Research

Mechanisms of Nuclear Morphology Regulation (NIH MIRA R35GM134885; 5/1/24 - 12/31/2028); Mechanisms of Nuclear Size Regulation (NIH MIRA R35GM134885; 1/1/20 - 4/30/24)
Integration of Xenopus Extract and Microfluidics to Study Organelle Size Scaling (NIH R01GM113028; 3/1/15 - 1/31/20)
Regulation of Nuclear Size in Xenopus Embryos and Cancer Cells (American Cancer Society RSG-15-035-01-DDC; 7/1/15 - 6/30/20)
Mechanisms of Steady-State Nuclear Size Regulation in Xenopus (NIH R15GM106318; 9/1/13 - 8/31/17)
Cancer Relevance

Navigation Main Page

Mechanisms of Nuclear Morphology Regulation

Integration of Xenopus Extract and Microfluidics to Study Organelle Size Scaling

Regulation of Nuclear Size in Xenopus Embryos and Cancer Cells

Mechanisms of Steady-State Nuclear Size Regulation in Xenopus

Cancer Relevance

Contact Us

Daniel Levy, Professor

Molecular Biology

1000 E. University Ave
Laramie, WY 82071
Office Location: SIB 2232
Lab Location: SIB 2316
Email: dlevy1@uwyo.edu
Phone: 307-766-3300

The University of Wyoming has earned its Research Level 1 (R1) status from the Carnegie Classification of Institutions of Higher Education, placing Wyoming's only four-year university with the top research universities in the United States.