MCB 2050 Lecture Notes - Lecture 6: Microsoft Onenote, Genomic Library, Photographic Film

• School: University of Guelph
• Department: Molecular and Cellular Biology
• Course: MCB 2050
• Professor: Dick Mosser

Document Summary

**genomics** (snustad 7e: ch 15 + 16, pg 431-436) Structural genomics: the study of gene structure, genome mapping and sequencing. Comparative genomics: the study of genome evolution, the comparison of genomes of different organisms (tells you difference b/n different species) Functional genomics: the study of gene function, analysis of the transcriptome and the proteome, uses the information form genome sequencing to describe gene and protein functions and interactions. Synthetic genomics: uses information from genome sequencing to create new or modified organisms. Genomics: study of the (cid:862)ge(cid:374)o(cid:373)e(cid:863), the e(cid:374)tire dna genetic material of an organism. Metagenomics: study of aggregate genomes from a complex of organisms (e. g. from a gut microbiome) Transcriptomics: study of the (cid:862)tra(cid:374)s(cid:272)ripto(cid:373)e(cid:863), all nas (cid:894)e. g. t nas, r nas, s(cid:374) nas, (cid:373)i(cid:272)ro nas, (cid:373) nas(cid:895) expressed in a cell. Proteomics: study of the (cid:862)proteo(cid:373)e(cid:863), all the protei(cid:374)s of a(cid:374) orga(cid:374)is(cid:373) a(cid:374)d their i(cid:374)tera(cid:272)tio(cid:374)s. Metabolomics: study of the (cid:862)(cid:373)eta(cid:271)olo(cid:373)e(cid:863), all (cid:373)eta(cid:271)oli(cid:272) path(cid:449)ays a(cid:374)d i(cid:374)ter(cid:373)ediaries i(cid:374) a(cid:374) orga(cid:374)is(cid:373)