Andrew Stephens

[Brenna Devlin @BLeeDevlin]

Excited to share Melt ElectroCoder! This open-source software streamlines g-code generation for #MEW scaffold fabrication, making complex designs more accessible. Dive into advanced features for customisation and optimisation.
@ISBioFab #Biofab2024

[Andrew Stephens @AndrewFStephens]

https://t.co/uFwHnbE6qx

[Andrew Stephens @AndrewFStephens]

Our work on AI in ECMO has now been published in ICME. Using AI to predict outcomes on VA ECMO. https://t.co/2dIswgOpzy

A beta version of the online tool and its "lite" counterpart is available at https://t.co/ArxjiwCGhf Note: not approved for clinical decision-making.

[Andrew Stephens @AndrewFStephens]

Hands-on defibrillation using clinical examination gloves? I thought it was crazy too, but the recent experiments we did show a very promising safety profile. More to come in this space. With @DrShaunGregory @Vosko1984 @karensmith_av @Resus_Plus
https://t.co/IDllw3hqGD

[Artificial Organs @ArtifOrgans]

#Hemodynamics of small #Arterial #ReturnCannulae for #Venoarterial #ECMO👇
https://t.co/tWg4ieuzTp
@MonashUni🇦🇺| @TheRMH🇦��| @AndrewFStephens @AidanBurrell @BellomoRinaldo @DrShaunGregory #Bleeding #ECPR #Ischemia #VascularInjury

[Alexander Clarke @fifteenforty]

Our new paper by Duke et al about ventilator splitting is relevant for anyone using desktop 3D printers for making ventilator parts. At narrow orifice calibers, predicted flow ≠ reality. https://t.co/iLRQcYIG6b

[Andrew Stephens @AndrewFStephens]

This is our latest article published on ventilator splitting for COVID-19. We demonstrated that consumer printed 3D parts are unfit for use based on flow dynamics.

#COVID19 #ventilator #CriticalCare @fifteenforty
@drdanielduke @DrShaunGregory

https://t.co/pnzWKN0o7n

[Shaun Gregory @DrShaunGregory]

Great work here by Rezan Jafary and the team! Improving educational models for ECMO. This is just the start - enhanced task trainers, mannequins, computer-based learning sims and augmented reality to come!

[M Velia Antonini @FOAMecmo]

IABP + ECMO? Be careful in selecting candidates... In this study #IABP provided 3-7% ⬇️ in LVEDP + 1-10% ⬇️ in LVEDV; minimal effect on CBF (0-7%), variable impact on coronary BF. Impact of ⬆️ LV/RV contractility resulting in ⬇️ IABP efficacy @asaiojournal https://t.co/VyYWo12Hs8

[Andrew Stephens @AndrewFStephens]

Just published in @asaiojournal: A comparison of haemodynamics with different circulatory unloading techniques for VA ECMO.

https://t.co/qaMRC9gv5y

[Andrew Stephens @AndrewFStephens]

@Rainwavecc @ocremix Surely there must be a better way? Loads of people use and love Rainwave (specifically OCR) for reasons other than streaming, I listen to it at work every day and there are hundreds of great songs that will now never be in rotation.

[Andrew Stephens @AndrewFStephens]

@FOAMecmo @asaiojournal @AidanBurrell @precordialthump @DrShaunGregory @GomorraDoc @Pipes_n_pumps @ECMOHUVH @JenelleBadulak @JoeTonnaMD @abribriesco43 @FOAMecmo Thanks for sharing our work. Happy to talk to any clinicians or engineers about this very interesting piece of work and where we can take it!

[M Velia Antonini @FOAMecmo]

Circulatory unloading on VA #ECMO to reduce LV distention, blood stasis, pulmonary edema, effects of common techniques at different flows: variably applicable, greatly variable impact on hemodynamics, but proper unloading w vents, ASD & tVAD @asaiojournal https://t.co/vRsUGhOvYg