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Nobel College Sinamangal, Kathmandu

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Academic Program

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INTRODUCTION

The Bachelor of Science in Medical Biochemistry (B.Sc. MB) at Nobel College is recognized as one of Nepal’s leading four-year (eight semester) Nepal Health Professional Council (NHPC) registered undergraduate programs designed to provide in-depth knowledge of Biomolecules, Metabolic pathways, Enzymology, Genetics, and Clinical Biochemistry, equipping students with the skills to analyze biochemical mechanisms underlying health and disorders. Through theoretical and practical training, students learn advanced laboratory techniques, diagnostic methods, and research applications relevant to Medicine, Pharmaceuticals, and Molecular Biology / Biotechnology / Genetics. Graduates are prepared for careers in healthcare, research, diagnostics, and drug development, making this degree a vital foundation for future scientists and medical professionals aiming to contribute to advancements in human health.

IMPORTANCE OF MEDICAL BIOCHEMISTRY IN NEPAL

Medical Biochemistry plays a crucial role in Nepal’s healthcare system by enhancing disease diagnosis, treatment, and research, particularly in combating widespread issues like malnutrition, diabetes, infectious diseases, and genetic disorders. It provides the scientific foundation for clinical lab tests, enabling early detection of metabolic and hormonal imbalances, liver/kidney dysfunctions, and infectious pathogens. With Nepal’s growing burden of non-communicable diseases (NCDs) and limited healthcare resources, medical biochemistry is essential for cost-effective diagnostics, personalized medicine, and public health interventions. Additionally, it supports medical education, pharmaceutical research, and biotechnology advancements, helping Nepal improve healthcare outcomes and bridge gaps in its developing health infrastructure.

Objectives of B.Sc. in Medical Biochemistry

  1. Understand Biomolecular Mechanisms – Elucidate the structure, function, and metabolism of biomolecules (proteins, carbohydrates, lipids, nucleic acids) and their role in health and disease.
  2. Study Metabolic Pathways – Analyze normal and disordered metabolic processes to identify biochemical bases of diseases such as diabetes, hyperlipidemia, and inborn errors of metabolism.
  3. Enzyme and Hormone Function – Investigate enzyme kinetics, regulation, and hormonal control to understand their impact on physiological and pathological conditions.
  4. Molecular Diagnostics – Develop and apply biochemical techniques (spectrophotometry, electrophoresis, chromatography) for accurate disease diagnosis and monitoring.
  5. Clinical Correlation – Bridge basic biochemistry with clinical medicine by interpreting lab results (e.g., Liver Function Test, Renal Function Test, Cardiac Profile, Tumor markers, Electrolytes) for patient management.
  6. Research and Innovation – Foster research in biochemical mechanisms of diseases, drug development, and personalized medicine to address Nepal’s healthcare challenges.
  7. Public Health Contribution – Address nutritional deficiencies, infectious diseases, and NCDs through biochemical insights to improve national health policies.
  8. Skill Development – Equip students and professionals with advanced laboratory and analytical skills for careers in healthcare, research, and academia.

CAREER PROSPECTS FOR B.SC. IN MEDICAL BIOCHEMISTRY GRADUATES

B.Sc. in Medical Biochemistry opens diverse career opportunities in healthcare, research, and industry. Graduates can work as:

  1. Clinical Biochemist – Perform and interpret diagnostic tests in hospitals, labs, and research centers.
  2. Medical Lab Technologist – Conduct biochemical, pathological, and microbiological analyses.
  3. Research Scientist – Work in pharmaceutical, biotechnology, and academic research labs.
  4. Quality Control/Assurance Officer – Ensure product safety in food, drug, and diagnostic industries.
  5. Healthcare Consultant – Advise on disease prevention, nutrition, and public health programs.
  6. Academician/Educator – Teach medical biochemistry in colleges and training institutes.
  7. Biotech & Pharmaceutical Specialist – Engage in drug development, genetic engineering, and bioprocessing.
  8. Public Health Specialist – Contribute to disease surveillance and health policy formulation.

With further studies (M.Sc., Ph.D., or MD), graduates can specialize in clinical research, molecular biology, or precision medicine, enhancing career prospects in Nepal and abroad. The growing demand for diagnostics, research, and personalized healthcare ensures strong employability in both public and private sectors.

Semester I

Course Code

Course Name

Credit Hours

ENG 101.3

Professional English

3

PCH 102.3

Physical Chemistry I

3

OCH 103.3

Organic Chemistry I

3

ICH 104.3

Inorganic Chemistry

3

FBC 105.3

Fundamentals of Bio-Chemistry

3

LAB 1.1

Physical Chemistry I

1

LAB 2.1

Organic Chemistry I

1

LAB 3.1

Inorganic Chemistry

1

LAB 4.1

Fundamentals of Biochemistry

1

 

Semester II

Course Code

Course Name

Credit Hours

PCH 106.3

Physical Chemistry II

3

OCH 107.3

Organic Chemistry II

3

HAP 108.3

Human Anatomy and Physiology I

3

BPS 109.3

Bio-Physics

3

CBC 110.3

Clinical Biochemistry I (Instrumentation)

3

LAB 5.1

Physical Chemistry II

1

LAB 6.1

Organic Chemistry II

1

LAB 7.1

Human Anatomy and Physiology I

1

LAB 8.1

Clinical Biochemistry I (Instrumentation)

1

 

Semester III

Course Code

Course Name

Credit Hours

BMO 201.3

Bio-Molecules I

3

MET 202.3

Metabolism I

3

HAP 203.3

Human Anatomy and Physiology II

3

PTO 204.3

Pharmacology and Toxicology

3

MBG 205.3

Microbiology I: General

3

LAB 9.1

Bio-Molecules I

1

LAB 10.1

Metabolism I

1

LAB 11.1

Human Anatomy and Physiology II

1

LAB 12.1

Pharmacology and Toxicology

1

LAB 13.1

Microbiology I: General

1

Semester IV

Course Code

Course Name

Credit Hours

BMO 206.3

Bio-Molecules II

3

MET 207.3

Metabolism II

3

ENZ 208.3

Enzymology

3

BMO 209.3

Bioenergetics

3

MBP 210.3

Microbiology II: Parasitology

3

LAB 14.1

Bio-Molecules II

1

LAB 15.1

Metabolism II

1

LAB 16.1

Enzymology

1

LAB 17.1

Microbiology II: Parasitology

1

 

 

Semester V

Course Code

Course Name

Credit Hours

MBI 301.3

Molecular Biology

3

BTE 302.3

Biotechnology

3

NBC 303.3

Nutritional Biochemistry

3

CBC 304.3

Clinical Biochemistry II

3

MBB 305.3

Microbiology III: Bacteriology

3

LAB 18.1

Molecular Biology

1

LAB 19.1

Biotechnology

1

LAB 20.1

Nutritional Biochemistry

1

LAB 21.1

Clinical Biochemistry II

1

LAB 22.1

Microbiology III: Bacteriology

1

 

Semester VI

Course Code

Course Name

Credit Hours

CBC 306.3

Clinical Biochemistry III

3

EPI 307.3

Epidemiology

3

CBC 308.3

Clinical Biochemistry IV (Analytical)

3

RME 309.3

Research Methodology

3

MBI 310.3

Microbiology IV: Immunology

3

LAB 23.1

Epidemiology

1

LAB 24.1

Clinical Biochemistry IV (Analytical)

1

LAB 25.1

Microbiology IV: Immunology

1

 

 

Semester VII

Course Code

Course Name

Credit Hours

CBC 401.3

Clinical Biochemistry V (Diagnostic)

3

BDM 402.3

Biostatistics and Data Management

3

BIN 403.3

Bio-Informatics

3

CBC 404.3

Clinical Biochemistry VI (Management of Lab)

3

LAB 26.1

Biostatistics and Data Management

1

LAB 27.1

Bio-Informatics

1

LAB 28.1

Clinical Biochemistry VI (Management of Lab)

1

SEM 405.1

Seminar I

1

 

Semester VIII

 

Course Code

Course Name

Credit Hours

DIS 406.6

Thesis

6

INT 407.6

Hospital Internship

6

SEM 408.1

Seminar II

1

 

WHY CHOOSE BACHELOR OF SCIENCE IN MEDICAL BIOCHEMISTRY AT NOBEL COLLEGE?

Choosing the Bachelor of Science in Medical Biochemistry (B.Sc. MB) at Nobel College offers students a well-rounded, future-focused education with several distinct advantages:

1. Cutting-Edge Curriculum

The program follows a contemporary and research-driven curriculum designed in affiliation with Pokhara University, aligning with international academic standards. The syllabus integrates fundamental theories with the latest advancements in medical biochemistry, preparing students to meet the evolving needs of the healthcare and research sectors.

2. Expert Faculties

The course is delivered by a team of highly qualified and experienced faculty members, including PhD holders and industry-experienced professionals. Faculty provide personalized mentorship, ensuring strong academic guidance and research support throughout the program.

3. Practical Learning Approach

Nobel College emphasizes hands-on laboratory experience. Students gain proficiency in a wide range of biochemical techniques through extensive lab sessions, experimental projects, and fieldwork. This focus on practical learning builds technical competence and real-world problem-solving skills.

4. Research Opportunities

The program offers ample research exposure, including mini-research projects, laboratory-based studies, and a mandatory final-year research thesis. This cultivates critical thinking and prepares students for future research roles or postgraduate studies.

5. Strong Focus on Career Preparation

Nobel College ensures that students are career-ready upon graduation. The curriculum includes internship placements in hospitals, diagnostic labs, and research centers, along with career counseling, resume workshops, and soft skills development programs to enhance employability.

6. Supportive Learning Environment

With small class sizes (Small class of ~20 ensures personalized attention), personal academic counseling, and interactive teaching methods, students benefit from a supportive and engaging learning atmosphere. Faculty and staff foster a culture of open communication and continuous learning support.

7. Well-Equipped Facilities

Nobel College houses state-of-the-art laboratories equipped with modern instruments like spectrophotometers, electrophoresis units, chromatographic setups, and advanced microscopy tools. This infrastructure ensures students gain hands-on training with industry-standard equipment.

8. Excellent Career Prospects

Graduates of the B.Sc. in Medical Biochemistry program from Nobel College are well-positioned for diverse career paths. Alumni have secured roles in clinical laboratories, research institutions, pharmaceutical companies, biotechnology firms, and public health sectors. The degree also provides a strong foundation for further studies such as M.Sc., M.Phil., or Ph.D. programs in Biochemistry and related fields.

 

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