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Masters In Medical Laboratory Sciences (Biochemistry)

program-details

CT University,Ludhiana is now offering M.Sc. MLS in Biochemistry which is a two-year postgraduate program that generally emphasises on equipping students with advanced knowledge as well as practical skills in clinical biochemistry along with diagnostic laboratory techniques. This course focused on the analysis of body fluids, metabolic processes, disease mechanisms, and biochemical markers, with direct application in patient
care and medical research.

Industry Immersion

  • Hospital-based internships and training
  • Hands-on experience in NABL/NABH accredited laboratories
  • Industry visits and guest lectures from clinical biochemists and pathologists

eligibility criteria

  • Bachelor's degree in Medical Laboratory Technology (B.Sc. MLT),
  • Minimum 50% aggregate marks in MLT Bachelor's degree in Medical Laboratory Technology (B.Sc. MLT)

Admission criteria

  • Bachelor's degree in Medical Laboratory Technology (B.Sc. MLT),
  • Minimum 50% aggregate marks in MLT Bachelor's degree in Medical Laboratory Technology (B.Sc. MLT)

curriculum

fees

Details

Amount

Programme Fees (per Semester)

60000

Examination Fees

3000

International Programme Fees (per Year)

Not Applicable

Programme Outcomes

  • Demonstrate comprehensive knowledge in biochemical techniques, instrumentation, and interpretation of lab results.
  • Apply biochemical and molecular diagnostics in clinical disease investigation.
  • Adhere to quality control, biosafety, and ethical standards in laboratory practices.
  • Design and conduct experiments and research in biochemistry.
  • Communicate effectively and collaborate in multidisciplinary healthcare settings.

Programme Specific Outcomes

  1. Perform and interpret advanced biochemical tests used in clinical diagnostics.
  2. Troubleshoot laboratory equipment and optimize diagnostic protocols.
  3. Engage in independent research and publication in the field of biochemistry.
  4. Apply informatics and data analysis tools for lab data management.
  5. Develop diagnostic tools and contribute to evidence-based medical practices.

Salient Features

  • Advanced curriculum aligned with industry and healthcare needs
  • State-of-the-art diagnostic laboratories and instrumentation
  • Mandatory clinical internships and dissertation projects
  • Tie-ups with hospitals and diagnostics labs
  • Faculty with expertise in clinical biochemistry and molecular diagnostics