The Mission of the Vermont Genetics Network (VGN) is to build the biomedical research infrastructure in Vermont. Our focus is on human health and behavior as broadly defined. The goal is to build and sustain a culture of research throughout the State of Vermont by facilitating the research capacity of faculty members and the education of undergraduates at our baccalaureate partner institutions. We have created state-of-the-art facilities at the University of Vermont (UVM), the lead institution, to serve the network; promoted faculty and student research at VGN Baccalaureate Partner Institutions (BPIs) with research awards and mentoring; and provided BPIs and other colleges with internship experiences and class modules for students to have hands-on experience with research protocols and use VGN?s facilities. Assessments show that VGN-funded faculty at BPIs and UVM are publishing and becoming competitive. Our efforts in the first 3 years of INBRE 3 have resulted in 114 publications (BPI faculty = 31; Bioinformatics = 21; Proteomics = 50; Microarray = 12), 67 extramural grants (past and current BPI faculty funded in INBRE 3 = 21; Bioinformatics = 8; Proteomics = 38) funded to VGN faculty or facilitated by VGN, and 146 students serving as interns in the STEM fields with 89% of those tracked working in or pursuing graduate work in a STEM field. Our efforts promote a culture of research and provide the facilities to promote faculty research and student training. Four new specific aims in INBRE 4 build upon successes and bring innovation to VGN: 1. Enhance advising of faculty to facilitate grants and articles funded/accepted for publications; 2. Build interdisciplinary thematic groups of faculty scholars to encourage collaboration and enhance the quality of research inquiries; 3. Enhance educational experiences and continue diversification of undergraduates; and 4. Continue to enhance sharing of research resources through our Bioinformatics Core, Proteomics Core, Core Marketplace, and collaboration with other INBREs and UVM COBREs. The Professional Development and Education Core will implement Aims 1, 2, and 3. The Bioinformatics Core will implement Aim 4 (as well as Aims 1 and 3) by providing critical data analysis support for the VGN facilities; giving assistance to network faculty for research and incorporation of research into classes; and supporting cyber infrastructure for network communication and data management. The Proteomics Facility will implement Aim 4 (as well as Aims 1 and 3) by conducting proteomic analyses (our Facility is the only full service one in Vermont, facilitating publication of findings, and providing educational opportunities for students. The Administrative Core will provide logistical, financial, compliance oversight, and external evaluation to ensure that VGN is sensitive to changing needs and evolving strengths of the network institutions. The Administrative Core arranges mentoring and undergraduate intern programs to increase the biomedical workforce size and diversity through the PDE Core. Our focus on Human Health and Behavior allows for greater participation at BPIs than our earlier focus on genetics. VGN has strong support and commitments from all network institutions and collaborations among regional INBREs and COBREs.
The Vermont Genetics Network INBRE builds biomedical research infrastructure including core facilities that enable faculty in the network to become more competitive for extramural funds and allows them to develop their innovative biomedical research plans, thereby promoting discoveries through basic and applied research that will impact human health care. The INBRE also inspires and prepares undergraduates for a variety of biomedical careers there by increasing the biomedical and health care workforce size and diversity for Vermont and the nation.
| Wood, Marci; Rymarchyk, Stacia; Zheng, Song et al. (2018) Trichostatin A inhibits deacetylation of histone H3 and p53 by SIRT6. Arch Biochem Biophys 638:8-17 |
| Ong, Theresa Wei Ying; Allen, David; Vandermeer, John (2018) Huffaker revisited: spatial heterogeneity and the coupling of ineffective agents in biological control. Ecosphere 9: |
| Glenney, Brian; Mull, Steve (2018) Skateboarding and the Ecology of Urban Space. J Sport Soc Issues 42:437-453 |
| Latulippe, Joe; Lotito, Derek; Murby, Donovan (2018) A mathematical model for the effects of amyloid beta on intracellular calcium. PLoS One 13:e0202503 |
| Burgess, Edward J; Hoyt, Laura R; Randall, Matthew J et al. (2018) Bacterial Lipoproteins Constitute the TLR2-Stimulating Activity of Serum Amyloid A. J Immunol 201:2377-2384 |
| Graham, Elysian; Rymarchyk, Stacia; Wood, Marci et al. (2018) Development of Activity-Based Chemical Probes for Human Sirtuins. ACS Chem Biol 13:782-792 |
| Peng, Min; Cong, Ke; Panzarino, Nicholas J et al. (2018) Opposing Roles of FANCJ and HLTF Protect Forks and Restrain Replication during Stress. Cell Rep 24:3251-3261 |
| Keller, Judith I; Schmidt, Justin O; Schmoker, Anna M et al. (2018) Protein mass spectrometry extends temporal blood meal detection over polymerase chain reaction in mouse-fed Chagas disease vectors. Mem Inst Oswaldo Cruz 113:e180160 |
| Yuan, Joshua T; Gatti, Daniel M; Philip, Vivek M et al. (2018) Genome-wide association for testis weight in the diversity outbred mouse population. Mamm Genome 29:310-324 |
| Schmoker, Anna M; Barritt, Samuel A; Weir, Marion E et al. (2018) Fyn Regulates Binding Partners of Cyclic-AMP Dependent Protein Kinase A. Proteomes 6: |
Showing the most recent 10 out of 168 publications
