Genomics vs Proteomics
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| Genomics | Proteomics |
| Genomics is the written report of genome of an organism. Genome represents the entire genes of an organism or a jail mobile telephone type | Proteomics is the written report of proteome of an organism. Proteome refers to the entire poly peptide gear upward coded past times the genome of an organism or a jail mobile telephone type |
| Genomics include mapping, sequencing as well as analysis of genome | Proteomics include characterization of all proteins of an organism or written report of construction as well as role of proteins |
| Genomics tin locomote broadly classified into structural as well as functional genomics a)Structural genomics: is the written report of the construction of all genes as well as its relative set on the chromosome b)Functional genomics: written report of role of all genes or the role of these genes inwards regulating metabolic activities of the cell | Proteomics tin locomote classified into structural functional as well as facial expression proteomics a)Structural proteomics: is the written report of the construction of proteins as well as their place inwards the cell b)Functional proteomics: study of role of all proteins which primarily include protein-protein interaction as well as interaction of proteins amongst other biomolecules c) Expression proteomics: is the written report of identification as well as quantification or facial expression level of proteins of the jail mobile telephone at unlike developmental stages or at unlike environmental conditions |
| Techniques inwards genomics include a) cistron sequencing strategies similar directed cistron sequencing, whole genome brusk gun sequencing, b)Construction of ESTs (expressed sequence Tags), c) Identification of unmarried nucleotide polymorphisms (SNPs), d) Analysis as well as interpretation of sequenced information using unlike databases as well as software. | Techniques inwards proteomics include a) poly peptide extraction, electrophoretic separation, digestion of separated proteins into small-scale fragments using trypsin, majority spectroscopy to uncovering out amino acid sequences as well as in conclusion poly peptide identification using criterion databases. b) Protein 3D construction prediction using software. c) Protein facial expression written report using poly peptide microarray. |
| Thrust areas inwards Genomics: Genome Sequencing projects of many organisms including Human Genome Project | Proteome database evolution similar SWISS-2D PAGE as well as software evolution for reckoner aided drug design |
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