Alumini Talk – Fluorescence in situ Hybridization (FISH) and its Interpretation

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Particulars in Field

Inputs

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Event Name

Alumini Talk

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Organizing Department/Institution/Committee/Others

Department of Pathology, AIMS., BG Nagara

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Type of Event

Alumini Talk  – Fluorescence in situ Hybridization (FISH) and its Interpretation”

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Level of Event

Institutional

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Collaboration/Accreditation of any

In association with Institutional innovation council

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Date/s and Duration

17th September 2025  (One Day)

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Venue

Demonstration room – 1, Dept. of Pathology

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Details of delegates/ target audience

Staffs & Postgraduate students of pathology department & technical staffs

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Total Number of delegates/audience attended

30

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Objective/s of the Event

The primary objective of the guest lecture was to enhance the knowledge of faculty and postgraduate students on the principles, methodology, and clinical applications of Fluorescence in situ Hybridization (FISH). The session aimed to provide a comprehensive understanding of its role in modern diagnostic pathology, highlight its advantages and limitations, and promote interactive learning through discussion of clinical cases and practical experiences.

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Brief Report of the Event (in about 200 words)

The Department of Pathology, AIMS, BG Nagara, organized a guest lecture on “Fluorescence in situ Hybridization (FISH) and its Interpretation” on 17th September 2025 from 12:00 PM to 1:30 PM in hybrid mode, facilitating both in-person and virtual participation.

The session commenced with a welcome address by Dr. Abhishek M. G., Professor and Head, Department of Pathology, who introduced the guest speaker and emphasized the importance of FISH in diagnostic pathology. The lecture was delivered by Dr. Avinash Singh, Assistant Professor, Department of Pathology/Laboratory Medicine, AIIMS, New Delhi, and an alumnus of AIMS, BG Nagara.

Dr. Avinash Singh explained the principle and procedure of FISH, covering probe hybridization, fluorescence microscopy, and interpretation. He elaborated on different types of FISH techniques such as metaphase, interphase, and spectral karyotyping, with relevant examples. The lecture highlighted the clinical applications of FISH in hematological malignancies, solid tumors, genetic disorders, and prenatal diagnosis. Advantages like sensitivity, specificity, and rapid turn around were discussed alongside limitations, including cost and limited genome coverage.

The session concluded with an interactive discussion, where faculty and postgraduate students actively participated. The program was highly informative and well appreciated, effectively bridging theoretical knowledge with clinical practice.

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Feedback Analysis (Brief)

The lecture was well received by faculty and postgraduate students. Participants appreciated the clear explanation of FISH principles, procedures, and clinical applications. The interactive discussion was found highly engaging. Overall, the session was rated as informative, relevant, and beneficial, with suggestions to organize more such sessions on advanced molecular techniques.

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Outcome

The guest lecture enhanced participants’ understanding of the principles, techniques, and clinical applications of FISH. Faculty and postgraduate students gained clarity on its role in diagnosing hematological malignancies, solid tumors, genetic disorders, and prenatal conditions. The session also encouraged active discussion, bridging theoretical concepts with clinical practice and inspiring interest in advanced molecular diagnostic methods.