What You'll Gain

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Comprehensive Knowledge of Genetics: Build a strong foundation in human and clinical genetics, bridging molecular biology with real-world clinical applications.

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Hands-On Diagnostic Experience: Gain practical exposure to genetic testing, data interpretation, and laboratory methodologies used in modern genomic medicine.

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Expertise in Genetic Counseling: Develop the ability to counsel patients and families on hereditary and genomic disorders with clarity and empathy.

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Ethical & Regulatory Awareness: Understand the ethical, legal, and policy frameworks that guide responsible practice in genetic and genomic healthcare.

Special Features

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Hands-On Laboratory Training: Gain practical experience in molecular and cytogenetic techniques, including genetic testing, sequencing, and variant analysis.
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Interdisciplinary Clinical & Research Exposure: Work across genetics, pathology, and clinical medicine to bridge research findings with real-world patient care.
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Genomics in Preventive Healthcare: Learn to integrate genomic insights into early disease risk assessment, personalized prevention, and targeted therapies.
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Applied Data Interpretation & Counseling: Develop confidence in interpreting genetic data and communicating findings effectively in diverse clinical scenarios.
Course Eligibility:
MD/MS/DNB

Description

This fellowship offers an in-depth understanding of human genetics and its application in modern medicine. It introduces learners to chromosomal, monogenic, and multifactorial disorders. The curriculum emphasizes the clinical utility of genomics in diagnosis, risk assessment, and personalized treatment planning.

Participants gain practical exposure to genetic laboratory testing, including karyotyping, next-generation sequencing, and molecular assays. They also learn genetic counseling approaches for families affected by hereditary diseases.

The fellowship integrates clinical rotations with laboratory training to ensure comprehensive learning. Participants explore case-based studies on metabolic disorders, genetic syndromes, and prenatal testing. A special focus is placed on interpretation and reporting of genetic findings.

Learners study the ethical and legal aspects of genetic information handling. Emphasis is given to privacy, consent, and patient communication in genetic testing. The course also examines emerging technologies like CRISPR and pharmacogenomics.

The academic framework encourages research, data analysis, and participation in genetic studies. Fellows engage with clinicians, lab scientists, and counselors in multidisciplinary settings. This collaborative approach enhances diagnostic accuracy and patient outcomes.
Upon completion, learners can integrate genomic data into clinical practice, improving patient risk stratification and management. They are prepared to support both preventive and predictive healthcare initiatives.

Graduates become valuable assets in research institutions, hospitals, and genetic laboratories, advancing the scope of precision medicine.

Curriculum

Clinical Genetics

Molecular Diagnostics

Cytogenetics

Metabolic Disorders

Prenatal Genetics

Neurogenetics

Onco-genetics

Therapeutic Genomics

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