View allAll Photos Tagged heartfailure
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Heart failure is very serious as you already know. There are a lot of treatments and new techniques that make surviving heart failure more common. But what happens after? These 4 steps will go a long way to ensuring you do not repeat a heart failure experience.
We roll out a Social Networking Promotional Platform that is unique for new Film Makers with a project that has been completed, and now your ready to create a sense of urgency a ‘buzz’ if you like, around your Film. This is the new World where studios, mini majors, independent international and domestic distribution companies need to see movement of a Film before they take it on. That’s What We Do For You, leaving you to be creative. - See more at: utdfilms.com/#sthash.RqL07vRw.dpuf
Irregular Blood Pressure, Blood Sugar May Up #Heart Attack Risk
People with fluctuations in weight, blood pressure, cholesterol and blood sugar levels are more likely to be at a higher risk of developing #HeartAttack , warns study
Know more updates at: cardiologyinsights.euroscicon.com
This 3D stereographic photo is of the CardioMEMS device, an implantable pressure sensor that wirelessly measures pulmonary artery pressures without requiring any batteries. It is used for heart failure patients to monitor their hemodynamics and estimate their volume status. This aids in prophylactically adjusting diuretics and heart failure medications before a patient becomes symptomatic and has to present to a hospital for a heart failure exacerbation. Reducing hospitalizations and HF exacerbations would aim to reduce mortality and improve quality of life.
The device is pretty amazing as it is very small and works indefinitely without batteries. The main component is a 15mm x 3.4mm x 2mm rectangle with two nitinol wire loops on each side that extend the length of the device to 4.5cm. Nitinol is a metal alloy of nickel & titanium that exhibits shape memory and superelasticity. Nitinol is commonly used for stents and other medical devices as it is biocompatible and folds up nicely in a tiny catheter before being deployed in the body where it expands to its full size and shape. This anchors the device in the distal pulmonary artery.
Its theory of operation is exceedingly simple in terms of design. It consists of a three dimensional coil of wire and two metal plates on two wafers of fused silica encased in silicone. The coil is produced through electrodeposition of gold onto a silica wafer in a vacuum chamber. Fusion bonding is used to join the silica wafers. The coil of wire forms an inductor and the two metal plates act as a capacitor in physics & electronics terms. This arrangement connected in a parallel loop forms a resonant LC circuit (L=inductance, C=capacitance). Depending on the capacitance and inductance of the components, the circuit will oscillate at a perferred resonant frequency. The capacitor in the CardioMEMS is exposed and very thin allowing the silica crystal and metal plates to deform with changes in pressure from the blood within the pulmonary artery. Changing the distance between metal plates of a capacitor changes its capacitance value thereby changing the devices resonant frequency. An external machine can ping and excite the coil with various electromagnetic radio frequencies until it is able to find its resonant frequency. By working backwards, the measured frequency can be converted into an estimated capacitance which can be correlated to an estimated pressure measurement.
The device is placed during the right heart catheterization (RHC) procedure when the physician threads catheters from a patient's veins through the right atria, past the tricuspid valve, through the right ventricle, and finally past the pulmonary valve into the pulmonary artery. Fluoroscopy or video x-rays along with radiopaque contrast are used to visualize the blood vessels and guide the catheters to their destination. During the RHC, the cardiologist will use a Swan-Ganz catheter to measure the actual pressure and calibrate the device's measured pressures to actual pressures.
doi.org/10.1177/1753944719826826
This photo is in 3D parallel view. More Instructions for viewing 3D images: www.3dphoto.net/text/viewing/technique.html
Stereo Viewer for all my photos: jongames.com/stereophoto/
#Dr.S.Srikar Samir Nandan M.D,DM(Cardiology Consultant)
#Interventional #Cardiology
Consequences for High BloodPressure
High blood pressure(HBP) can injure or kill's you
#DrSSrikarSamirNandan
ForAppointment:+91-8886655692
#Email:#drsrikarasiddamsetti@gmail.com
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Find more updates on #Cardiology: cardiologyinsights.euroscicon.com
An example of the new transesophageal echo visualization technology called TrueVue was shown at TCT 2018 for the first time. Philips’ new photo-realistic rendering is designed to offer a surgical view of cardiac
We roll out a Social Networking Promotional Platform that is unique for new Film Makers with a project that has been completed, and now your ready to create a sense of urgency a ‘buzz’ if you like, around your Film. This is the new World where studios, mini majors, independent international and domestic distribution companies need to see movement of a Film before they take it on. That’s What We Do For You, leaving you to be creative. - See more at: utdfilms.com/#sthash.RqL07vRw.dpuf
We roll out a Social Networking Promotional Platform that is unique for new Film Makers with a project that has been completed, and now your ready to create a sense of urgency a ‘buzz’ if you like, around your Film. This is the new World where studios, mini majors, independent international and domestic distribution companies need to see movement of a Film before they take it on. That’s What We Do For You, leaving you to be creative. - See more at: utdfilms.com/#sthash.RqL07vRw.dpuf
We roll out a Social Networking Promotional Platform that is unique for new Film Makers with a project that has been completed, and now your ready to create a sense of urgency a ‘buzz’ if you like, around your Film. This is the new World where studios, mini majors, independent international and domestic distribution companies need to see movement of a Film before they take it on. That’s What We Do For You, leaving you to be creative. - See more at: utdfilms.com/#sthash.RqL07vRw.dpuf
We roll out a Social Networking Promotional Platform that is unique for new Film Makers with a project that has been completed, and now your ready to create a sense of urgency a ‘buzz’ if you like, around your Film. This is the new World where studios, mini majors, independent international and domestic distribution companies need to see movement of a Film before they take it on. That’s What We Do For You, leaving you to be creative. - See more at: utdfilms.com/#sthash.RqL07vRw.dpuf
Find more updates on #Cardiology: cardiologyinsights.euroscicon.com
Computed tomography based measures of calcification in the abdominal #aorta are strong predictors of #heartattacks and other adverse #cardiovascular events stronger even than the widely used Framingham risk score
❤️😯
Find more updates on #Cardiology: cardiologyinsights.euroscicon.com
In a study of 5.4million adults in the UK,researchers found that above a systolic blood pressure of 115 mmHg associated with a41% higher risk of aortic stenosis and a 38% higher risk of aortic regurgitation later in life
Here is a clip from the CardioVisual app demonstrating cryoballoon ablation for atrial fibrillation. This therapy was designed to treat the pulmonary veins in the left atrium. ⠀
#afib #atrialfibrillation #ablation #nurse #veins #cardiac #cardiovascular #stroke #strokesurvivor #nursingstudent #cardiacnurse #cathlab #heartdisease #heart #cathlabnurse #instanursing #studentnurse⠀
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Learn More: drboonlim.co.uk/atrial-fibrillation/
We roll out a Social Networking Promotional Platform that is unique for new Film Makers with a project that has been completed, and now your ready to create a sense of urgency a ‘buzz’ if you like, around your Film. This is the new World where studios, mini majors, independent international and domestic distribution companies need to see movement of a Film before they take it on. That’s What We Do For You, leaving you to be creative. - See more at: utdfilms.com/#sthash.RqL07vRw.dpuf
A heart attack often comes without warning. Watch this video to understand what leads to a heart attack and how it can be treated.
Learn more about different conditions of heart:
Dr. Feras Bader, assistant professor of cardiology and director of the Heart Failure Program at the University of Utah School of Medicine, speaks at The Halle Institute's mini-summit on cardio-metabolic syndrome, Oct. 14, 2011. The mini-summit was part of The Halle Institute's Research Program.
Learn more: bit.ly/combating-cms
Photo by Chris Savas
Find more updates on #Cardiology: cardiologyinsights.euroscicon.com
Clip That Goes In Without Surgery Said To Offer Tremendous Benefits,A tiny #heart clip that can fix a leaky #heartvalve and save hundreds of thousands of lives appears to be a game-changer for heart failure patients😃❤️
We roll out a Social Networking Promotional Platform that is unique for new Film Makers with a project that has been completed, and now your ready to create a sense of urgency a ‘buzz’ if you like, around your Film. This is the new World where studios, mini majors, independent international and domestic distribution companies need to see movement of a Film before they take it on. That’s What We Do For You, leaving you to be creative. - See more at: utdfilms.com/#sthash.RqL07vRw.dpuf
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This 3D stereographic photo is of the CardioMEMS device, an implantable pressure sensor that wirelessly measures pulmonary artery pressures without requiring any batteries. It is used for heart failure patients to monitor their hemodynamics and estimate their volume status. This aids in prophylactically adjusting diuretics and heart failure medications before a patient becomes symptomatic and has to present to a hospital for a heart failure exacerbation. Reducing hospitalizations and HF exacerbations would aim to reduce mortality and improve quality of life.
The device is pretty amazing as it is very small and works indefinitely without batteries. The main component is a 15mm x 3.4mm x 2mm rectangle with two nitinol wire loops on each side that extend the length of the device to 4.5cm. Nitinol is a metal alloy of nickel & titanium that exhibits shape memory and superelasticity. Nitinol is commonly used for stents and other medical devices as it is biocompatible and folds up nicely in a tiny catheter before being deployed in the body where it expands to its full size and shape. This anchors the device in the distal pulmonary artery.
Its theory of operation is exceedingly simple in terms of design. It consists of a three dimensional coil of wire and two metal plates on two wafers of fused silica encased in silicone. The coil is produced through electrodeposition of gold onto a silica wafer in a vacuum chamber. Fusion bonding is used to join the silica wafers. The coil of wire forms an inductor and the two metal plates act as a capacitor in physics & electronics terms. This arrangement connected in a parallel loop forms a resonant LC circuit (L=inductance, C=capacitance). Depending on the capacitance and inductance of the components, the circuit will oscillate at a perferred resonant frequency. The capacitor in the CardioMEMS is exposed and very thin allowing the silica crystal and metal plates to deform with changes in pressure from the blood within the pulmonary artery. Changing the distance between metal plates of a capacitor changes its capacitance value thereby changing the devices resonant frequency. An external machine can ping and excite the coil with various electromagnetic radio frequencies until it is able to find its resonant frequency. By working backwards, the measured frequency can be converted into an estimated capacitance which can be correlated to an estimated pressure measurement.
The device is placed during the right heart catheterization (RHC) procedure when the physician threads catheters from a patient's veins through the right atria, past the tricuspid valve, through the right ventricle, and finally past the pulmonary valve into the pulmonary artery. Fluoroscopy or video x-rays along with radiopaque contrast are used to visualize the blood vessels and guide the catheters to their destination. During the RHC, the cardiologist will use a Swan-Ganz catheter to measure the actual pressure and calibrate the device's measured pressures to actual pressures.
doi.org/10.1177/1753944719826826
This photo is in 3D parallel view. More Instructions for viewing 3D images: www.3dphoto.net/text/viewing/technique.html
Stereo Viewer for all my photos: jongames.com/stereophoto/
I had some green grease filled blob that was excellent. If i have another in the next six months I'll definitely be visiting Kaiser. I highly recommend you visit this quality establishment.
This is page 14 of Martyn R. Thomas MD's presentation on Cardio Kinetix's Parachute in Patients with Ischemic Dilated Heart Failure. For more information on The Parachute Visit: www.cardiokinetix.com