Khady Diagne (@khady_dgn) 's Twitter Profile
Khady Diagne

@khady_dgn

PhD. Candidate in Quantitative Life Sciences at McGill University. My work focuses on nonlinear dynamics in excitable cardiac tissue.

ID: 1495518938423341057

linkhttp://www.linkedin.com/in/khadydiagne14 calendar_today20-02-2022 22:01:22

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Campbell Muscle Lab @ UKY (@campbelllabatuk) 's Twitter Profile Photo

Excited to meet @cardiak_diagne, an amazing PhD student doing mathematical modeling of parasystole, at #BPS. She joined Twitter today so please welcome her to the cardiac physiology community.

Excited to meet @cardiak_diagne, an amazing PhD student doing mathematical modeling of parasystole, at #BPS. She joined Twitter today so please welcome her to the cardiac physiology community.
Gil Bub (@gilbublab) 's Twitter Profile Photo

Our article on parasystole is now out in PRL, with a APS news commentary by Phillip Ball. Congats to Khady, Tom, Leon and the rest of the team! News: physics.aps.org/articles/v16/2 Article: journals.aps.org/prl/abstract/1…

Physical Review Letters (@physrevlett) 's Twitter Profile Photo

A combination of theoretical analysis, in vitro experiments on cardiac tissue cultures, and analysis of data from patients shows that cardiac arrhythmias may be due to the existence of two competing periodic sources Letter: go.aps.org/3CHlTgO Focus: go.aps.org/3Xi3ezU

A combination of theoretical analysis, in vitro experiments on cardiac tissue cultures, and analysis of data from patients shows that cardiac arrhythmias may be due to the existence of two competing periodic sources
Letter: go.aps.org/3CHlTgO
Focus: go.aps.org/3Xi3ezU
Thomas Bury (@thomasmbury) 's Twitter Profile Photo

The mathematics of competing cardiac pacemakers is extraordinary. Really pleased to see this work with Khady Diagne, Gil Bub and others published in Physical Review Letters. Thanks to @philipcball for writing an excellent commentary.