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Pathology Internship Topics

Browse all focused areas across all internship categories under this field.

Pathology Internships with Accommodation

Choose an internship topic, then explore accommodation-enabled internship options at active NTHRYS branch locations in India.

Showing 13–24 of 30 internship topics
Gleason Score Prognostic Correlation Studies
Interns will analyze relationships between Gleason scores and clinical outcomes including biochemical recurrence, metastasis rates, and patient survival data. This involves database management, statistical analysis, and interpretation of prognostic significance across different risk stratification groups.
Prostate Cancer Gleason Scoring ResearchView internship →
Inter-observer Variability and Quality Assurance in Gleason Scoring
Interns will design and conduct studies evaluating diagnostic reproducibility among pathologists using kappa statistics and other concordance measures. They will participate in quality control protocols, proficiency testing, and development of standardized training materials to improve Gleason grading consistency.
Prostate Cancer Gleason Scoring ResearchView internship →
Biomarker Integration with Gleason Grading for Risk Stratification
Interns will investigate correlations between histological Gleason scores and molecular/immunohistochemical biomarkers (such as Ki-67, p53, or ERG status) to enhance prognostic accuracy. This includes tissue sample analysis, marker validation, and development of integrated grading systems for improved patient risk assessment.
Prostate Cancer Gleason Scoring ResearchView internship →
Invasive Carcinoma Subtype Classification
Interns will learn to identify and differentiate between invasive ductal carcinoma (IDC), invasive lobular carcinoma (ILC), and special types using histological features and microscopic analysis. They will practice morphological assessment, grading systems, and develop skills in diagnostic accuracy through examination of diverse tissue samples.
Breast Cancer Histological SubtypingView internship →
Immunohistochemical Profiling and Molecular Markers
Interns will analyze hormone receptor status (ER/PR), HER2 expression, and Ki-67 proliferation indices to classify breast cancers into molecular subtypes (Luminal A/B, HER2-enriched, Triple-negative). They will correlate immunohistochemical findings with histological patterns to support subtype determination and prognostic assessment.
Breast Cancer Histological SubtypingView internship →
Special Histological Types and Rare Variants
Interns will study the distinctive histopathological features of mucinous, tubular, papillary, and inflammatory breast cancers. They will learn to recognize these special types through their unique architectural patterns and cellular characteristics, understanding their different clinical implications and prognostic significance.
Breast Cancer Histological SubtypingView internship →
Grading Systems and Tumor Assessment
Interns will master Nottingham/Bloom-Richardson grading criteria, evaluating tubule formation, nuclear pleomorphism, and mitotic activity in breast cancer specimens. They will develop proficiency in applying standardized grading systems and understanding how grade correlates with subtype classification and patient outcomes.
Breast Cancer Histological SubtypingView internship →
Digital Pathology and Image Analysis in Subtyping
Interns will work with whole slide imaging and digital pathology platforms to analyze breast cancer histology at scale. They will learn to apply computational tools for morphological assessment, assist in machine learning model development for automated subtype classification, and evaluate digital image quality for diagnostic purposes.
Breast Cancer Histological SubtypingView internship →
Probe Design and Validation for mRNA Detection
Interns will design, synthesize, and validate RNA probes targeting specific mRNA sequences relevant to pathological conditions. They will optimize probe specificity, sensitivity, and labeling strategies while learning quality control procedures for probe characterization using molecular biology techniques.
RNA In Situ Hybridization Localization StudiesView internship →
Tissue Sample Preparation and Optimization
Interns will work on standardizing tissue fixation, sectioning, permeabilization, and preprocessing protocols to maximize RNA preservation and probe accessibility in FISH experiments. They will evaluate different fixatives, embedding media, and antigen retrieval methods across various tissue types.
RNA In Situ Hybridization Localization StudiesView internship →
Fluorescent Signal Detection and Image Analysis
Interns will conduct microscopy imaging of hybridized RNA probes, optimize fluorescence detection parameters, and develop image analysis pipelines using software tools for quantifying signal intensity and spatial distribution. They will learn confocal and wide-field microscopy techniques for cellular localization studies.
RNA In Situ Hybridization Localization StudiesView internship →
Disease-Specific mRNA Localization Patterns
Interns will investigate altered mRNA expression patterns in pathological tissues such as tumors, inflammatory conditions, or degenerative diseases using RNA FISH. They will correlate spatial localization data with histopathological findings and clinical outcomes.
RNA In Situ Hybridization Localization StudiesView internship →
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