|Home » About NHLBI » Advisory and Peer Review Groups (Advisory Committees)|
OPENING REMARKS AND REPORT OF THE DIRECTOR
Dr. Elizabeth Nabel, Director of the National Heart, Lung, and Blood Institute (NHLBI), welcomed members to the 232nd meeting of the National Heart, Lung, and Blood Advisory Council (NHLBAC).
Dr. Nabel welcomed representatives of two NHLBI Advisory Committees:
Dr. Nabel announced two changes at the NIH:
Dr. Nabel also announced two upcoming changes in NHLBI personnel:
Dr. Nabel recognized five Council members who are retiring:
The NIH is currently operating under a Continuing Resolution, in effect through March 6, 2009. Consequently, the NHLBI must operate at its FY 2008 budget level, which was $2,922,654,000 (not including the $15 million end-of-year supplement received in FY 2008). Dr. Nabel cautioned that the NIH may have to operate under the Continuing Resolution for the entire fiscal year, but assured Council that the Institute will do its best to continue its support of research project grants as well as other innovative programs.
New and Early Stage Investigators
The NIH is developing new policies related to New and Early Stage Investigators in a continuing effort to encourage new investigators early in their research careers to make the transition from training (e.g., postdoctoral programs) to positions of independent research.
New Investigator: A principal investigator (PI) is considered a New Investigator if he/she has not yet competed successfully as a PI for a significant NIH independent research award.
Early Stage Investigator: An individual who is classified as a New or First-Time Investigator and is within 10 years of completing his/her terminal research degree or is within 10 years of completing medical residency (or the equivalent) is considered an Early Stage Investigator.New NIH policies:
The NHLBI will begin implementing the new policy on success rate targets and composition of the New Investigator pool immediately. Based on an analysis of applications considered at a recent Council round, the success rate of Early Stage Investigators was already slightly higher than that of Established Investigators on Type 1 R01 applications under existing NHLBI New Investigator policies.
Dr. Nabel requested input from Council on the new policies. The Institute
will analyze data from this Council round (October 2008) and report to
New NIH Policy Regarding Amended Applications
Beginning with the January 2009 application receipt date, all original (i.e., unamended) new applications and competing renewal applications will be permitted only a single amendment (A1). The new policy (resulting from the recent review of the NIH peer review system) was established to facilitate earlier funding of high-quality applications and improve efficiencies in the peer review system.
Enhancing Peer Review at the NIH: Implementation of Recommended Actions
Dr. Nabel updated the Council on progress in implementing recommended actions resulting from the recent NIH-led study of the NIH peer review system. First-rate peer review is a cornerstone of the NIH, but new challenges for peer review have been created by the increasing breadth, complexity, and interdisciplinary nature of biomedical science and exacerbated by tight budgetary times. Recommendations and plans for implementation can be found at Enhancing Peer Review at NIH. The study identified four priority areas:
REBALANCING SUCCESS RATES
Dr. Carl Roth, Associate Director for Scientific Program Operation, NHLBI, presented a potential funding policy which was developed by an NHLBI committee charged with developing policies and procedures to restructure success rates among submissions—initial applications (A0s), first amendments (A1s), and second amendments (A2s)—in order to reduce the number of resubmissions necessary to receive an award, and thereby improve the efficiency of the peer review system and reduce the associated burdens on applicants, reviewers, and NIH staff.
Based on its analysis of recent NHLBI funding, the Committee concurred with the NIH decision to eliminate A2s. (Note: The Committee commenced its work prior to the NIH decision.) NHLBI funding data from the post-doubling era (FY 2004 - FY 2007) show that a large proportion of applications with an A0 percentile score fairly far down the percentile ranking were eventually funded, often as A1s or A2s. For example, about 80 percent of applications from established investigators (85 percent from new investigators) with an A0 score at the 20th percentile were eventually funded. The data also indicate a marked shift toward A2s and away from A0s. Furthermore, the data show substantial improvement in percentile scores between A0 applications and their A1s, and likewise between A1 applications and their A2s, for new investigators as well as established investigators. Based on these data, the Committee recommended eliminating A2s.
Next, the Committee considered percentiling A0s separately from A1s. FY 2007 data show this policy would have substantially lowered the percentile scores of A0s and substantially raised the scores of A1s. A retrospective model that re-percentiled NHLBI R01s and R21s by amendment status (and excluded A2s) showed that 267 resubmissions could have been avoided in FY 2007, 199 resubmissions avoided in FY 2006, and 31 resubmissions avoided in 2005. Therefore, the Committee proposed the following funding policy for consideration by Council:
The Council enthusiastically supported the proposed policy.
UNDERSTANDING SUPERORGANISM BIOCHEMISTRY IN HEALTH AND DISEASE
Dr. Jeremy Nicholson, Head of the Department of Biomolecular Medicine, Imperial College, London, and author of many articles and patents on the development and application of new spectroscopic and chemometric approaches to studying disturbed metabolic processes in complex organisms, described some of his extensive research.
Dr. Nicholson described his model of the complex human biological system, which comprises several components including genetics, environment, diet, and the microbiome (i.e., the entire set of microbes living in a person’s body). These components interact in complicated ways that affect human metabolism and ultimately influence health and disease. The model provides a new paradigm for personalizing medicine. Dr. Nicholson studies microbial metabolic factors (i.e., the metabolic activity of the microbes found in a person’s body) as well as human metabolic factors. He proposed the idea (and presented supportive data) that various diseases (e.g., hypertension and obesity) could be, in part, related to activity of the human microbiome. Dr. Nicholson’s research suggests that the human microbiome is a potential new target for drugs (in addition to the genetic targets being sought via genome-wide association studies).
CHARACTERIZATION OF HUMAN EPIGENOMES
Dr. Keji Zhao, Senior Investigator, Laboratory of Molecular Immunology, NHLBI Division of Intramural Research, discussed his research. Dr. Zhao's productivity at the NIH illustrates the opportunities inherent in supporting young investigators with exciting, new ideas.
Dr. Zhao's research is in the area of epigenomics—a field that involves the study of changes in the regulation of gene activity and expression that are not dependent on gene DNA sequence. Epigenetic mechanisms are affected by factors such as development in utero and in childhood, environmental chemicals, drugs and pharmaceuticals, aging, and diet, and they are thought to sometimes affect people's health, possibly resulting in illnesses such as cancer, autoimmune disease, mental disorders, and diabetes. (See NIH Roadmap for Medical Research for more information on epigenomics.)
Dr. Zhao presented results from his research, which focuses on how the
chromatin structure (chromatin is the complex combination of DNA and
proteins that makes up chromosomes) of eukaryotic DNA (i.e., DNA in organisms
like the human body in which the cells have membrane-bound nuclei) is
modified during cellular development and how those changes determine
of a specific genomic locus.
REPORT OF THE BOARD OF EXTERNAL EXPERTS
|Exploratory and Developmental NHLBI Systems Biology Collaborations (R21; renewal) , PAR||To foster the adoption of integrative systems biology approaches in the NHLBI research domain, through the support of new collaborations or new research directions within existing collaborations. The program supports exploratory and developmental collaborative research projects by multidisciplinary teams that combine computational and experimental expertise. This R21 program is a companion to the proposed PAR entitled "NHLBI Systems Biology Collaborations (R01)."|
|NHLBI Systems Biology Collaborations (R01; renewal), PAR||To advance understanding of normal physiology and perturbations associated with heart, lung, blood, and sleep diseases and disorders, by supporting collaborative research projects by multidisciplinary teams that combine computational and experimental approaches.|
|NHLBI Research Centers at Minority-serving Institutions (UH1 and R25; renewal), RFA||To establish research centers at minority institutions to augment and strengthen their research capabilities and resources in order to perform biomedical and/or behavioral research related to heart, lung, blood, and sleep diseases and disorders.|
|Strategies to Control Adverse Myocardial Extracellular Matrix Remodeling (R01), RFA||To identify and characterize key molecules and pathways that regulate myocardial extracellular matrix homeostasis and adverse cardiac remodeling in order to advance the development of new diagnostic and therapeutic strategies for heart diseases.|
|Genotype-Phenotype Analyses in Major Hemoglobinopathies (Idea), RFA and RFP||1) To establish common ontologies to describe phenotypes in hemoglobinopathies, particularly sickle cell disease, to consolidate existing collections of patient data and use the information now in multiple collections, and to develop a common language for genomic and clinical studies. 2) To create a platform for the performance of global sequencing studies and translational studies in hemoglobinopathies as newer technologies become available and less expensive.|
|Program of Excellence in Glycosciences (Idea), RFA||To enhance interdisciplinary research and training in glycosciences in areas relevant to the mission of the NHLBI, by establishing multidisciplinary teams and promoting basic and translational research through shared core resources and a strong training component.|
|Action to Control Cardiovascular Risk in Diabetes (ACCORD) Follow-up Study (contract; renewal), RFP||To support a post-trial follow-up study after termination of trial-assigned treatments in the ACCORD trial. The follow-up study will determine whether differences identified during the trial in mortality, cardiovascular disease events, and microvascular diseases persist or change over time, and whether other differences emerge.|
|Common Pathogenetic Mechanisms of Lung Cancer and COPD (R01), RFA||To identify the fundamental etiopathogenetic commonalities between lung cancer and chronic obstructive pulmonary disease (COPD) in order to characterize a) the genotypic and phenotypic characteristics that determine individual susceptibility; and b) the shared biochemical and immunological pathways involved in the development and progression of the two diseases.|
|NHLBI Programs of Excellence in Nanotechnology (U01; renewal), RFA||To promote the application of nanotechnology to the diagnosis and treatment of heart, lung, and blood diseases.|
|NHLBI Proteomics Initiative (renewal), RFP||To build upon the foundation developed by the NHLBI Proteomics Centers and the NHLBI Clinical Proteomic Program; to enhance the translation of innovative proteomic approaches and technologies to clinical utility, and to develop greater understanding of physiological pathways, molecular interactions, and regulatory signals related to heart, lung, blood, and sleep diseases and disorders.|
|Nutrition and Physical Activity Research to Promote Cardiovascular and Pulmonary Health (R01), PAS||To support research on the roles of nutrition and physical activity in the development, prevention, and management of cardiovascular diseases or pulmonary diseases; specifically, 1) to improve knowledge of the contribution of diet and physical activity to cardiovascular and pulmonary conditions, and the influences of sleep on these relationships, 2) to increase the evidence base for refining public health recommendations and clinical guidelines regarding these lifestyle behaviors, and 3) to develop and test strategies to improve the adoption of the recommendations.|
|Prematurity and Respiratory Outcomes Program (U01), RFA||To identify predictors of chronic respiratory morbidity in premature infants.|
|Recipient Epidemiology and Donor Evaluation Study-III (REDS-III) (contract; renewal), RFP||To assure safe and effective blood banking and transfusion medicine practices through a comprehensive, multi-targeted strategy involving basic, translational, and clinical research to improve the benefits of transfusion while reducing its risks. The proposed program builds upon the many successes that the REDS-II program has realized over the years, while remaining responsive to changing research and clinical needs, and adapting to emerging priorities.|
|Examining Effects of Community Programs to Reduce Childhood Obesity (U01 or contract), RFA or RFP||To examine outcomes associated with community programs to reduce childhood obesity through policy, environmental, and educational activities addressing energy balance through diet and physical activity. One research unit will be funded to serve as a study coordinating center to work with the National Collaborative on Childhood Obesity Research (NIH, Robert Wood Johnson Foundation, and Centers for Disease Control and Prevention [CDC]) to design and implement the research.|
|Feasibility Study of Early Intervention with Mechanical Circulatory Support Therapy for Heart Failure Patients, RFP||To explore the potential benefit of ventricular assist device therapy in advanced heart failure patients who have significant functional impairment but who have not yet developed serious consequences such as malnourishment, end-organ damage, or immobility. The feasibility study will serve to inform a pivotal clinical trial.|
|NHLBI Cardiovascular Outcomes Research Centers (U01), RFA||To support observational and quasi-experimental cardiovascular research focused on the end results, or outcomes, of healthcare and the determinants of these outcomes. The program is designed to run in parallel with a similar program administered by the American Heart Association.|
|Resuscitation Outcomes Consortium (U01; renewal), RFA||To leverage 5 years of out-of-hospital research and infrastructure development to improve patient survival from cardiac arrest or life-threatening trauma.|
|Centers for Population Health and Health Disparities (P50) [NCI], RFA||To create specialized centers of transdisciplinary research that will evaluate the multilevel determinants of health disparities, and develop interventions to reduce them. The Centers concept addresses two dominant aspects of health disparities: their persistence and multi-factorial etiology.|
|The Diabetes Prevention Program Outcomes Study (U01) [NIDDK], RFA||1) To determine the longer-term effects of the original Diabetes Prevention Program interventions on a) further development of diabetes (5-year goal), and b) development of microvascular, neurologic, and cardiovascular disease in people with impaired glucose tolerance and those who develop diabetes during the study period (10-year goal). 2) To study the epidemiology of pre-diabetes and new onset of Type 2 diabetes (with known time of diagnosis). 3) To examine all the outcomes in subgroups defined by age, sex, race/ethnicity, and baseline weight.|