Student Interests:
Large throughput sequencing evaluation; bioinformatic analysis and system biology of germs; comparative genomics; diagnosis and annotation of non-coding RNAs; co-evolution of proteins and RNAs; algorithmic bioinformatics.
Thesis subject
Unusual diseases, particularly Mendelian and monogenic, have played a important role in elucidating the genetic basis of human diseases.
NGS
The evolution of modern techniques like next generation sequencing (NGS) together with the growth of computing power and bioinformatic software growth has empowered broader-scale analysis of rare diseases to understand their biological mechanics, genomic and proteomic basis, surroundings, and the mix of the different contributing factors.
Therefore, particularly in the light of incomplete clinical penetrance, some uncommon diseases are viewed as complicated ailments. Massive quantities of biological information at different levels have been accumulated during the previous ten years, such as NGS (entire genome/exome sequencing, RNA-seq, DNA methylation), proteomics, and metabolomics, Cell Culture ( JoMa1).
These complex and massive data pose challenges for bioinformatic analyses, particularly in the interpretation and comprehension of biological mechanisms underlying ailments. We welcome submissions of reviews, research articles, brief communications, and theory papers.
Source
Journal of Online Mathematics and Biology Education
Mdpi.com/si/19452 Particular Issue
Prof. Dr. J. Peter W. Young Department of Biology, University of York, Heslington, York YO10 5DD, UK
Synopsis:
Genes are fundamental to our comprehension of biology, and modern improvements like genomics and genome editing have claimed genetics as a lively, varied and fast moving discipline. There’s a demand for great quality, open access journals in this region, and also the G e n e s group intends to present expert manuscript managing, serious peer evaluation, and quick publication across the entire field of genetics. Why not believe Gen mathematics for the next Epigenetic signal transduction theory?
Downloadable ESTEEM Modules
| Sort by: Subdiscipline | Module | Author(s) | OS |
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