Computational Analysis of 4DCI
Location
CoLab, COM 269
Start Date
30-4-2026 1:15 PM
Document Type
Poster
Description
The Protein Structure Initiative determined the crystalline structures of over 9,000 previously unknown proteins, providing a database for further computational bioinformatic analysis of function. The goal of this research is to propose the potential function of 4DCI by comparing sequence, domain, structure, and machine learning analysis. BLAST, InterPro, FoldSeek, and CLEAN are computational programs utilized to analyze protein sequence similarity, conserved domains, three dimensional structure, and proposed enzyme classification. The result of this experiment suggests that protein 4DCI expresses sequences, domains, and three dimensional structures that define properties related to the family of proteins known as YlqD.
Image
Computational Analysis of 4DCI
CoLab, COM 269
The Protein Structure Initiative determined the crystalline structures of over 9,000 previously unknown proteins, providing a database for further computational bioinformatic analysis of function. The goal of this research is to propose the potential function of 4DCI by comparing sequence, domain, structure, and machine learning analysis. BLAST, InterPro, FoldSeek, and CLEAN are computational programs utilized to analyze protein sequence similarity, conserved domains, three dimensional structure, and proposed enzyme classification. The result of this experiment suggests that protein 4DCI expresses sequences, domains, and three dimensional structures that define properties related to the family of proteins known as YlqD.
Comments
The faculty mentor for this project was Faith Jacobsen.