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New device offers a quicker, less invasive way to seal tears and holes in blood vessels


New device offers a quicker, less invasive way to seal tears and holes in blood vessels
A team of researchers led by Nanyang Technological University, Singapore (NTU Singapore) has developed a device that offers a quicker and less invasive way to seal tears and holes in blood vessels, using an electrically-activated glue patch applied via a minimally invasive balloon catheter.
This device could eventually replace the need for open or keyhole surgery to patch up or stitch together internal blood vessel defects.
After inserting the catheter into an appropriate blood vessel, the glue patch - nicknamed Voltaglue - can be guided through the body to where the tear is located and then activated using retractable electrodes to glue it shut in a few minutes, all without making a single surgical cut. ....

United States , Manisha Singh , Terry Steele , Ellen Roche , Andrew Chin , Emily Henderson , Nanyang Technological University , Department Of Mechanical Engineering , Department Of Hand , Institute For Medical Engineering , Massachusetts Institute Of Technology , School Of Materials Science , Massachusetts Institute , Associate Professor Terry Steele , Materials Science , Associate Professor Ellen Roche , Mechanical Engineering , Medical Engineering , Assoc Prof Steele , Science Advances , Associate Professor , Associate Professor Andrew Chin , Reconstructive Microsurgery , Singapore General Hospital , Blood Vessel , Blood Vessels ,

New device minimizes hemostasis time for patients receiving cardiac catherization


New device minimizes hemostasis time for patients receiving cardiac catherization
A new study reveals the use of a potassium ferrate hemostatic patch (PFHP) reduces the time to hemostasis for patients receiving cardiac catherization. The findings indicate a faster approach to removing the compression band used during the procedure, without compromising safety.
Positive results of the STAT2 trial follow an initial pilot study and are being presented as late-breaking clinical science at the Society for Cardiovascular Angiography and Interventions (SCAI) 2021 Virtual Scientific Sessions.
Cardiac catherization is a procedure performed to evaluate the heart or arteries for patient diagnosis and interventions. This is increasingly performed using transradial approach, where a catheter is inserted through radial artery in the arm to the heart. A compression device called a TR band (TRB) is used to close the hole in the wrist made during the catherization process. Standard pro ....

Arnoldh Seto , Emily Henderson , Morristown Medical Center , Long Beach Va Health Care System , Society For Cardiovascular Angiography , Cardiovascular Angiography , Long Beach , எமிலி ஹென்டர்சன் , மோரிஸ்டவுன் மருத்துவ மையம் , நீண்டது கடற்கரை வா ஆரோக்கியம் பராமரிப்பு அமைப்பு , சமூகம் க்கு இருதய ஆஞ்சியோகிராபி , இருதய ஆஞ்சியோகிராபி , நீண்டது கடற்கரை ,

Welcome To IANS Live - SCIENCE - Complex cardiac procedure performed at Hyd hospital


Photo Credit: IANS
IANSLive
Hyderabad, April 26 (IANS) A 60-year-old man who is working as an IT consultant got a new lease of life after a team of cardiologists at a city hospital performed a complex cardiac procedure called 3-dimensional mapping of heart along with radio frequency ablation.
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Update: 26-April-2021 ....

Andhra Pradesh , India Private , News Service , All Rights , ஆந்திரா பிரதேஷ் , இந்தியா ப்ரைவேட் , செய்தி சேவை , அனைத்தும் உரிமைகள் ,

Robotic platform offers safe and precise steering of surgical catheters


Robotic platform offers safe and precise steering of surgical catheters
Traditionally, the success of a minimally-invasive surgical (MIS) procedure is dependent on the clinician s capabilities. Prominent MIS procedures include vascular surgeries, during which catheters are inserted into the body, steered to a target location, and used to treat a vascular disease. A particular challenge in vascular surgeries is the accurate positioning of the catheter tip. Researcher Christoff Heunis of the University of Twente came with a solution.
He designed the ARMM system, a robotic surgical platform that steers surgical catheters through externally-generated electromagnetic fields. Heunis envisions it to be a safe and precise alternative to manual steering and hope to provide surgeons with the dexterity required to complete an intervention faster. Today Heunis will defend his PhD work on this topic. ....

South Africa , Sarthak Misra , Christoff Heunis , Emily Henderson , University Of Twente , Biomechanical Department , Technical Medicine Centre , Advanced Robotics , Magnetic Manipulation , Surgical Robotics Laboratory , Medisch Spectrum Twente , Meander Medisch Centrum , Flux Robotics , Digital Euregio Summit , சர்தக் மிஸ்ரா , எமிலி ஹென்டர்சன் , பல்கலைக்கழகம் ஆஃப் இருபது , அறுவை சிகிச்சை ரோபாட்டிக்ஸ் ஆய்வகம் ,