Otro interesante caso de nuestro colaborador J.Lopez-Opitz @CardioImagen_cl @LopezOpitz.
69 yo ??> AVR (1 year ago). Recurrent pericardial effusion @iamritu @chiarabd @s_e_petersen @DrMarkWestwood1 @tavoave @vass_vassiliou @purviparwani @DrFuisz @cshenoy3 @MasriAhmadMD @danilorenzatti @falcardio @almasthela @mariovar55 @ecocardio_cl @fabrizioricci @AMoustafa_MD ? pic.twitter.com/Hsg6UNxZjn
— J.Lopez-Opitz@CardioImagen_cl (@LopezOpitz) February 4, 2020
Hoy destacamos este caso compartido por David Playford (@PlayfordDavid).
Severe #mitralstenosis due to long-standing radiation carditis... looks like a Alfieri repair but isn’t! Note the P3 vegetation for good measure!! @ASE360 @BonitaEcho @GWhalleyPhD @JaeKOh2 pic.twitter.com/c5ZGZE72v3
— David Playford (@PlayfordDavid) January 31, 2020
La IA está llegando y es imparable como vemos en esta imagen de Eric Topol (@EricTopol).
My 1st #AI-guided echocardiography today (fun & by democratizing acquisition it will change the field)
— Eric Topol (@EricTopol) January 29, 2020
What does that mean?
You put the transducer on the patient's chest ->the AI tells you how to properly position it and then automatically captures video images when spot on. pic.twitter.com/t3DaE32ftg
Caso muy interesante el compartido por Lucrecia M. Burgos MD (@lucreciamburgos).
What's going on ?@leonardo_seoane @iamritu @falcardio @frances82041486 @RodrigogpLima @florcastro26 @echo_stepbystep @almasthela @gonzaeperez @echotainment @The_echo_lady pic.twitter.com/h8x1loRH4y
— Lucrecia M. Burgos MD ?? (@lucreciamburgos) January 29, 2020
Interesante caso compartido por Rekha Mankad, MD (@RMankadMD).
Odd how this always happens late night. Was just about ??. Quick diagnosis ➡️OR fast. No known connective tissue disease but suspicious. #CTA #echofirst @MDMankad @garvankane @pattypellikka @rajdoc2005 @michelenahector @lpbadano @denisamuraru pic.twitter.com/FI1pbXJYTZ
— Rekha Mankad, MD (@RMankadMD) January 29, 2020
Muy buenas imágenes las de este caso compartido por Gautam Reddy (@ReddyTheRobot).
Echo guided transcatheter clot in transit extraction using the Inari Flowtriever pic.twitter.com/0usp64z6XK
— Gautam Reddy (@ReddyTheRobot) January 23, 2020
Interesantes imágenes compartidas por Sadeer Al-Kindi (@Sadeer_AlKindi).
60 y/o with chest pressure few days prior... pic.twitter.com/TA4TRLnhua
— Sadeer Al-Kindi (@Sadeer_AlKindi) January 23, 2020
Espectacular ejemplo de válvula mitral con "flail" compartido por kazi ferdous (@fazalabul).
This is called flail leaflethttps://t.co/jpMy9Zk3si pic.twitter.com/tgne1hYBzz
— kazi ferdous (@fazalabul) January 24, 2020
Curiosas imágenes las de este caso compartido por Thiago Ferreira (@thiagoecho).
Anyone who has seen a chick needs a vacation ..#echofirst #3DEcho @DICSBC @3DEcho360 @ASE360 @SISIACOficial @3DEcho_Brazil @ImagenCardiaca @EchoCases @CardioServ pic.twitter.com/7KkE084Jqt
— Thiago Ferreira (@thiagoecho) January 22, 2020
Estupendas imágenes las de este caso compartido por Cyntia Machain (@CyntiaMachain).
“THE RAC SIGN”
— Cyntia Machain (@CyntiaMachain) January 21, 2020
RETROAORTIC ANOMALOUS CORONARY ARTERY VISUALIZATION BY TRANSTHORACIC ECHOCARDIOGRAPHY #echofirst #cardiotwitter #Cardiology @echotalk @SISIACOficial @cardio_sonora @SONECOM_AC @ImagenCardiaca @PCRonline @escardio pic.twitter.com/Yf7KuoN3P3
Interesante caso compartido por Cyntia Machain (@CyntiaMachain).
“THE RAC SIGN”
— Cyntia Machain (@CyntiaMachain) January 21, 2020
RETROAORTIC ANOMALOUS CORONARY ARTERY VISUALIZATION BY TRANSTHORACIC ECHOCARDIOGRAPHY #echofirst #cardiotwitter #Cardiology @echotalk @SISIACOficial @cardio_sonora @SONECOM_AC @ImagenCardiaca @PCRonline @escardio pic.twitter.com/Yf7KuoN3P3
Interesante caso compartido en Twitter por Mounir Basalus (Ⲃⲁⲥⲓⲗⲓⲟⲥ) (@Basalus).
26 y/o acute painful, cold, pale left arm #cardiotwitter pic.twitter.com/4t9qMBM7Om
— Mounir Basalus (Ⲃⲁⲥⲓⲗⲓⲟⲥ) (@Basalus) January 22, 2020
¿Un "pinball"? Interesante caso el compartido por Assem Abo Arida (@AridaAssem).
Surgery or warfarin?@DrQuinnCapers4 @EricTopol @fazalabul @DrAsifQasim @mirvatalasnag @DrAmirKaki @ahmedknhi pic.twitter.com/apV4PNLcez
— Assem Abo Arida (@AridaAssem) January 19, 2020
Una manera fácil y divertida de entender la "falsa luz" con el tuit de Elad Asher (@AsherElad).
When you are in the false lumen...@Saar_Minha @Dr_Iakobishvili @SABOURETCardio @Ortega_Paz @sbrugaletta @ilanrichter @ pic.twitter.com/ztYR4WbyjQ
— Elad Asher (@AsherElad) January 18, 2020
Instructivo caso el compartido por Enrique Garcia-Sayan, MD, FACC, FASE (@EGarciaSayan).
Live #3DTEE imaging of #PFO in cryptogenic stroke. ?elements to report: location, tunnel length +width, presence of ASA, lipomatous septal hypertrophy, LA AP diameter, carefully sweep whole septum (finding a PFO does not r/o ASD!) and evaluate all 4 PVs. https://t.co/ZJvt0tXHVN pic.twitter.com/HLrumZp6ta
— Enrique Garcia-Sayan, MD, FACC, FASE (@EGarciaSayan) January 17, 2020
Muy interesante este caso compartido por francesca graziani (@frances82041486).
Severe biventricular hypertrophy with infundibolar obstruction (gradient 180 mmHg), small VSD with right-to left shunt and LVOTO @RosaLillo14 @Elena01808299 @Antonel03845139 #echofirst #cardiotwitter #JADEL #ACHD @fazalabul @massbolo pic.twitter.com/0yGY9eBdZA
— francesca graziani (@frances82041486) January 17, 2020
Otro interesante caso compartido por kazi ferdous (@fazalabul).
25 yo female with h/o recurrent stroke with recurrent abortion pic.twitter.com/o4jlpZDajW
— kazi ferdous (@fazalabul) January 16, 2020
¿La aorta más grande en el Libro Guinness? Caso compartido por Sergio Barros-Gomes (@SBarrosGomes).
30yo Marfan w humongous 102 mm aortic aneurysm & type A dissection. Note 2 intimal flaps, one supra-annular & another in the distal ascending/aortic arch involving brachiocephalic a. Severe secondary AR, lack of coaptation, PISA formation & abd Ao holodiastolic flow #echofirst pic.twitter.com/rZFQTFsLLY
— Sergio Barros-Gomes (@SBarrosGomes) January 16, 2020
Instructivo caso el compartido por Cardiología HSJD Aljarafe (@CardioHSJD).
Paciente con dolor torácico y troponina en zona gris. Utilidad de los ecopotenciadores.??#echofirst @ASE360 @ImagenCardiaca @SISIACOficial #sonovue pic.twitter.com/lWRgfax3He
— Cardiología HSJD Aljarafe (@CardioHSJD) January 17, 2020
Completo caso el compartido por Enrique Garcia-Sayan, MD, FACC, FASE (@EGarciaSayan).
Establishing mechanism and severity of regurgitation in a patient referred for "severe TR". Role of #3DTEE to localize pathology and clarify severity. What do you think is going on (scroll down for poll, opinions are welcome). #EchoFirst #1MinutEcho pic.twitter.com/AVQE2kTDpc
— Enrique Garcia-Sayan, MD, FACC, FASE (@EGarciaSayan) January 12, 2020
Also note that identification of TV leaflets, morphology and mechanism of TR can be aided by biplane from TEE 60-80 view which spans septal leaflet, anterior towards Ao, and post away from Ao. 3D en face (as shown on above case) can be excellent, but not always possible. pic.twitter.com/bRrQVeS3JQ
— Enrique Garcia-Sayan, MD, FACC, FASE (@EGarciaSayan) January 14, 2020