ASBMB program for MOSAIC scholars

The ASBMB is excited to leverage its considerable organizational and scholarly resources to implement a National Institutes of Health-funded UE5 program (UE5GM139192) to support K99/R00 MOSAIC (Maximizing Opportunities for Scientific and Academic Independent Careers) scholars. The program will:

  • Build a cohesive community of practice in which MOSAIC scholars will be paired with mentors with established records of scientific, funding and mentoring success and experience in culturally competent coaching practices.
  • Provide a suite of career-development opportunities and sponsorship to support the personal and professional development of MOSAIC scholars. These activities will foster networking within a cross-institutional community of scholars, and polish skills in the art of science communication, proposal writing and laboratory management.
  • Enhance professional networks of MOSAIC scholars via the Early Career Reviewer program with the Journal of Biological Chemistry editorial board, linkages through the Maximizing Access Committee and, more broadly, the ASBMB community.
  • Enhance institutional accountability for supporting career advancement of MOSAIC scholars by convening forums to share evidence-based best practices for improving mentoring, persistence, recruitment and retention of URM scientists.

Anchored by the Maximizing Access Committee, the ASBMB MOSAIC program also taps into programming developed by the Education and Professional Development Committee as well as the Science Outreach and Communication Committee to provide customized career-development support to the MOSAIC scholars.

What is MOSAIC?

The MOSAIC program is part of the NIH’s efforts to enhance diversity within the academic biomedical research workforce, and is designed to facilitate the transition of promising postdoctoral researchers from diverse backgrounds into independent faculty careers in research-intensive institutions. Learn more about the program

Key activities

Years 1 & 2

  • Postdoc career minisymposium, including networking with speakers and ASBMB postdoc members
  • Publication/presentation best practices training
  • Art of Science Communication training
  • Skill building: interviewing and presenting chalk talks
  • Oral spotlight presentation at ASBMB annual meeting
  • Maximizing Access Committee networking

Years 3 & 4

Year 5+

The fourth cohort of ASBMB MOSAIC scholars

Learn about the other cohorts

Donvan Argueta
Donovan Argueta

University of California, Irvine

Project: Nutrition-based interventions to ameliorate pain in sickle cell disease

Rene Arvola
Rene Arvola

Ohio State University

Investigating UPF3 paralog function in nonsense-mediated mRNA decay and genetic compensation

Cassandra Clift
Cassandra Clift

Harvard University

Defining epigenetic regulation of translational and post-translational modification signaling in aortic valve stenosis via multi-omics approaches

Bryan Cruz
Bryan Cruz

Scripps Research Institute

Extended amygdala somatostatin role in post-traumatic stress and alcohol use disorder

Wagner Dantas
Wagner Dantas

Pennington Biomedical Research Center

The role of nuclear factor erythroid 2-related factor 2 in sarcopenic obesity

Stanna Dorn
Stanna Dorn

California Institute of Technology

Access to strained rings and heterocycles: Applications in the synthesis of bacterial metabolites and chemical building blocks

Katie Dunleavy
Katie Dunleavy

University of Minnesota

Defining mechanisms governing MYC stability and its modulation by aurora kinase A

Rebecca Faulkner
Rebecca Faulkner

University of Texas Southwestern Medical Center

Elucidating the sterol-sensing mechanisms that regulate lipid metabolism

Kasey Girven
Kasey Girven

University of Washington

Decoding neuropeptide S modulation of OFC-mediated reward seeking

Elizabeth Kaweesa
Elizabeth Kaweesa

University of Illinois Chicago

Pharmacological potential of combined translation and autophagy inhibition in high grade serous ovarian cancer

Leonila Lagunes
Leonila Lagunes

University of California, Los Angeles

Understanding eukaryotic proteasome assembly

Diego Pedroza
Diego Pedroza

Baylor College of Medicine

Characterization of the metastatic TIME by subcellular spatial profiling

Program directors

Ruma Banerjee

Ruma Banerjee

  • ASBMB Maximizing Access Committee
  • Vincent Massey Professor of Biological Chemistry
  • University of Michigan
  • rbanerjee@asbmb.org
  • 732-660-988
Kirsten Block

Kirsten F. Block

  • Director of Education, Professional Development and Outreach
  • ASBMB
  • kblock@asbmb.org

Advisory board

Natalie Ahn

Natalie Ahn

  • Distinguished Professor of Biochemistry
  • University of Colorado at Boulder
Vahe Bandarian

Vahe Bandarian

  • ASBMB Maximizing Access Committee
  • Professor of Chemistry
  • The University of Utah
Squire Booker

Squire Booker

  • HHMI Investigator
  • Evan Pugh Professor of Chemistry, Biochemistry and Molecular Biology
  • Pennsylvania State University
Enrique M. De La Cruz

Enrique M. De La Cruz

  • Professor and Chair of Molecular Biophysics and Biochemistry
  • Yale University
Sonia C. Flores

Sonia C. Flores

  • ASBMB Maximizing Access Committee
  • Professor of Medicine
  • University of Colorado–Denver
Richard McGee

Richard McGee

  • Associate Dean for Professional Development and Professor of Medical Education
  • Northwestern University Feinberg School of Medicine

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