1. 21 Sep 2026

    Finding purpose through research | MIT News | Massachusetts Institute of Technology

    "I went from having no cell culture experience to learning CRISPR techniques, T-cell engineering, and machine-learning approaches in a single summer," ...

    news.mit.edu ↗
  2. 21 Sep 2026

    AI scans pathology slides to predict pancreatic cancer recurrence

    His team uses machine learning and spatial analysis to map the pancreatic cancer ecosystem and study how cancer cells interact with neighboring ...

    healthcare-in-europe.com ↗
  3. 21 Sep 2026

    Aspen Neuroscience Announces Publication of Sasineprocel Preclinical Data in "Cell Stem Cell"

    NeuriTest™ applies machine-learning methods to transcriptomic data to evaluate whether patient-specific DANPC products exhibit molecular ...

    www.biospace.com ↗
  4. 20 Sep 2026

    A deep-learning model trained on 40,000 4D movies predicted a cell's energetic state from ...

    A deep-learning model trained on 40000 4D movies predicted a cell's energetic state from mitochondrial shape and movement alone. It grouped drug.

    www.facebook.com ↗
  5. 18 Sep 2026

    Researchers create virtual cells to accelerate drug discovery efforts - News-Medical

    MitoSpace: a deep-learning AI model. The researchers treated cancer cells with 25 different compounds known to perturb mitochondria through ...

    www.news-medical.net ↗
  6. 18 Sep 2026

    Brain's “Blue Place” Rewrites How Norepinephrine Drives Learning - Neuroscience News

    Summary: · Source: · Deep within the brainstem lies a small, pigmented cluster of cells known as the locus coeruleus (LC), Latin for the “blue place.” ...

    neurosciencenews.com ↗
  7. 18 Sep 2026

    ConvexGating infers gating strategies from clusters in single cell cytometry data - Nature

    Center for Scalable Data Analytics and Artificial Intelligence (ScaDS.AI), Leipzig, Germany. Vincent D. Friedrich. Systems Medicine, German Center ...

    www.nature.com ↗
  8. 17 Sep 2026

    Insilico Medicine Opens AI Longevity Discovery Toolkit to Researchers Worldwide in Cell ...

    ... generative artificial intelligence (AI), today announced the publication of a landmark study in Cell introducing an open AI toolkit, incluiding ...

    insilico.com ↗
  9. 17 Sep 2026

    Virtual cells built from 4D AI models and "Digital twins” could speed up drug discovery | EurekAlert!

    One approach trained a deep-learning artificial intelligence (AI) model on 40,000 4D movies of drug-treated cells to predict cellular health from ...

    www.eurekalert.org ↗
  10. 17 Sep 2026

    Virtual Cells Built from 4D AI Models and “Digital Twins” Could Speed Up Drug Discovery

    Researchers developed two digital models: a deep-learning AI (MitoSpace) and a physics-based "digital twin," that mimic the dynamic biology of ...

    today.ucsd.edu ↗
  11. 17 Sep 2026

    Insilico Medicine Opens AI Longevity Discovery Toolkit to Researchers Worldwide in Cell ...

    ... Large Language Models, or L-LLMs. The models ranged from 0.6 billion to ... Longevity Claw combines the specialized language model with scientific tools ...

    www.prnewswire.com ↗
  12. 17 Sep 2026

    Machine learning improves cancer cell detection through light scattering - News-Medical

    Could machine learning-based systems detect these subtle optical differences? This research was originally designed by Professor Yoichiroh Hosokawa ...

    www.news-medical.net ↗
  13. 17 Sep 2026

    Machine learning improves cancer cell detection through light scattering - News-Medical

    Could machine learning-based systems detect these subtle optical differences? This research was originally designed by Professor Yoichiroh Hosokawa ...

    www.news-medical.net ↗
  14. 17 Sep 2026

    Machine learning improves cancer cell detection through light scattering - News-Medical

    Could machine learning-based systems detect these subtle optical differences? This research was originally designed by Professor Yoichiroh Hosokawa ...

    www.news-medical.net ↗
  15. 16 Sep 2026

    Machine learning system can identify cancer cells based on how they scatter light

    Cytological tests are a common method of screening for cancer cells in stained cell samples. Using a microscope, pathologists examine cells ...

    medicalxpress.com ↗
  16. 14 Sep 2026

    Stanford Medicine-developed AI model opens new horizons for cell biology | EurekAlert!

    The training worked on gene expression profiles, in a way that is analogous to large language models like ChatGPT. LLMs are trained, in essence ...

    www.eurekalert.org ↗
  17. 14 Sep 2026

    Stanford Medicine-developed AI model opens new horizons for cell biology | EurekAlert!

    ... data from 112 million cells representing 12 species, ranging ... scientific articles about the work, published recently in Nature and Science.

    www.eurekalert.org ↗
  18. 11 Sep 2026

    Methodological Evolution of Artificial Intelligence Paradigms in Cancer Immunotherapy

    ... AI virtual cells. Credit. ©Science Bulletin. Usage Restrictions. use with ... Multimodal AI roadmaps the future of personalized cancer immunotherapy.

    www.eurekalert.org ↗
  19. 08 Sep 2026

    scGSI: Graph-guided self-supervised integration of paired single-cell multi-omics

    The goal of scGSI is to learn a shared low-dimensional representation in which the two modalities of the same cell are accurately aligned, while ...

    journals.plos.org ↗
  20. 03 Sep 2026

    Graph Transformer Puts Rare Cell States on the Map in Single-Cell Data - Bioengineer.org

    ... learning low-dimensional representations of both cells and genes. This ... representation is faithful to the underlying expression data and ...

    bioengineer.org ↗
Sources

Where this comes from

Artificial Intelligence — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/1990879549…

401 items Polled 22 Sep, 09:12 UTC 200

Agentic AI — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/4849751788…

401 items Polled 22 Sep, 09:12 UTC 200

AI Agents — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/4849751788…

401 items Polled 22 Sep, 09:12 UTC 200

Data Science — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/4836803184…

401 items Polled 22 Sep, 09:12 UTC 200

Large Language Model — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/8510459957…

401 items Polled 22 Sep, 09:12 UTC 200

Machine Learning — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/4836803184…

401 items Polled 22 Sep, 09:12 UTC 200

Deep Learning — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/1643871049…

401 items Polled 22 Sep, 09:12 UTC 200

LLMs Alignment — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/5121641697…

45 items Polled 22 Sep, 09:12 UTC 200

AI Alignment — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/1764885284…

401 items Polled 22 Sep, 09:12 UTC 200

Representation Learning — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/1758013403…

146 items Polled 22 Sep, 09:12 UTC 200

Reinforcement Learning — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/1720175169…

401 items Polled 22 Sep, 09:12 UTC 200

Generative AI — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/7811591585…

401 items Polled 22 Sep, 09:12 UTC 200

Multimodal AI — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/9568555102…

401 items Polled 22 Sep, 09:12 UTC 200

Mechanistic Interpretability — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/8541059511…

33 items Polled 22 Sep, 09:12 UTC 200

RLHF — Google

https://www.google.co.in/alerts/feeds/05832220720342067762/7811591585…

31 items Polled 22 Sep, 09:12 UTC 200

Feeds are configured through the LEARN_FEEDS environment variable, so new sources can be added without a code change. Each poll sends the stored ETag and Last-Modified headers, so an unchanged feed answers 304 and costs the publisher nothing.