3. Proteomics
Is the study of composition ,structure , function and interaction of the
proteins directing the activity of each living cell .
Types of proteomics
1. Interaction proteomics : protein –protein interaction Used to
identify binary proteins interaction ,protein complexes and interactome .
2. Expression proteomics : protein quantification . The level of any protein in
the cell at any given time is controlled by –
Rate of transcription of the gene .
Rate of degradation of protein
Efficiency of translation of mRNA into the protein
4.
5.
6. Application of proteomics
Manufacturing and production of potential new drug for treatment of diseases
Eg: Diabetes ,cancer
This Depends upon genome an information in the form of protein expression .
Manufactured drug to inactive protein involved in disease
Computer software used as target for new drug discovery
Competitive molecule that inactivates the enzyme
Forms basic new drug discovery tool
7.
8. Genomics
Is an interdisciplinary field of science focusing on the structure ,function
,evolution ,mapping and editing of genomes .
A genome is an organism’s complete set of DNA ,including all of its genes .
Its involve the study of all genes at the DNA and proteome level as well as the
cellular tissue level .
9. Applications of genomics
Molecular medicine
Genes for disease succeptibility
Microbial genomics
Risk assessment
Bioarchaelogy ,anthropology ,evolution
DNA identification, forensic
Agriculture ,breeding bioprocessing
Increased rate of genetic improvement
Detect abnormalities
Animal cloning
Transgenic animals
10.
11. Metabolomics
It is the large scale study of small molecule
Metabolites within the cells , biofluids ,tissue ,or organisms .
Collectively this small molecules and their interactions within a biological
system are known as metabolome
12.
13. Applications of metabolomics
Pharmacology and pre-clinical drug trials
Toxicology
Transplant monitoring
New born screening
clinical chemistry
Tool for functional genomis
14.
15. Nutrigenomics
It is the branch of nutritional genomic and is the study of effect of the food
constituents on gene expression .
It will identify the gene involved in physiological responses to diet and the
gene in which small changes ,called polymorphism and the influence of
environmental factors on gene expression .
16.
17.
18. Application of Nutrigenomics
Cancer treatment
Obesity
Ageing
Cancer
Nurtigenomics may be able to supplement current oncology .
That prevent cell abnormalities linked to cancer and certain nutrients that
play a role as cofactors .
Genome damaged caused by micronutrient deficiency may be just as severe
damage to exposure to certain environmental carcinogens .
If these micronutrients can be identified, with evidence ,risk of cancer can be
significantlly reduced individually.
Eg –Folate different conc. Less damage to chromosome
due to heavy amount of radiations .
19. AGEING
Ageing of cell occur because of the accumulation of excess free radicals due
to lack of nutrition to the cell an external factors such as UV rays ,pollution
,stress ,etc .
DNA analysis is instrumental in identifying the right nutrient needed to
eliminate excess free radicals .
OBESITY
Due to genetic variations among individuals each person could respond to diet
diffentaly .
By exploring the interactions between dietary pattern and genetic factors
Nutrigenomics aims to suggest prevention measures and/ or treatment to
obesity in personal nutrition