Retinoblastoma Protein Inactivation by the Human Cytomegalovirus Kinase UL97 May Compensate for Increased Nucleoplasmic Lamin During Capsid Nuclear Egress

Individual author or multiple authors

Individual

Major

Biology (BIOL)

Category of Work

Comps

Additional Category of Work

None

Degree

Bachelor of Arts

Class Year

2019

Department or Program

Biology

Comps Adviser(s)

Mitra, Raka

Special Recognition

Distinction on comps

Identifier (Includes All Files and Enter All Their Files Name)

schwartzj_2019_BIOLOGY_paper.pdf

Keywords

lamina, virus, cell, mitosis, retinoblastoma

Format

application/pdf

Files Uploaded

Text (paper)

Rights Management

Student author/s retain copyright to this work. Through online submission process, author/s granted Carleton College the non-exclusive rights to preserve this work as part of Carleton's academic history and to use it for teaching purposes and/or institutional research and assessment.

Share

COinS