Yiangos Psaras
@yiangospsaras
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Researching cardiac disease using stem cell models
University of Oxford
Joined April 2021
RT @ExpPhysiol: 🎓EDITOR'S PICK🎓 @yiangospsaras and @ChrisToepfer (@RDMOxford) review targeted genetic therapies for inherited disorders tha…
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RT @ChrisToepfer: Our @SciReports paper is open access and online today. We use iPSC-CMs and in-silico models to define and accelerate disc…
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RT @ChrisToepfer: We have demonstrated that CalTrack can also be used effectively in human iPSC-CMs to define HCM phenotypes and responses…
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RT @ChrisToepfer: We have also used CalTrack to define changes in calcium transient in primary cardiomyocytes due to pharmacological agents…
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RT @ChrisToepfer: We have used CalTrack to define changes in calcium transients observed in primary cells due to genetic variants that caus…
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RT @ChrisToepfer: CalTrack can also detect abnormal calcium transient events such as early and delayed after depolarisations. https://t.co/…
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RT @ChrisToepfer: Once masks have been applied CalTrack can correct for photobleaching in calcium transients and then segment each transien…
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RT @ChrisToepfer: CalTrack automatically masks and extracts calcium transients, it does this without the need for user input. We have teste…
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RT @ChrisToepfer: Depending on your cell system there are two different code bases to choose from. We include a user guide published alongs…
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RT @ChrisToepfer: CalTrack can be used in a variety of model systems and cell sources. Ranging primary cardiomyocytes, iPSC-CMs, organoids,…
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RT @ChrisToepfer: Our @CircRes paper is available today. We outline a new MatLab code 'CalTrack' developed to automate extraction and analy…
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