. Shiva Singh

About Dr. Shiva Singh

Shiva, a microbiologist with a lot of experience in scientific administration, oversees predoctoral T32 training programs, predoctoral F30 and F31 fellowships, as well as a broad array of undergraduate student development programs.

Helping to Reverse America’s “Brain Drain”

America's Brain DrainA story titled “America’s Brain Drain Exit icon” that aired this past weekend on the CBS Sunday Morning show featured an interview with long-time NIGMS grantee Frank Bayliss of San Francisco State University (SFSU). It described how he is trying to nurture smart American students who are interested in pursuing science careers, in part through programs funded by the NIGMS Division of Minority Opportunity in Research (MORE). In recognition of his contributions in this arena, Frank received the Presidential Award for Excellence in Science, Mathematics and Engineering Mentoring in 2009.

The segment also featured a MORE-supported student, Damon Robles, who participated in our Bridges to the Baccalaureate program at the City College of San Francisco. He later transferred to SFSU, where he became a Minority Access to Research Careers undergraduate student. Now, he is in a Ph.D. program in physical chemistry at the University of California, Davis.

Our MORE programs represent some of the ways we seek to foster a diverse scientific workforce and prepare students for careers in science-related fields. If you’re interested in finding out how you can support a MORE student in your lab for a summer or longer, contact me at singhs@nigms.nih.gov or 301-594-3900.

Apply Now for Microbial Community Dynamics Grants

NIGMS has just re-announced the Dynamics of Host-Associated Microbial Communities (R01) funding opportunity. Microbes make up the vast majority of our bodies’ cells, and this program supports projects that aim to dissect these complex communities and their roles within a host.

We are particularly interested in applications that propose:

  • Genetic, physiological and ecological research on mixed microbial communities, their internal dynamics and how they relate to those of the host; and
  • Studies on other experimental models that could make breakthrough contributions to understanding the formation and dynamics of host-microbe symbiotic systems.

We encourage interdisciplinary approaches, including bioinformatics/computational/modeling and/or experimental manipulations to investigate host-associated microbial community ecology.

You may apply for up to $250,000 (direct costs) per year (plus up to $100,000 for exceptional equipment in the first year). Most awards will be for 4 years. Letters of intent are due on December 14, 2010, and applications are due on January 14, 2011.

For more details about the program, see the funding opportunity announcement or contact me at 301-594-3900 or singhs@nigms.nih.gov.

Modeling Scientific Workforce Dynamics

In keeping with the Institute’s long-standing interest in training and its strong commitment to fostering a diverse scientific workforce, we have just re-announced our Modeling the Scientific Workforce (U01) program.

This program provides support for developing computational models of the scientific workforce in the United States. It takes a systems-based approach to understanding the underlying dynamics that produce successful scientists, examining strategies for increasing the diversity of the scientific workforce, identifying research questions and guiding data collection and analysis. The models will help inform our program development, management and evaluation.

We are particularly interested in models of the academic scientific workforce, but applicants should also consider industry and the government. We strongly encourage collaboration among scientists who are experts in simulation modeling, large-scale educational data sets, national policy and program development and other appropriate areas.

Letters of intent are due on October 4, 2010, and applications are due on November 4, 2010.

For additional information about the program, see the funding opportunity announcement or contact me at 301-594-3900 or singhs@nigms.nih.gov.

Research on Interventions that Promote Biomedical and Behavioral Careers

NIGMS has re-announced the Research on Interventions (R01) program that supports research on efforts to increase student interest, motivation and preparedness for careers in biomedical and behavioral research. Proposed research should test assumptions and hypotheses regarding social and behavioral factors that might inform and guide interventions.

We are particularly interested in interventions that are specifically designed to increase the number of students from underrepresented groups entering careers in biomedical and behavioral sciences. However, you need not restrict proposed research to students from these groups. In fact, comparative research that analyzes the experience of all groups can help us understand how interventions should be tailored to make more underrepresented students successful in biomedical and behavioral careers.

We strongly encourage collaboration among biomedical, behavioral and social science researchers.

Currently funded projects are quite varied. Examples include research on interventions at the institutional level and on student characteristics, such as self-efficacy and leadership.

Letters of intent are due September 15, 2010, and applications are due October 15, 2010. For additional information about the program, see the funding opportunity announcement or contact me at 301-594-3900 or singhs@nigms.nih.gov.

Exciting NIGMS Job Opportunity for Exceptional Scientist

Minority Opportunities in Research (MORE) LogoWe’re looking for a program director (“health scientist administrator”) to oversee innovative programs designed to increase the number of biomedical and behavioral scientists from underrepresented groups. In addition to handling research and student development grants within our Division of Minority Opportunities in Research (MORE) Special Initiatives Branch, the program director will also manage research grants in one of the following areas:

  • Cell biology, biophysics and structural genomics;
  • Computational/statistical genetics and prokaryotic genetics;
  • Bio-organic/medicinal chemistry, biochemistry with a focus in bioenergetics, redox biochemistry and mechanistic enzymology; or
  • Basic and clinical research in trauma, wound healing or pharmacology.

Please see the vacancy announcement for position requirements and detailed application procedures. The listing closes April 28, 2010.

UPDATE: This vacancy listing has been extended to May 18, 2010.

Apply Now for Microbe-Host Interactions Grants

Back in May, I described a concept clearance for a new grant program focused on microbe-host interactions. A number of readers commented on the post, and I was delighted to see the early interest in this new program, as well as other related programs at NIH.

The RFA has now been published in the NIH Guide.

We’re soliciting applications for projects that will reveal the basic principles and mechanisms that govern host-associated microbial community structure and function through studies in the following areas: model systems, community physiology, community genetic interactions, community dynamics, and technology development. Please note that research projects designed solely to carry out metagenomic sequencing or surveys of microbial diversity are outside the scope of this program.

We plan to make 5-6 R01 awards totaling $2.5 million in fiscal year 2010. Letters of intent are due December 15, 2009, and applications are due by January 15, 2010.

Early Notice: New Microbial-Host Interactions Grants

Microorganisms are everywhere–in and on our body, and in our environment. We know that these microbial communities affect our health and the health of plants and animals that we depend on. Yet, we know very little about the physiology and ecology of these communities and their interactions with their hosts.

Today, the NIGMS Council approved a new grant program that will focus on studying the basic principles that govern microbial community structure and function within a host. Research under this program will advance our understanding of the basic biology of microbial communities. It also has the potential to provide clues for developing new strategies to promote human health and treat or prevent diseases.

Once the funding opportunity has been published in the NIH Guide in early August, we will post it on the Feedback Loop site. In the meantime, I encourage you to send me comments and start thinking about applying.