Topic Feeds

Topic feeds are a collection of article links centered around a specialization. Articles are scored with an algorithm and sorted based on how much they represents the topic. Currently there are at most 100 hits from articles published in January-September 2023.

Planned updates: articles organized by top hits for each month, with the option to load more articles; other user interfaces to explore topics; updates in each feed on a monthly, weekly, and eventually daily basis

Have an idea for an interesting feed? Submit a comment below with some article links, and ideally what topics you like about the articles.

Apologies that some of the titles in the feed have been cut off. The local PubMed database needs to be updated to fix an XML parsing error.

• Stem cells
  • Stem cell cultivation (inspired by Dr. Yonathan Lipsitz and and Prof. Peter Zandstra)
• Human pregnancy physiology
  • Bloodomics version 1
  • Bloodomics version 2 (inspired by Dr. Liang Liang, Prof. Michael Snyder, Prof. Mads Melbye)
  • In vitro gametogenesis (IVG) (inspired by Conception, formerly Ovid Research)
• Healthy ageing
  • Alzheimers’ disease
  • mTOR and rapamycin (inspired by Dr. David M Sabatini)
  • Rapamycin and ageing
• Immunometabolism, mass spec and metabolic networks (inspired by Prof. Caroline Bartman)
• Retina physiology (inspired by Prof. Andrew Huberman)
• Antimicrobial resistance and biotherapeutics (inspired by Prof. Jim J Collins)
• mRNA and cancer vaccines (inspired by Dr. Katalin Karikó)
• Ribosome profiling (inspired by Dr. Edward Wallace)
• Genomics
  • Human genomics (inspired by Prof. George Church)
  • Horizontal gene transfer version 1
  • Horizontal gene transfer version 2
• Bacterial metabolic models (inspired by Prof. Bernhard Ø Palsson)
• Yeasts
  • Cell biology
    • Nucleus (inspired by Prof. Liesbeth Veenhoff)
    • Mitochondria
    • Smooth and rough endoplasmic reticulum
    • Golgi
    • Vacuole (inspired by Dr. Daniel E. Gottschling)
  • Cell cycle and size (inspired by Prof. Jan Skotheim and Dr. Matthew Swaffer)
  • Ploidy (inspired by Prof. Christian Landry)
  • Xylose fermentation (inspired by Prof. Jack Pronk)
  • Metabolism
  • Metabolic models (inspired by Prof. Bas Teusink)
  • Stochastic processes (inspired by Prof. Peter Swain)
  • Chronobiology
  • Yeast microfluidics (inspired by Prof. Matthias Heinemann and Prof. Peter Swain)
    • Cell segmentation (inspired by Dr. Julian Pietsch)
  • Candida albicans physiology
  • Cryptococcus RNA genetics (inspired by Dr. Edward Wallace)
• C elegans, RNA, and epigenetics (inspired by Prof. Oded Rechavi)
• Metals in Biology
  • Copper and glutathione metabolism in pathogens (inspired by Prof. Karrera Y Djoko)
  • Iron and manganese in aerobic metabolism (inspired by Prof. Valeria C Culotta)
  • Rare earth elements and microbiology (inspired by Dr. Patrick Diep)
  • Heavy metals in microbiology
• Metabolic Engineering
  • Pseudomonas putida (inspired by Prof. Pablo I Nikel)
  • Redox enzyme engineering (inspired by Dr. Anna Khusnutdinova)
• Phase separation
  • Phase separation in yeasts (inspired by Prof. D Allan Drummond)
• Microbial dechlorination (inspired by Prof. Elizabeth Edwards)
• Microbial electrosynthesis (inspired by Prof. Derek Lovley)
• Publishing in the biological sciences (inspired by Dr. Richard Sever)