Department
Sciences & Mathematics
Format of Presentation
Poster
Research Category
STEM
Description
Bacteriophage genome annotation is essential for understanding phage diversity, gene function, and evolutionary relationships. In this project, the complete genome of the newly isolated bacteriophage Phrampa was annotated as part of the BSB 303 course. Annotation was conducted using the Phage Evidence Collection and Annotation Network (PECAAN), which integrates multiple lines of bioinformatic evidence to identify genes and predict putative functions. All annotations will undergo external review through the SEA-PHAGES program to ensure accuracy and standardization. The finalized dataset will contribute a fully annotated Phrampa genome to public scientific resources, supporting broader efforts in comparative genomics, phage evolution research, and functional characterization of phage genes. Following validation, the complete annotation will be submitted to NCBI GenBank and prepared for publication in Microbial Resource Announcements.
Recommended Citation
Norway, Kimi and Burnes, Brian, "Comprehensive Genome Annotation of Bacteriophage Phrampa: Insights into Gene Organization and Function" (2026). Undergraduate Research Conference. 4.
https://athenacommons.muw.edu/urc/2026/stem-poster-session/4
Comprehensive Genome Annotation of Bacteriophage Phrampa: Insights into Gene Organization and Function
Bacteriophage genome annotation is essential for understanding phage diversity, gene function, and evolutionary relationships. In this project, the complete genome of the newly isolated bacteriophage Phrampa was annotated as part of the BSB 303 course. Annotation was conducted using the Phage Evidence Collection and Annotation Network (PECAAN), which integrates multiple lines of bioinformatic evidence to identify genes and predict putative functions. All annotations will undergo external review through the SEA-PHAGES program to ensure accuracy and standardization. The finalized dataset will contribute a fully annotated Phrampa genome to public scientific resources, supporting broader efforts in comparative genomics, phage evolution research, and functional characterization of phage genes. Following validation, the complete annotation will be submitted to NCBI GenBank and prepared for publication in Microbial Resource Announcements.