Stefan Heldt
@FS_Heldt
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Systems biologist turned machine learning researcher. Passionate about computational solutions to healthcare questions.
Oxford, England
Joined February 2015
Using clinical #AI to predict patients at risk of severe #COVID-19. Very proud to be part of an incredible team @SensyneHealth and collaborating with @mvizcayc and @ChelwestFT to improve patient care.
nature.com
Scientific Reports - Early risk assessment for COVID-19 patients from emergency department data using machine learning
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Incredibly proud to see our clinical #AI algorithm help manage #COVID19 patients @ChelWestFT. Working with our clinical partners to support the pandemic response has been truly humbling.
.@SensyneHealth launches its first operational #AI algorithm co-developed with its partners @ChelwestFT for managing hospitalised #COVID patients in real time. Find out more: #SensyneHealth #CWInnovation #SENSE #PatientManagement #ICU #pandemic
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Incredibly excited to work with @SensyneHealth and @ChelwestFT on clinical #AI to predict severe outcomes in #COVID19 patients.
Our Discovery Science team discusses how applying #ML to patient #EHR data when they are first presented in the Emergency Department might help predict and early identify those with a poor prognosis. Find out more: #SensyneHealth #NHS #coronavirus
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It’s official. We are working with @ChelwestFT to provide personalised care for #COVID19 patients in the #NHS using clinical #AI technology.
Delighted to announce the launch of #SENSE a clinical #algorithm engine providing a real time decision support service for clinicians across multiple conditions, created in partnership with @Microsoft - Find out more: #SensyneHealth #AI #NHS #patientcare
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RT @AldertonBiol: Instead of attempting to humanize animal models, humanizing computational models may be more successful. Systems biology….
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Awesome summary of our recent @CurrentBiology paper. Thanks.
A single light-responsive sizer can control multiple-fission cycles in Chlamydomonas @CurrentBiology @FS_Heldt #PlantSci Summary by @PlantTeaching
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RT @OxBiochNews: How do cells count cell divisions?.A new paper entitled "A Single Light-Responsive Sizer Can Control Multiple-Fission Cycl….
bioch.ox.ac.uk
A new paper entitled "A Single Light-Responsive Sizer Can Control Multiple-Fission Cycles in Chlamydomonas", by Stefan Heldt, Béla Novák and their coauthors John Tyson (Virginia Tech) and Fred Cross...
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Chlamydomonas cells grow very large during the day, before dividing up to 5 times at night. But how do they keep track of their cell size? See our latest paper @CurrentBiology . Great collaboration between Bela Novak, John Tyson and Fred Cross.
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Nice interactive illustration of the eukaryotic cell cycle by @amogh_jalihal and a cool way to explore the original work of Tyson and Novak.
I'm starting 2020 with this shiny thing I made over the break: TLDR: An interactive tutorial/introduction to #cellcycle models, looking for feedback!.
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RT @PoserElena: Delighted to share this “end of 2019” Barr lab paper published in @JCellBiol @RockUPress on mechanisms of chromosome moveme….
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Aurora A promotes chromosome congression by activating the condensin-dependent pool of KIF4A | The Journal of Cell Biology | Rockefeller University Press
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After four amazing years @OxBiCycle and @OxfordBiochem, I’m both sad to leave and excited to start a new chapter. I’m deeply indebted to all the wonderful colleagues, collaborators and friends, who made this an incredible place to do science.
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RT @PoserElena: “Getting out of #mitosis”, a review describing the contribution of proteolisis and PPse in mitotic exit. Enjoy the reading!….
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Exciting new work by @MargueratLab on the scaling of gene expression with cell size in fission yeast. Also includes a cool TASEP model.
Our new preprint is out! With @VShahrezaei we analysed mRNA numbers in single pombe cells and found a mechanism for scaling of gene expression with cell size. @MRC_LMS.
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Bela presenting our recent work with John Tyson and Fred Cross at #TriesteCellCycle2019. Preprint here: @OxBiCycle
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Delighted to share @OxBiCycle's latest preprint. With Bela Novak, John Tyson and Fred Cross we explore cell size control during multiple fission in Chlamydomonas reinhardtii. #cellcycle #bioRxiv
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RT @PoserElena: Excited to share the preprint of our recent work: we uncoupled KIF4A localization to study its contribution to chromosome c….
biorxiv.org
Aurora kinases create phosphorylation gradients within the spindle during prometaphase and anaphase. These locally regulate factors that promote spindle organisation, chromosome condensation and...
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