TRAINING

Credora has the industry's most sophisticated equipments, infrastructure and high quality scientists to guide and train the student community.

The trainees shall reap the benefit of understanding key concepts and high-end principle protocols.

The training programmes offered at Credora are completely practical oriented and the trainees shall thus have the opportunity to get acquainted to sophisticated equipment and to interpret the experimental data.

Young and vibrant minds are made humdrum by piling up of simple theory rather than practical knowledge. In such a scenario, Credora has taken a different route to board upon quality practical training. Credora Life Sciences offers job oriented practical skill based training programs and academic projects in different avenues of Biotechnology and Microbiology for students and professionals. Credora also offers customized services to students, researchers and companies involved in R&D and product development. We recognize the needs of Industries and supplies them with the talent nursed and groomed by the experienced professionals.

Objectives of training are:

  1. Individual handling of all Lab Work
  2. Technical Support to Lab Work
  3. Pre Registration means the Confirmation Of Training
  4. Exposure to latest and sophisticated instrumentation

The Short-term/summer training is of 1 month while Projects and dissertations may be for 3 to 12 months. The students get hands on experience in handling the laboratory techniques along with an exposure to an international quality biotechnology research environment.

Scheme I: ADVANCE TRAINING IN RECOMBINANT DNA TECHNOLOGY

Laboratory Experiments (hands on): Preparation of media, reagents and biochemical Calculations, Genomic DNA isolation from bacteria/ fungi/ plant/ blood, Amplification of gene by PCR, Agarose gel electrophoresis, Purification of DNA fragment from agarose gel, DNA quantification, Preparation of vector and insert DNA, Ligation, Preparation of competent cells, Transformation into bacteria (E.coli), Screening of recombinant clones, Isolation and purification of plasmid from the clones, Confirmation of clone by restriction digestion and specific PCR

Duration: 30/90 days

Scheme II: ADVANCE TRAINING IN DNA FINGERPRINTING

Laboratory Experiments (hands on): Preparation of media, reagents and biochemical calculations, Genomic DNA isolation from bacteria/ fungi/ plant/ blood, Bacterial genomic DNA finger printing by REP PCR (REP, ERIC and BOX PCR) and ARDRA, Fungal genomic DNA finger printing by RAPD PCR and PCR, RFLP, Plant genomic DNA finger printing SSR/ISSR microsatellite primers, Agarose gel electrophoresis, Gel data scoring and analysis, Phylogenetic tree construction

Duration: 30/90 days

Scheme III: ADVANCE TRAINING IN BLOT HYBRIDIZATION TECHNIQUES

Laboratory Experiments (hands on):

  1. SOUTHERN BLOT HYBRIDIZATION ANALYSIS- Genomic DNA isolation from bacteria/ fungi/ plants, Restriction digestion analysis, Agarose gel electrophoresis, Transferring of DNA into nitrocellulose/nylon membrane (blotting), Fixation of DNA into membrane, Probe labeling and hybridization, Detection of hybridized probe.
  2. NORTHERN BLOT HYBRIDIZATION ANALYSIS- Extraction of total RNA from bacteria/ fungi/ plants, Agarose gel electrophoresis, Transferring of RNA into nitrocellulose/nylon membrane (blotting), Probe labeling and hybridization, Detection of hybridized probe.
  3. WESTERN BLOT HYBRIDIZATION ANALYSIS- Protein extraction, SDS PAGE, Transferring of protein into nitrocellulose membrane (blotting), Blocking of nonspecific binding, Detection with labeled antibody.

Duration: 30/90 days

Scheme IV: ADVANCE TRAINING IN MICROBIOLOGY

Laboratory Experiments (hands on): Preparation, sterilization of different microbiological media and biochemical calculations, Pure culture isolation by Pour plate, spread plate and streak plate methods, Long term preservation of microbial cultures, Growth curve analysis of the bacterial cultures, Antibiotic sensitivity analysis, Genomic DNA isolation from microorganisms, Plasmid DNA isolation from bacteria, Basic technique of Polymerase Chain Reaction (PCR), Agarose gel electrophoresis.

Duration: 30/90 days

Scheme V: ADVANCE TRAINING IN REAL TIME/q PCR

Laboratory Experiments (hands on): Conventional PCR based detection of gene, Real time PCR kinetics, Principles of Real‐Time Quantitative PCR Techniques, SYBR Green chemistry, Hybridization probe chemistry, Real time PCR interpretations, Melting curve analysis, Absolute quantification, Relative quantification, Real‐Time PCR Applications, Quantitation of gene expression, Viral quantitation and pathogen detection, Allelic discrimination.

Duration: 30/60 days

Scheme VI: ADVANCE TRAINING IN BIOINFORMATICS

Genome analysis and Gene mapping, Phylogeny studies, Molecular systematics, etc, Development of Biological databases, Computational methods for Pathways and Systems Biology, RNA secondary structure prediction, Computational Biology methods and Protein structure prediction, Docking studies, DNA bar coding and Molecular markers.

For more details, write to us on training@credora.in

STUDENT PROJECTS

Credora permits students at the BSc, B.Tech, MSc, M.Tech and M.Phil, levels to carry out dissertation and project work in various disciplines. A service fee is charged from trainees to cover the costs of the training and lab services.

Areas of Dissertation

  • Molecular Biology
  • Animal Cell Biology
  • Fermentation Technology
  • Microbiology

For further details please contact project@credora.in