This is your work, valued

California

Dr. Sreenivas Bhattiprolu

Elite
@bnsreenu

I am passionate about image analysis through the use of Python and AI.

python_for_microscopists. https://www.youtube.com/channel/UC34rW-HtPJulxr5wp2Xa04w?sub_confirmation=1

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python_for_image_processing_APEER. https://www.youtube.com/playlist?list=PLHae9ggVvqPgyRQQOtENr6hK0m1UquGaG

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digitalsreeni-image-annotator. A python based GUI to annotate images and save annotations as COCO style JSON format.

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llm-vision-for-scientists. Jupyter Notebook

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vit-image-retrieval. Image Retrieval using Vision Transformers and FAISS

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bnsreenu. Config files for my GitHub profile.

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3D-Organoid-Analysis. Jupyter Notebook

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TMA-dearray-stain-separation. Repository for the code used to support GASP-1 overexpression study

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AI-for-Digital-Pathology. Code repo for AI for Digital Pathology video series

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SynOrg. Parametric physics-based generator of synthetic 3D fluorescence organoid images with exact ground-truth label masks

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SynOrg-Analysis. Companion segmentation and feature extraction pipeline for SynOrg synthetic organoid images

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fake-manuscript-demo. A controlled demonstration of how easily a convincing fake scientific manuscript can be assembled using AI tools. Built and shared for educational purposes to highlight gaps in current scientific publishing integrity systems.

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Recommender-Systems. Python

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mlops-tutorial. Jupyter Notebook

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digitalpathology-voronoi-tessellation. Voronoi tessellation for tissue architecture quantification in H&E; mapping cell territories, region area, and packing density without deep learning

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digitalpathology-ripleys-k-clustering. Ripley's K function for spatial cell clustering detection from H&E

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