Academic Projects
For Masters, Bachelor, and M.Tech Students.
Academic Projects
Origene Biosolutions offers academic project opportunities for undergraduate and postgraduate students, focusing on hands-on, research-driven experience in biotechnology and bioinformatics domains. These projects are designed to develop critical scientific skills, expose students to real-world problem-solving, and lay a strong foundation for careers or higher studies in life sciences.
Project Suggestions
Below are some suggested project areas and titles to provide ideas and inspiration. These are not restrictive— students are encouraged to explore related or custom topics based on their interests and academic requirements.
- In silico annotation and functional analysis of a hypothetical protein
- Comparative genome analysis of E. coli and Salmonella species
- Prediction of miRNA targets in human oncogenes using public databases
- Protein-protein interaction network analysis in Alzheimer's disease
- Transcriptomic data mining for stress response genes in rice
- Virtual screening of flavonoids against bacterial DNA gyrase
- QSAR modeling of anti-cancer compounds using molecular descriptors
- ADMET profiling and drug-likeness prediction of herbal molecules
- Structure-based clustering of synthetic molecules using PubChem
- Lipinski's rule-based filtering of phytochemicals from Indian medicinal plants
- Epitope-based subunit vaccine design against Mycobacterium tuberculosis
- Multi-epitope vaccine construct for Zika virus using immunoinformatics
- B-cell and T-cell epitope prediction of SARS-CoV-2 spike protein
- Immune simulation of vaccine candidate using C-ImmSim server
- Population coverage analysis of designed vaccine using IEDB tools
- Structure-based drug design targeting MMP-9 for cancer therapy
- Ligand-based pharmacophore modeling for anti-diabetic agents
- Molecular docking of curcumin analogs with COX-2 protein
- Virtual screening of marine bioactives for anti-tuberculosis potential
- Design of selective inhibitors for beta-lactamase enzyme
- Designing gRNAs for gene knockout of oncogenes in breast cancer
- Off-target prediction for CRISPR-Cas9 editing in the human genome
- In silico validation of CRISPR target sites in Arabidopsis thaliana
- Analysis of CRISPR spacer sequences in bacterial genomes
- Evaluation of CRISPR/Cas9 editing efficiency using bioinformatic tools
- Comparative gut microbiome analysis in healthy and obese individuals
- Metagenomic profiling of soil samples using 16S rRNA sequencing data
- Taxonomic and functional classification of human oral microbiome
- Alpha and beta diversity assessment in plant rhizosphere microbiota
- Microbiome shifts in response to antibiotics: a case study using MG-RAST
- RNA-Seq based differential expression analysis in breast cancer
- De novo genome assembly of a bacterial isolate using NGS reads
- Variant calling and SNP annotation in human whole exome data
- Quality assessment and trimming of Illumina reads using FASTQC and Trimmomatic
- Functional annotation of assembled transcripts from a fungal species
- SNP analysis in genes involved in vitamin D metabolism
- In silico analysis of gene-diet interaction in type 2 diabetes
- Nutrigenomic pathway analysis of omega-3 fatty acids and inflammation
- Role of nutrigenetic variants in obesity: an in silico study
- Genomic profiling of nutrient metabolism-related genes in Indian population
Project Application
Application Instructions
• ₹2000 / USD 45 (part of project fee) helps us to schedule slot and batch
• Remaining Fee to be paid on or before first day of the Project
• Scan the QR code to pay (available on registration form)
• Need to upload the payment receipt in the registration form
• Supervisor/Guide Recommendation Letter (not mandatory during registration)