The Research Experience for Undergraduates in RNA and Genome Biology Program
Our REU Site in RNA and Genome Biology (REU-RGB) is a collaboration between CU-Anschutz and MSU Denver. This collaboration harnesses the strengths of each institution to engage students, particularly those from underrepresented groups in STEM, in independent, mentored bioscience research. By combining our campus resources, we take advantage of faculty and facilities at each institution to effectively identify and train students who are well-positioned for a transformative summer research experience. Our structure allows us to effectively match undergraduates, especially those that have taken less-traditional paths through college, with research-intensive faculty mentors. Mentors will provide advanced training to this next generation of scientists in a rigorous and well-supported program environment.
Application Information
A committee of REU-RGB Faculty will select highly qualified undergraduates for REU-RGB 2025 positions.
Applicants will be contacted by email starting the week of March 3, 2025, continuing until all slots are filled. Applicants will have seven days to accept the internship offer and will be asked to sign a letter of acceptance agreeing to complete the program requirements. If the applicant needs to make a decision on another offer for a summer program before being contacted, they may contact the REU-RGB to request an expedited decision. Please note that REU-RGB is a full-time training program that spans 10 weeks. Therefore, fellows may not combine their research work with any other daytime commitments.
Eligibility and Requirements
All college undergraduates who will be re-enrolling Fall 2025 are eligible to apply. RGB-REU can only accept U.S. citizens and permanent residents. Interns are required to attend orientation and weekly lectures given by REU-RGB researchers and/or mentors. Applicants whose institution is in session into June may request approval for a late start date. Interns must present their work at the end of the internship to members of the REU-RGB. Any publications, patents, posters, talks or projects that result from an intern's participation in REU-RGB must credit the program by including the funding acknowledgement.
Application
The application deadline for Summer 2025 is February 14, 2025.
You must complete the application in the NSF eTAP portal (including registration), applications will not be accepted via email. Please make sure to save your progress regularly in the application portal. Application components include:
Stipend, Housing, Travel, and Food Allowances
Interns will be paid a stipend of $7,000 via direct deposit Bi-weekly. Interns will also receive a stipend for housing and food. If not local to the Denver metro area, the REU-RGB program will be able to assist in costs for travel to/from Denver for the summer.
Please reach out to RNA.Bioscience@cuanschutz.edu for any questions regarding the RGB REU Intern Program.
Important Dates: |
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Applications Due: | February 14, 2025 |
Applicants will be contacted starting: | March 3, 2025 |
Start of Internship: | June 2, 2025 |
End of Internship: | August 8, 2025 |
Name of Mentor: | Lab Website: | Research Description |
Richard Benninger | Cell heterogeneity in mRNA levels and cell function | |
David Bentley | Messenger RNA Production by RNA polymerase II | |
Joshua Black | Understanding Epigenetic Regulation of Copy Number Heterogeneity | |
Julia Cooper | An expanded view of telomeres and their roles in safeguarding genome stability | |
Patricia Ernst | Normal blood cell development and leukemia biology particularly chromatin-RNA mediated gene regulation | |
Katherine Fantauzzo | Analysis of alternative RNA splicing during mouse craniofacial development | |
Megan Filbin (MSU Denver) | Analyzing structures in RNA viral genomes and how they hijack cellular machinery for protein synthesis. | |
Heide Ford | Studies the parallels between normal development and tumorigenesis/tumor progression | |
Lydia Heasley | Molecular causes and phenotypic consequences of the broadly defined family of genomic features known as structural variations (SVs) | |
Jay Hesselberth | Analysis of transfer RNA biogenesis and function using nanopore sequencing | |
Sujatha Jagannathan | We study how cells detect and degrade aberrant RNAs, and how dysregulation of this surveillance process contributes to human disease | |
Aaron Johnson | Epigenetic regulation of the genome by histone modification and noncoding RNAs. | |
Allie McClure | Cell cycle and DNA replication using yeast genetics and biochemistry | |
Neelanjan Mukherjee | RNA modification circuits and their impact on cancer cell plasticity | |
Catherine Musselman | We are studying how the epigenome regulates chromatin structure at the single nucleosome level. We use an array of biophysical techniques including NMR spectroscopy in our studies | |
Srinivas Ramachandran | In vivo nucleosome structure and dynamics | |
Olivia Rissland | Control of mRNA decay and translation | |
Lori Sussel | Identification of RNA splice isoforms in healthy and diabetic pancreatic islets using single cell long read sequencing | |
Matthew Taliaferro | Investigation of mechanisms underlying subcellular RNA transport | |
Linda van Dyk | Studies the interactions between virus and host in health and disease | |
Beat Vögeli | Mechanistic mechanism underlying stabilization and function of Z-RNA | |
Ning Zhao | Studying local translation and co-translational folding using single-mRNA tracking in living cancer cells | |
Rui Zhao | Studying the mechanism of pre-mRNA splicing using biochemical and structural approaches |