Bio
Bio
With a research focus in Biology and Chemistry, Karan Sadiora specializes in cellular biology, bioinformatics, and molecular modeling. Karan has worked under professors to write a research paper on Daphnia regeneration and completed a capstone project in the same field. Currently, Karan is engaged in clinical research at a hospital, working alongside a physician. As a mentor, Karan offers expertise in both experimental and computational approaches to biology, guiding research design, data analysis, and the integration of bioinformatics tools. Their mentorship aims to help students develop robust research skills, enhance their understanding of biological systems, and effectively communicate their findings.
With a research focus in Biology and Chemistry, Karan Sadiora specializes in cellular biology, bioinformatics, and molecular modeling. Karan has worked under professors to write a research paper on Daphnia regeneration and completed a capstone project in the same field. Currently, Karan is engaged in clinical research at a hospital, working alongside a physician. As a mentor, Karan offers expertise in both experimental and computational approaches to biology, guiding research design, data analysis, and the integration of bioinformatics tools. Their mentorship aims to help students develop robust research skills, enhance their understanding of biological systems, and effectively communicate their findings.
Fields Of Specialty
Fields Of Specialty
Molecular Modeling
Molecular Modeling
Bioinformatics
Bioinformatics
Cellular Biology
Cellular Biology
Cellular Biology
Bioinformatics
Molecular Modeling
Past Projects
Past Projects
Researched protein-protein interactions to study drug efficacy and its translation to human anatomy
Completed a systematic analysis using molecular modeling software to determine the influence of post translational modifications on protein-protein interactions in human therapeutics
Feb 2024 - Present
Researched protein-protein interactions to study drug efficacy and its translation to human anatomy
Completed a systematic analysis using molecular modeling software to determine the influence of post translational modifications on protein-protein interactions in human therapeutics
Feb 2024 - Present