Sign In
Get Clay Free →

Suggestions

    Barry Moore

    Director of Research and Science at University of Utah - Employment

    Professional Background

    Barry Moore is a distinguished molecular biologist and bioinformatics expert with a rich and varied career currently anchored at the University of Utah. Over the span of more than two decades, he has made significant strides in both the experimental lab and computational arenas. Starting his career primarily in molecular biology and biochemistry, he dedicated the first decade of his professional journey to exploring translational recoding. His thorough understanding of biological systems laid a robust groundwork that would inform his future endeavors in bioinformatics.

    Since transitioning to bioinformatics in 2003, Barry has been at the forefront of cutting-edge genomic research, embracing the changing landscape of high-throughput sequencing and imaging technologies. His current research focuses on several key areas within genomics, including comparative genomics, genome annotation, and human polymorphism analysis. He has also made substantial contributions to biomedical ontologies, regulation of transcription, and biomedical imaging informatics. Barry is especially keen on unraveling the complexities that arise from managing large genomic datasets, blending his computational skills with his passion for biology to tackle significant scientific questions.

    As the Director of Research and Science at the University of Utah, Barry oversees groundbreaking initiatives in genomic research. His prior roles at the university demonstrate his commitment and progression in the field, having served as a Research Scientist, Senior Research Specialist, and Research Technician III. His earlier experience at the Howard Hughes Medical Institute provided him with an exceptional foundation in research techniques and scientific inquiry, further solidifying his expertise in molecular biology and bioinformatics.

    Education and Achievements

    Barry Moore's academic journey is marked by a strong educational background that has been instrumental in shaping his career. He holds a Master of Science in Biology from Loma Linda University, where he honed his skills in biological research and gained essential knowledge that would serve his future projects. Prior to that, he completed his Bachelor of Science with dual majors in Chemistry and Biology from Southwestern Adventist University. This academic framework has endowed Barry with a comprehensive understanding of both molecular biology and the computational tools necessary to analyze large-scale biological data.

    Throughout his career, Barry has achieved notable milestones that exemplify his contributions to the scientific community. He is recognized for his work in comparative genomics and genome annotation, areas where his expertise has led to the development of innovative methodologies and the analysis of complex genetic data. Barry’s experience with biomedical ontologies has enabled him to contribute to the organization and standardization of biological data, making it more accessible and usable for researchers worldwide.

    Barry is proficient in a diverse array of technologies and programming languages crucial for bioinformatics. His expertise extends to Perl and BioPerl, relational database management systems (RDBMS), SQL, web application programming, and advanced computing techniques involving Linux systems and cloud computing. This broad skill set allows him to not only manage large datasets effectively but also to engage in data munging and wrangling, ensuring that data analyses are both rigorous and impactful.

    Achievements

    Among Barry’s significant achievements, his role as Director of Research and Science at the University of Utah stands out, where he leads a talented team engaged in transformative research. Under his guidance, the initiatives in genomic research have flourished, pioneering advancements that are both impactful and relevant to modern biomedical science.

    His research has expanded the field's understanding of human genetic diversity, uncovering the nuances of human polymorphisms that can inform medical research and contribute to personalized medicine. Barry's work in the regulation of transcription has implications for gene expression studies, bridging a critical gap in how genetics influences health and disease.

    Furthermore, his enthusiasm for low-cost, high-throughput sequencing technologies positions him as a forward-thinking scientist who is consistently engaged with the latest developments in his field. By leveraging these advancements, Barry not only contributes to the scientific literature but also fosters collaboration across disciplines, enriching the research environment at the University of Utah.

    In conclusion, Barry Moore's impressive career trajectory from molecular biology to bioinformatics reflects his adaptive nature and profound commitment to scientific inquiry. As a leader in research, educator, and thought leader, he continues to inspire colleagues and students alike with his passion for genomics and his drive to understand the intricate patterns of life at a molecular level. His work exemplifies how multidisciplinary approaches can yield significant insights into biology and medicine, making Barry a recognized figure in the scientific community.

    Related Questions

    What inspired Barry Moore's transition from molecular biology to bioinformatics?
    How does Barry Moore leverage modern sequencing technologies in his research at the University of Utah?
    What are Barry Moore's insights on the importance of comparative genomics in understanding human genetics?
    In what ways has Barry Moore contributed to the development of biomedical ontologies?
    How has Barry Moore's background in molecular biology influenced his bioinformatics work?
    Barry Moore
    Add to my network

    Location

    Salt Lake City, Utah, United States