#LCAS2022 - Twitter Hashtag

over 3 years ago

After the London Cardiac Arrest and Prehospital Symposium, took the time to reflect in the @WellcomeLibrary. Lots of inspiration on health, life and being human. And made an exciting new step. Thanks everyone, was great to meet you all again! @LDN_TC #LCAS2022 #LTC2022

HansvanSchuppen's tweet photo. After the London Cardiac Arrest and Prehospital Symposium, took the time to reflect in the @WellcomeLibrary. Lots of inspiration on health, life and being human. And made an exciting new step. Thanks everyone, was great to meet you all again! @LDN_TC #LCAS2022 #LTC2022 https://t.co/3YAVfFEmhZ

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Mike Abernethy 🇺🇸

@FLTDOC1

over 3 years ago

Neonate retrieval in Norway #LCAS2022

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

A really fantastic day @LDN_TC #LCAS2022 This ship “Discovery” @RGS_IBG brought home that like with many great voyages, resuscitation science has come a long way, but there are many unknowns and discoveries to be made!

Pipes_n_pumps's tweet photo. A really fantastic day @LDN_TC #LCAS2022 This ship “Discovery” @RGS_IBG brought home that like with many great voyages, resuscitation science has come a long way, but there are many unknowns and discoveries to be made! https://t.co/s7K45amVnI

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Jon 👨‍🚒 ⛑️ @RomeoPapa60

over 3 years ago

Fantastic day at London Cardiac Arrest Symposium 🫀 hopefully you can catch up with #LCAS2022

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Walking out into the cold December night, it seems apt that the concluding session of #LCAS2022 @LDN_TC was TTM ☃️Evidence of benefit in animal models/neonates ☃️Controversy in adult CA ☃️Are we getting ‘dose’/timing wrong? ☃️?role in trauma haemorrhage preservation-reanimation

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Hans van Schuppen @HansvanSchuppen

over 3 years ago

Functional outcome after cardiac arrest survival changes significantly over time. @CliftonCallaway #LCAS2022 @LDN_TC

HansvanSchuppen's tweet photo. Functional outcome after cardiac arrest survival changes significantly over time. @CliftonCallaway #LCAS2022 @LDN_TC https://t.co/bT0SKwEa97

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

@SheppardNoelle Sharing the importance of the ‘molecular autopsy’ in patients suffering sudden cardiac death. Circa 50% of hearts are macroscopically, and structurally normal. @LDN_TC #LCAS2022

Pipes_n_pumps's tweet photo. @SheppardNoelle Sharing the importance of the ‘molecular autopsy’ in patients suffering sudden cardiac death. Circa 50% of hearts are macroscopically, and structurally normal. @LDN_TC #LCAS2022 https://t.co/iWBvMuXBsC

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Sudden cardiac death often associated with aggravating factors (acid-base/electrolyte disturbance, catecholamine surge, extremes of environment) superimposed on a pathological substrate e.g. cardiomyopathy, ion channel disease @SSharmacardio @LDN_TC #LCAS2022

Pipes_n_pumps's tweet photo. Sudden cardiac death often associated with aggravating factors (acid-base/electrolyte disturbance, catecholamine surge, extremes of environment) superimposed on a pathological substrate e.g. cardiomyopathy, ion channel disease @SSharmacardio @LDN_TC #LCAS2022 https://t.co/RBjdQiQ0wX

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Can we detect cardiac arrest rhythms by wearable technology? Fascinating developments in reducing time to defibrillation in OHCA @LDN_TC #LCAS2022

Pipes_n_pumps's tweet photo. Can we detect cardiac arrest rhythms by wearable technology? Fascinating developments in reducing time to defibrillation in OHCA @LDN_TC #LCAS2022 https://t.co/s8PFbPLGB0

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Pragz @zgarp11

over 3 years ago

@LDN_TC A fantastic start with great speakers, exciting topics and fab venue #LCAS2022 🤓

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Hans van Schuppen @HansvanSchuppen

over 3 years ago

Impressive talk by @markhwilson as always! And apparently many #LCAS2022 delegates are @GoodSamApp registered. :-)

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Mechanical circulatory support (ECMO, REBOA, Impella) for refractory cardiac arrest - consider the strategy as a continuum of support and each modality can be used in combination/interchangeably #LCAS2022 @LDN_TC

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

REBOA significantly improves coronary perfusion pressure in cardiac arrest, without the harms associated with intermittent and large bolus dosing of adrenaline - REBOARREST trial will hopefully show us the data to support its use more widely @LDN_TC #LCAS2022

Pipes_n_pumps's tweet photo. REBOA significantly improves coronary perfusion pressure in cardiac arrest, without the harms associated with intermittent and large bolus dosing of adrenaline - REBOARREST trial will hopefully show us the data to support its use more widely @LDN_TC #LCAS2022 https://t.co/l2k0TwSGUQ

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Mike Abernethy 🇺🇸

@FLTDOC1

over 3 years ago

REBOA for non traumatic cardiac arrest. All about coronary perfusion pressure. Mechanical adrenaline . Occlusion for perfusion #lcas2022 @LDN_TC

FLTDOC1's tweet photo. REBOA for non traumatic cardiac arrest.
All about coronary perfusion pressure.

Mechanical adrenaline .

Occlusion for perfusion
#lcas2022 @LDN_TC https://t.co/tlj1Kuj7en

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Resuscitative endovascular balloon occlusion of the aorta (REBOA) “mechanical adrenaline” in cardiac arrest? Whatever the technology or techniques in resuscitation utilised - we must improve the coronary perfusion pressure to get ROSC @LDN_TC #LCAS2022

Pipes_n_pumps's tweet photo. Resuscitative endovascular balloon occlusion of the aorta (REBOA) “mechanical adrenaline” in cardiac arrest? Whatever the technology or techniques in resuscitation utilised - we must improve the coronary perfusion pressure to get ROSC @LDN_TC #LCAS2022 https://t.co/Mc7AfAW0vE

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Despite very long low-flow times, survival with excellent neurological and functional outcomes is possible with ECPR - this conflicts with our centrally held paradigm of understanding hypoxic-ischaemic injury post-arrest. We’ve more time than we thought! #LCAS2022 @LDN_TC

Pipes_n_pumps's tweet photo. Despite very long low-flow times, survival with excellent neurological and functional outcomes is possible with ECPR - this conflicts with our centrally held paradigm of understanding hypoxic-ischaemic injury post-arrest. We’ve more time than we thought! #LCAS2022 @LDN_TC https://t.co/YNnPD2QLII

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Prehospital physicians/non-ECMO clinicians are capable of cannulating and initiating ECMO - however this is taken forward, recognising and managing complications which are predictable based on extracorporeal support physiology is key #LCAS2022 @LDN_TC

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Chris Bishop

@Pipes_n_pumps

over 3 years ago

Dr Ben Singer from @BartsHospital @NHSBartsHealth kicking off #LCAS2022 @LDN_TC Extracorporeal CPR (VA-ECMO during refractory arrest) has the potential to be a game changer in resuscitation when the algorithm ‘runs out’. Some encouraging trials, but more work to do!

$Pipes_n_pumps's tweet photo. Dr Ben Singer from @BartsHospital @NHSBartsHealth kicking off #LCAS2022 @LDN_TC Extracorporeal CPR (VA-ECMO during refractory arrest) has the potential to be a game changer in resuscitation when the algorithm ‘runs out’. Some encouraging trials, but more work to do! https://t.co/ag7RFx1krD$