Veta Genomics is a life science and biotechnology company based in Thrissur, Kerala, established in 2022. The organisation focuses on animal diagnostics, molecular genetics, microbiology, genomics, research and development, and practical training for students and professionals in the life sciences. It aims to support scientific advancement by combining laboratory services, modern biotechnology techniques, research activities, and skill-based learning opportunities.

Veta Genomics provides a range of laboratory and diagnostic services, including molecular diagnostics, PCR testing, DNA analysis, sequencing, microbiological testing, genetic analysis, veterinary diagnostics, and research support. These services contribute to the study and identification of biological organisms, genetic material, microorganisms, and molecular processes. By applying modern laboratory methods, the organisation supports diagnostic investigations and scientific research across relevant areas of biotechnology and life sciences.

The organisation also supports research activities in fields such as plant biotechnology, marine research, molecular biology, genomics, and forensic science. These areas use scientific methods to understand biological systems, investigate genetic information, and explore applications that can benefit healthcare, agriculture, veterinary science, environmental studies, and other research disciplines. Through laboratory-based work and technical expertise, Veta Genomics contributes to the development of practical scientific knowledge and research capabilities.

A key area of Veta Genomics is education and professional skill development. The organisation offers training opportunities, internships, workshops, certificate courses, and academic project support for students pursuing biotechnology, microbiology, molecular biology, bioinformatics, genetics, and related life science disciplines. These programmes help learners connect theoretical knowledge with practical laboratory experience and understand how scientific techniques are applied in research and diagnostic environments.

Training activities may cover essential laboratory procedures such as DNA extraction, polymerase chain reaction (PCR), microbiological techniques, molecular analysis, sequencing workflows, biological data analysis, and laboratory documentation, depending on the programme. Such practical exposure can help students develop technical confidence, scientific observation skills, analytical thinking, and familiarity with laboratory practices. These skills are valuable for learners planning careers in biotechnology companies, diagnostic laboratories, research institutions, pharmaceutical organisations, healthcare laboratories, and academic research.

Veta Genomics also supports academic learning through project guidance and research-oriented activities. Students can gain exposure to scientific problem-solving, experimental procedures, data interpretation, and the preparation of research documentation. These experiences can help undergraduate and postgraduate students strengthen their understanding of life science concepts while preparing for further studies or career opportunities in specialised scientific fields.

In addition, the organisation's focus on genomics and bioinformatics reflects the growing importance of combining laboratory science with computational analysis. Genomics involves studying the genetic material of organisms, while bioinformatics uses computational tools to organise, analyse, and interpret biological data. Together, these fields contribute to research in genetics, molecular diagnostics, disease investigation, biodiversity, and biotechnology development.

With its focus on laboratory services, scientific research, biotechnology, and practical education, Veta Genomics serves students, researchers, and professionals seeking exposure to modern life science applications. Based in Thrissur, Kerala, the organisation brings together diagnostic activities, research support, and technical training to encourage scientific learning and skill development. Its work across molecular biology, microbiology, genetics, genomics, and related disciplines provides a foundation for exploring emerging opportunities in biotechnology and life science research.

• Animal & Veterinary Diagnostics
• Molecular Diagnostics & Genetic Testing
• Biochemistry Testing
• Microbiology Testing
• Clinical Pathology & Immunology
• Molecular Genetics
• DNA Sequencing & Genomics
• Sanger, 16S rRNA, ITS and Whole Genome Sequencing
• PCR, RT-PCR & Multiplex PCR
• Gene Expression Studies
• Gene Cloning
• Bioinformatics Training
• Microbiology & Life Science Certificate Courses
• Research & Project Support
• Internships and Job-Oriented Training
• Molecular Biology & Sequencing Training
• Veterinary Research & R&D