BIOTECHNOLOGY PROJECTS

Our perfectly designed projects in Biotechnology with different ideas and hypothesis includes protocols in genomic nucleic acid extraction, standardization and optimization of PCR parameters, primers annealing temperature with Gradient PCR, touch down PCR, Hot start PCR, DNA electrophoresis, sample preparation for DNA sequencing with added applications of Bioinformatics software for analysis of a data generated in wet lab. We have designed these protocols by considering job requirement after completion of graduate or post graduate degree in science / engineering. We cultivate habit of not only independent work culture for day to day laboratory protocols but also develops critical thinking for trouble shooting.

Biotech project at ATG will certainly boost confidence of student in interviews and will prove helpful for their day to day work during actual duties in National R&D and private Biotech companies. This will be a golden opportunity to build enough confidence before fresh student enter in job market.
Areas of research: Molecular Biology, Plant Molecular Biology, Medical Biotechnology, Evolutionary Biology, Genomics 
Download brief details of all Biotech Projects

Current areas of interest for student's project for thesis submission

1. Molecular genomics of 16S rRNA gene partial sequence analysis: (3-4 months)

2. Molecular genomics of 16S rRNA gene 90% sequence analysis: (6 months)

3. Molecular genomics of ITR: an advantage over 16S rRNA based studies (full seq. of ITR region) (6 months)

4. Molecular genomics of rpoB gene, protein coding gene: Identification of very closely related species (6-8 months)

5. DNA barcoding ITS2 for Ayruvedic plants (>1 year)

6. Gender determination of plants at juvenile stage: Male and Female plant markers, RAPD/SCAR (1.5 to 2.0 years 

    PhD projects available for guidance)

7. Comparative genomic studies of viruses by Bioinformatics approach

 

Molecular Cloning projects (8 to 12 months)

8. ABC transporter proteins in extremely haloalkaliphiles: Genomics approach for molecular adaptation studies

9. ATP synthase genomics studies: Haloalkaliphiles isolation, identification, ATPase PCR, TA cloning, sequencing, Proteomics studies, structure comparison 

 

NCBI publication in DNA database 

http://www.ncbi.nlm.nih.gov/nuccore/?term=lingojwar