Nihar Mehta
Latest contributions
Rapid-fire - Nightmares in the cathlab - Part 3
21 Nov 2023 – From PCR London Valves 2023
Consult this session to uncover challenging scenarios: navigate the complications of balloon-expanding TAVI embolization triggered by a Starr Edwards valve in the mitral position, delve into the nightmare of an embolic stroke post-TAVI in a patient with a porcelain aorta, explore the complexities of TAVR following two...
Tricuspid valve interventions in complex scenarios
20 Nov 2023 – From PCR London Valves 2023
Explore innovative tricuspid valve interventions with this selection of cases: witness the application of combined transcatheter tricuspid annuloplasty and edge-to-edge repair to address a torrential tricuspid regurgitation, discover a novel technique for uncrossable tricuspid valve-in-valve scenarios, delve into the management of severe tricuspid regurgitation in a...
Rapid-fire - Challenging TAVI procedures - Part 1
19 Nov 2023 – From PCR London Valves 2023
Discover challenging TAVI procedures in this session, including: TAVI in a small aortic annulus with chimney stenting, TAVI with ACURATE Neo 2 and coronary protection in a horizontal aorta with low coronary height, simultaneous kissing balloon inflation technique for effective coronary protection during TAVI, and much...
Rapid-fire - Nightmares in the cathlab - Part 1
19 Nov 2023 – From PCR London Valves 2023
Discover intriguing cases featured in the PCR London Valves 2023 course: learn about a rare malfunction in a Mitral TEER device, delve into the complexities surrounding a self-expanding valve TAVI where embolisation poses a threat towards the left ventricle, explore the challenges associated with TAVR in...
TAVI challenges: session 4
29 Nov 2022 – From PCR London Valves 2022
This PCR LV 2022 session includes no less than 8 cases of TAVI complications, including TAVR in iatrogenic acute native pure aortic regurgitation, TAVI in a young patient after orthotopic liver retransplantation, or percutaneous treatment of a subaortic membrane using a self-expandable TAVR.
