#Heart and Vascular Hospitals in Dubai | Explore Tumblr posts and blogs

indiamedicaltourism · 7 months ago

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Heart Transplant in India for Foreign Patients

Heart transplant is a surgery that removes the diseased heart from a person and replaces a healthy heart. It is taken from a healthy organ donor. A heart transplant is the best treatment choice for heart failure. It is a last resort treatment for people who have end-stage heart failure or severe coronary disease. It means the heart has eternal damage or weakness that keeps it from pumping enough blood to your body. Heart transplants are more difficult than other organ transplant surgeries. A heart transplant is a deceased organ donation process. When the person is technically dead, brain dead but the organs are still functioning then it is acceptable for organ donation. After taking a transplant there is some medical care for any complications. There are many reasons for heart failure as such: heart defects present at birth, heart attack, high blood pressure, irregular heartbeats, enlarged or thick and stiff heart muscle, alcoholism, anemia, etc. The main two types of heart transplantation surgery are Heterotopic and Orthotopic Heart Transplant.

Heart Transplant Cost in India

In India heart transplant costs generally depend on organ recovery and transport charges. It is based on many different factors like the city, hospitals, surgeons, donors, and patients' overall health. It is also based on pre-transplant evaluation and post-transplant recovery period. The average cost of a heart transplant starts from INR 9Lks up to 20Lks (10,000 USD-23,000USD).

Best Heart Transplant Hospitals in India

Most of the hospitals that provide heart transplants in India give the best quality of healthcare to the patient with the help of experienced nursing staff & latest medical technology. These hospitals provide many facilities like ultra-modern infrastructure, lab tests & diagnostics, emergency and trauma care, patient support & medical care as required for the treatment plan. Some of the hospitals are:

Sir Ganga Ram Hospital (Delhi)

PSG Hospitals (Coimbatore)

Fortis Escorts Heart Institute & Research Centre (Gurgaon)

Max Super Speciality Saket (Delhi)

Sri Ramchandra Medical College & Research Institute (Chennai)

Kovia Medical Centre & Private LTD (Chennai)

Top Heart Transplant Surgeons in India

Heart transplantation has a high success rate in India. People live long lives after receiving their new heart.There are many well-known doctors for heart transplants. They can successfully replace hurt with their years of expertise and high knowledge. They all are the best cardiovascular surgeons. They are supported by state of the art facilities and teams that ensure comprehensive care for patients. Here are some of the leading heart transplant surgeon’s names in the country:

Dr. Naresh Trehan (Chairman&Managing Director-Cardiologist)

Dr. Devi Prasad Shetty (Chairman&Founder of Narayana, Cardio-Oncologist)

Dr.Yugal K Mishra (Cardio-Vascular, Robotic Surgery)

Dr. Rajnesh Malhotra (Director, Cardio-Vascular&Throacic Surgeon)

Dr. Naresh Trehan (Chairman& MD, Cardio-Vascular Seergeon)

Dr.GaneshakrishnanLyer (Cardiothoracic &Vascular Surgeon)

Al AfiyaMedi Tour is a leading medical tourism company in India. We offer medical tourism services such as finding the right doctor, the right hospital, and cost estimation etc. Some of the main countries are Bangladesh, South Africa, Egypt, Uganda, Zambia, Sudan, Dubai, Namibia, Iraq, Kenya, Saudi Arabia, Ethiopia, Nigeria, and so on. We provide free medical assistance for TURP surgery cost, lung cancer treatment, liver transplant cost, blood cancer treatment cost, the best hospital for heart valve replacement, heart valve surgery, arthroscopic surgery, bone marrow transplant cost, best liver transplant hospital, top knee replacement surgeons, knee replacement surgery cost, top shoulder replacement surgeons, etc.

Source: https://alafiyameditour1.blogspot.com/2024/05/heart-transplant-in-india-for-foreign.html

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dubaibestblog · 7 months ago

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CharmeMedical Cosmetics: Elevating Beauty in Dubai

Nestled in the vibrant cosmopolitan hub of Dubai lies CharmeMedical Cosmetics, a beacon of excellence in the realm of aesthetic enhancement. Boasting a fusion of medical expertise and artistic finesse, Charmemedical cosmetics in dubai stands as a premier destination for individuals seeking to refine their beauty with precision and sophistication.

At the heart of CharmeMedical Cosmetics’ offerings is a commitment to excellence in endovascular surgery, a specialized field that addresses vascular conditions with minimally invasive techniques. Led by a team of seasoned vascular specialists, CharmeMedical Cosmetics provides cutting-edge solutions for conditions ranging from varicose veins to arterial disease, ensuring optimal outcomes and swift recoveries for patients seeking vascular intervention in Dubai.

Beyond endovascular surgery, aesthetic in dubai houses a cadre of esteemed dermatologists renowned for their mastery in skin rejuvenation and enhancement. Leveraging state-of-the-art technologies and advanced techniques, these dermatological experts cater to an array of skincare concerns, from acne and hyperpigmentation to aging and sun damage. Whether clients seek personalized treatment plans or indulgent pampering sessions, CharmeMedical Cosmetics offers a sanctuary of rejuvenation and transformation.

Moreover, CharmeMedical Cosmetics stands as a paragon of excellence in the realm of plastic surgery, earning accolades as the go-to destination for discerning individuals in pursuit of the best plastic surgery in dubai. With a focus on natural-looking results and patient-centric care, the board-certified plastic surgeons at CharmeMedical Cosmetics specialize in a comprehensive range of procedures, including rhinoplasty, facelifts, breast augmentation, and body contouring.

In essence, CharmeMedical dental clinic and dentist in dubai represents a harmonious convergence of medical precision, aesthetic vision, and unparalleled hospitality, defining a new standard of beauty enhancement in Dubai and beyond. From endovascular interventions to dermatological treatments and transformative plastic surgeries, CharmeMedical Cosmetics stands poised to elevate beauty and empower individuals on their journey to self-enhancement and confidence.

#dental clinic and dentist in dubai #best plastic surgery in dubai #aesthetic in dubai

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mediqhealthcare · 5 years ago

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If you feel irregularity in your heartbeat, you must consult an Electrophysiologist (EP). An EP is a healthcare provider and an expert who treats to manage and correct the heart rhythm problems. If you need Best Cardio Electrophysiologist Doctors In Dubai. Medi Q Healthcare hospital has some of the Best Electrophysiologist Doctors in Dubai. It is also amongst the best health and vascular hospitals in Dubai. Know more read this article https://bit.ly/3dxtvUS

#Heart and Vascular Hospitals in Dubai #Heart and Vascular Hospitals #Best Electrophysiologist Doctors in Dubai.#Electrophysiologist Doctors in Dubai

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viral-techno · 2 years ago

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[ad_1] Medical doctors and researchers from Saudi Arabia, the Emirates, Australia and America have gained the Sheikh Hamdan bin Rashid Al Maktoum Prize for Emirati Medical Sciences, which is the best Arab prize within the discipline of well being and is described because the Arab Nobel Prize for Medication. Sheikh Rashid bin Hamdan, Supreme Chairman of the Hamdan Academic Basis, honored 14 winners of the award throughout its twelfth session, which has infectious illnesses as its primary theme. The winners have been honored at a grand ceremony held on the Museum of the Future in Dubai. The checklist of winners included Dr Ian Hector Fraser, a professor on the College of Queensland Medical College in Australia, and the late Dr Jian Zhou, a former analysis scientist on the Lyon Laboratory. The 2 scientists have been concerned in analysis on the human papillomavirus, which resulted within the growth of a vaccine in opposition to the strains of human papillomavirus liable for instances of cervical most cancers. Abdullah bin Souqat: The award goals to assist docs and well being science researchers within the Arab area and world wide (Emirates Information Company) Among the many winners is Mark LaForce, a medical professor of drugs at New York College's Langone College of Medication, who in 2010 offered a low-cost vaccine in opposition to the meningococcal micro organism liable for meningitis in sub-Saharan Africa. The prize for the perfect faculty and medical middle within the Arab world was gained by the School of Medication of King Abdulaziz College in Saudi Arabia. The Distinguished Medical Personalities Award within the Arab World went to Fawzan Al-Kuraya, Professor of Human Genetics at Al-Faisal College in Saudi Arabia, who is taken into account one of many main researchers within the discipline of genetics and who established the Developmental Genetics Laboratory and Mendelian Genome Program at King Faisal Specialist Hospital and Analysis Heart. The prize for the perfect medical service within the authorities sector within the United Arab Emirates was gained by the Genome Heart of the Al Jalila Kids's Specialty Hospital in Dubai. The Distinguished Medical Personalities award was gained by Dr. Wael Al-Mahmeed, marketing consultant on the Coronary heart, Vascular and Thoracic Institute in Abu Dhabi. The dean obtained #Medical College b #King Abdulaziz College Sheikh Hamdan Bin Rashid Al Maktoum Award for Medical Sciences in its twelfth session as the perfect medical college within the Arab world. Which has not too long ago been topped by the school, resulting from its educational applications and analysis tracks that contribute to enhancing the standard of life. https://t.co/aj952341mq pic.twitter.com/xiBI28QU5e - King Abdulaziz College (@kauweb) November 23, 2022 The Minister of Well being and Group Welfare of the United Arab Emirates advised the German Press Company that the selection of the theme "Infectious illnesses" because the central theme of the prize, throughout its present session, goals to assist the efforts aimed toward supporting the well being sector and enhancing its preparedness. . Abdullah bin Souqat, a member of the board of administrators of the prize, indicated that the prize - which has a monetary worth of two million and 800 thousand dirhams (762,314 US dollars) - goals to offer assist to docs and scientists in well being within the Arab area and the world, in a manner that contributes to offering the perfect medical care to sufferers, and to discovering new therapies for incurable, infectious, hereditary and uncommon illnesses, in a manner that contributes to the service of humanity. It must be famous that the award was established in Dubai in 1999 and goals to honor people, universities and analysis facilities that obtain distinctive achievements in medical sciences and contribute to assuaging struggling, particularly for many who are uncovered to harsh circumstances in areas of pure disasters, famines and wars.

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nursingucgconference · 2 years ago

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About Cardiac Nursing

Cardiac Nursing:

Patients with varied cardiovascular problems are treated by nurses who specialise in cardiac nursing. Under the supervision of a cardiologist, cardiac nurses assist in the treatment of illnesses such unstable angina, cardiomyopathy, coronary artery disease, congestive heart failure, myocardial infarction, and cardiac dysrhythmia.

A surgical unit's postoperative care, stress test analyses, cardiac and vascular monitoring, and health evaluations are all tasks carried out by cardiac nurses. Cardiac nurses must be certified in both Basic and Advanced Cardiac Life Support. Additionally, cardiac nurses need to be skilled in administering medications via continuous intravenous drip, defibrillation, and ECG monitoring. Coronary care units (CCU), cardiac catheterization, intensive care units (ICU), operating rooms, cardiac rehabilitation facilities, clinical research, cardiac surgery wards, cardiovascular intensive care units (CVICU), and cardiac medical wards are just a few of the settings where cardiac nurses work.

UCG Committee invites authors to submit abstracts for the CME/CPD accredited 12th International Nursing, Healthcare & Patient Safety Conference, scheduled on 25-27, July 2023 in Dubai, UAE.

Submit here: https://nursing-healthcare.universeconferences.com/submit-abstract/

What Is the Role of a Cardiac Nurse?

Cardiologists supervise cardiac nurses as they perform a variety of duties to treat both acute and long-term heart diseases. They use devices like defibrillators for individuals who have acute heart failure, such as heart attacks or cardiac arrest. Heart surgery may also be assisted by cardiac nurses.

Cardiovascular nurses may monitor and evaluate heart problems in patients with chronic illnesses. They perform or assist with a variety of medical procedures, such as catheterization lab or advanced cardiac life support.

Basic Skills:

Modern cardiopulmonary resuscitation

Customer service

Catheterization

Debrilliation

Critically analysing

Communication

For an interesting and enlightening educational experience. Interact with top speakers and researchers, and connect with colleagues from around the globe. Note: Abstract Submission Deadline is November 10th, 2023.

Submit here: https://nursing-healthcare.universeconferences.com/submit-abstract/

Where do Cardiac Nurses Work?

ICU:-

After a cardiac arrest or heart attack, cardiac nurses in ICU units might need to utilise a defibrillator or deliver specific medications. They may employ catheters and balloon pumps as intracardiac devices, along with telemetry or hemodynamic monitoring. After procedures, patients are often recovered in cardiac ICUs.

Unit for Hospital Cardiology:-

Electrocardiograms and heart rate are monitored, medications and other treatments are given, and patients and their family are informed about their condition.

Surgical Unit in a Hospital:-

Assist the surgeon with any jobs that arise during surgery, help patients get ready for it, and aid in their recovery afterwards.

Why work as a Cardiovascular Nurse?

If working as a cardiovascular nurse appeals to you, make sure to weigh the benefits and drawbacks of the vocation before deciding whether to go for it.

UCG Committee invites authors to submit abstracts for the CME/CPD accredited 12th International Nursing, Healthcare & Patient Safety Conference, scheduled on 25-27, July 2023 in Dubai, UAE

Advantages to Becoming a Cardiac Nurse:-

Nurses who focus on chronic health often build relationships with their patients, which can make their work fulfilling.

Nurses who work in critical care settings save lives in imminent danger, which can also be fulfilling.

Potential for career growth; cardiology nurses can earn graduate degrees and become cardiac nurse practitioners.

Important Information:

Conference Name: 12th International Nursing, Healthcare, and Patient Safety Conference

Short Name: 12NHPSUCG2023

Dates: July 25-27, 2023

Venue: Dubai, UAE

Email: [email protected]

Visit: : https://nursing-healthcare.universeconferences.com/

Call for Papers: https://nursing-healthcare.universeconferences.com/submit-abstract/

Call Us/WhatsApp Us: +12073070027/ +442033222718

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aminahospital12 · 3 years ago

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Cardiology Doctors In UAE | Amina Hospital

Amina Hospital's Cardiology department provides expert cardiac treatment and genuine care for the management of heart ailments in both adults and children.Do you searching for the best Cardiology Doctors In UAE ,We have the world's most respected cardiologists, heart and vascular surgeons, and a wide range of treatments are available. . Amina Hospital is one of the best heart hospitals in Dubai, specialising in heart disease treatment and heart transplantation at high success rate.

#Heart Specialists In Ajman #Best Cardiology Hospital In UAE

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newsinsights · 3 years ago

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Transradial Closure Devices Market is set to grow by 6.5% CAGR during the forecast period from the year 2020 to 2030

The transradial closure devices market is growing with the increasing cases of cardio vascular diseases all over the world. A new study by Future Market Insights (FMI) has projected the market to rise at 6.5% CAGR between 2020 and 2030. According to the report, demand will rise consistently on the back of surging cases of cardiovascular ailments caused by stress, unhealthy lifestyle, and others factors.

According to World Health Organization (WHO), every year cardiovascular diseases cause an estimated 31% of death occurring worldwide. Also a 2016 Heat Disease and Stroke Statistics update by the American Heart Association stated that over 15 million people in the U.S. have coronary heart disease.

With no signs of the incidence slowing down, the demand for procedures such as angiography, angioplasty, percutaneous coronary intervention (PCI), and others will continue rising. Consequently, the demand for transradial closure devices is surging rapidly all over the world.

Radial access is highly efficient in providing faster mobility to patients due to smaller incision. Furthermore, chances of infection at site is lower in radial access as compared to transfemoral access, which makes it highly preferred by diverse end users, starting from hospitals to specialized clinics.

The outbreak of COVID-19 pandemic is anticipated to impact the market negatively. The temporary period of lull could continue until the next year. However, the transradial closure devices market has high potential to grow further in the coming years.

FMI offers an exhaustive overview of the transradial closure devices market, its growth drivers, and restraints.

Some of the key takeaways from the report are highlighted below-

Band or strap based transradial closure type devices are expected to lead in the market during the forecast period

Disposable devices are anticipated to gain traction in terms of usage

Application of transradial devices in diagnostic segment will remain high throughout the forecast period

Among the end users, independent catheterization centres will emerge dominant in the coming years

North America will lead in the global market followed by Europe

Get Report Sample @ https://www.futuremarketinsights.com/reports/sample/rep-gb-12841

Due to the rising cases of cardio vascular diseases, there has been increase in surgical and diagnostic procedures related to it. Transradial access (RA) being associated with less complications, is highly preferred by the various end users such as ambulatory surgical centers, hospitals, and others. In the coming years, the uptake of transradial closure devices will therefore rise especially since patients are increasingly willing to spend on procedures that ensure shorter hospital stays,” says an FMI analyst.

COVID-19 Impact Analysis

Due to the outbreak of COVID-19 pandemic, manufacturing process of transradial closure devices was hampered during the lock down. Contrary to this, novel coronavirus might cause cardiovascular concerns, which has resulted in surge in demand for the transradial closure devices in hospitals, specialized clinics, and other segments.

As per the latest study by FMI, the global transradial closure devices market has high potential to overcome the threats posed by the ongoing pandemic and grow further in the coming years.

Who is Winning

The global transradial closure devices market is highly competitive. In order to strengthen their foothold market players are focusing on the launch of ultra-modern transradial closure devices.

For instance, Comed B.V has launched their new Io™ Radial Compression Tourniquet (Io™ RACT) which is effective to compress the radial artery puncture, post procedure in the current year. Their Io™ RACT is small, and especially designed to optimize compression, view the puncture side and deflate the compression balloon.

Merit Medical, Inc. has launched their exclusive PreludeSYNC™ Radial Compression Device which assists in achieving vascular hemostasis in the recent year. Their PreludeSYNC™ Radial Compression Device is available with the safety and convenience of a specialized connection device and syringe.

More Valuable Insights on Transradial Closure Devices Market

In the latest report by Future Market Insights, we offer an unbiased analysis of the global transradial closure devices market, providing historical data for the period of 2015-2019 and forecast statistics for the period of 2020-2030. In order to understand the global market potential, its growth and scopes, the market is segmented on the basis of product type (band/strap based, knob based, plate based), usage (disposable device, reusable device), application (surgical intervention, diagnostics), end user (hospitals, independent catheterization centers, ambulatory surgical centers, specialized clinics), across six major regions (North America, Latin America, Europe, South Asia, East Asia, Oceania, MEA).

Any Queries, Ask an Expert @ https://www.futuremarketinsights.com/ask-question/rep-gb-12841

Why Future Market Insights?

Comprehensive analysis on evolving purchase pattern across different geographies

Detailed insights of market segments and sub-segments for historical as well as forecast period

A competitive analysis of prominent players and emerging players in the Transradial Closure Devices Market

Detailed information about the product innovation, mergers and acquisitions lined up in upcoming years

Ground breaking research and market player-centric solutions for the upcoming decade according to the present market scenario

Visit More Healthcare Reports:

Electronic Stethoscope Market: Electronic Stethoscope Market: Computer-aided Auscultation with Enhanced Acoustics to Edge Out Traditional Stethoscopes: Global Industry Analysis (2014 – 2018) & Opportunity Assessment (2019 – 2029)

Home Sleep Screening Devices Market: Home Sleep Screening Devices Market: Integrated Approaches to Patient Care and Better Compliance to Enhance Demand: Global Industry Analysis (2013 – 2017) & Opportunity Assessment (2018 – 2028)

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About FMI

Future Market Insights (FMI) is a leading provider of market intelligence and consulting services, serving clients in over 150 countries. FMI is headquartered in Dubai, the global financial capital, and has delivery centers in the U.S. and India. FMI's latest market research reports and industry analysis help businesses navigate challenges and make critical decisions with confidence and clarity amidst breakneck competition. Our customized and syndicated market research reports deliver actionable insights that drive sustainable growth. A team of expert-led analysts at FMI continuously tracks emerging trends and events in a broad range of industries to ensure that our clients prepare for the evolving needs of their consumers.

Contact

Mr. Abhishek Budholiya

Unit No: AU-01-H Gold Tower (AU), Plot No: JLT-PH1-I3A,

Jumeirah Lakes Towers, Dubai,

United Arab Emirates

MARKET ACCESS DMCC Initiative

For Sales Enquiries: [email protected]

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Press Release: https://www.futuremarketinsights.com/press-release/transradial-closure-devices-market

#Transradial Closure Devices Market

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tastydregs · 7 years ago

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FDA Clears Software for Corindus CorPath GRX Surgical Robot

By TRR Editor | March 5, 2018

Corindus’ CorPath GRX system. (Photo Credit: Corindus)

Corindus Vascular Robotics has received 510(k) clearance from the U.S. Food and Drug Administration (FDA) for the first automated robotic movement designed for its CorPath GRX platform.

Called “Rotate on Retract” (RoR), the proprietary software feature is the first automated robotic movement in the technIQ Series for the CorPath GRX platform. It allows the operator to quickly navigate to a targeted lesion by automatically rotating the guidewire upon joystick retraction.

In December 2017, Corindus completed the first commercial installation of its CorPath GRx robotic system outside of the US. The system was purchased by the Apex Heart Institute in Ahmedabad, India. Together the organizations will develop a training center for interventional cardiologists on using the platform in robotic-assisted percutaneous coronary interventions.

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Preclinical data presented at the Transcatheter Cardiovascular Therapeutics (TCT) Conference in October 2017 demonstrated a significant reduction in wiring time among a highly-experienced group of physicians when comparing robotic wiring versus robotic wiring with RoR enabled.

Following the software’s CE Mark approval in January 2018, interventional cardiologists Arif Al Nooryani, M.D. and Wael Aboushokka, M.D. of Al Qassimi Hospital in Sharjah, Dubai, UAE, performed the first percutaneous coronary interventional procedures (PCI) in the world using RoR.

Today Nelson Bernardo, M.D., Medical Director of the Peripheral Vascular Laboratory at MedStar Heart Institute, will be performing a robotic-assisted peripheral intervention utilizing RoR, which will be broadcast live to the Cardiovascular Research Technologies (CRT) Meeting in Washington, D.C.

“This first-of-its-kind automation software has the potential to extend the clinical capabilities of CorPath GRX in more complex procedures,” said J. Aaron Grantham, M.D., Chief Medical Officer of Corindus and practicing Interventional Cardiologist at Saint Luke’s Mid America Heart Institute. “Bringing consistency to interventional procedures through advanced wire movements has the opportunity to reduce procedure time and enhance patient outcomes.”

“FDA clearance of this new software feature marks the first step on our path to full autonomous navigation,” said Mark Toland, President and CEO of Corindus. “Over the next several years, we will focus on automating the techniques of world-class physicians to make them available to every hospital with a vascular robotic program. We believe artificial intelligence through procedural automation will increase the value of robotics in the cath lab by reducing variability of treatment and procedure time, and improving the overall quality of patient care.”

In January 2018, Corindus announced a partnership with the Mayo Clinic to launch preclinical studies exploring the use of telestenting. This a robotic treatment for percutaneous coronary interventions that can be remotely operated by physicians. Corindus said there is a global shortage of PCI operators; telestenting could serve as a solution to geographic and workforce barriers.

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sps06 · 6 years ago

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Best Cardiac Surgery Hospital in Punjab | SPS Hopitals Ludhiana

SPS Hospitals Ludhiana is one of the Best Cardiac Surgery Hospital in Punjab.

High risk cases done by Dr Manoj Aggny in the initial years of cardiac surgical practice in Mumbai after return to India:

Complex coronary cases:

CABG - coronary artery bypass grafting - operation to bypass blocks in the arteries of the heart . Thus, give more blood supply to the heart muscle, give relief from chest pain and/or breathlessness, decrease in a huge manner the chances of an heart attack in the future and thus improve life survival. The connotation " x 3" or " x 4" would indicate the number of arteries bypassed.

MI - Myocardial infarction or in layman's language a "heart attack". 1. CABG x 3, on IABP (Intra aortic ballon pump) – 2 patients: a 53 yrs old gentleman & a 47 yrs old gentleman. Both had severe triple vessel CAD - coronary artery disease (blocks in all the three main arteries of the heart) and critically depressed left ventricular function ( severely decreased strength of the main pump in the heart). EF = 15%. Normal value: More than 60%.

Postoperative echocardiogram : Pt 1. EF – 30% and doing great 7 yrs after surgery. Pt 2. EF – 25% and doing fine 5 yrs after surgery.

2. CABG x 3 and Mitral Valve Repair in a 48 yrs old executive for severe Grade IV Ischemic Mitral Regurgitation (MR) ( severely leaking heart valve after a heart attack ) due to recent heart attack (MI). Postoperative echocardiogram : Trace MR. No complaints at 6 yrs follow up.

3. CABG X 3, in a 64 yrs old man with triple vessel disease, severe COPD (FEV1-0.8) and severe anemia (Hb -8g%). Follow up 5 yrs later doing good.

4. Emergency CABG x 3 - 45 yr old MTNL employee, completely occluded LAD, D1, D2 & RCA with fresh thrombi, 90% Cx lesion and had been thrombolysed unsuccessfully. Discharged home on postoperative day 7. At 6 yrs follow up: doing good.

5. Emergency CABG x 3 within hours of completion of coronary angiogram in a 40 yr old man with a negative Stress test and a 95% Left main stenosis on coronary angiogram. Climbed a flight of stairs on postop day 3. Discharged home postoperative day 5. At 5 yrs Followup: doing fine.

6. CABG x3 in a 64 yr old IDDM patient with TVD, Recent MI, Leriche’s syndrome, Diabetic nephropathy and Gangrenous left foot. Underwent a vascular procedure uneventfully a week later. At 6 yrs followup: stable and good.

7. Emergency CABG x 3….80 yrs old patient, Lt. main CAD, LVF, on ventilator, status post thrombolysis 12 hours ago…….Discharged on day 10 and doing great on 6 yearly follow-up visit.

8. CABG x3 in a blind 64 yr old IDDM patient from Nairobi, with TVD, Hypertensive Pulmonary edema, Bilateral Iliofemoral blocks, Diabetic retinopathy and Gangrenous feet. Extubated 5 hrs post-op. 4 yrs follow up: Doing fine.

Complex Adult Valvular cases:

9. Aortic valve replacement, extensive dealcification and aortoplasty for fragile aorta in a 40 yrs old, 40 kg lady with severe calcific bicuspid aortic stenosis & a small aortic root : 19mm. Preoperative near systemic PASP: 82 mm Hg, EF = 20% and Peak Gradient across Aortic valve – 175. Postopertive echocardiogram: EF – 45% and PASP – 29 mm Hg. Follow up: doing great 6 yrs later.

10. MVR and Tricuspid annuloplasty in a 40 yr old lady with Severe Mitral Insufficiency, severe Tricuspid Insufficiency and suprasystemic PH – PASP 102 mmHg. Sildenafil (Viagra) postoperative for recalcitrant PH. On last echo: PASP-35, excellent prosthetic valve function, No TR. Completed her seventh anniversary a few days ago.

11. 71 yrs old, 100% LAD, 19mm Aortic calcific annulus …..Root enlargement + AVR (Mosaic) + CABG. Smooth uneventful postoperative recovery. At 5 yr: followup: doing great.

12. AVR with a large valve…27 mm in a 23 yrs old, 185 cms tall, Engineering student, with a 28 mm vegetation on the aortic valve despite 6 wks of antibiotics. Discharged home day 7 and on 5 yrs follow up asymptomatic.

13. AVR in a 28 yrs old young man with severe aortic regurgitation and poor LV function – EF= 25 %. Smooth recovery and discharge on postop day 6. Sadly died 6 months later with RVD.

14. MVR in a 34 yrs old man with a 7.5 cms LA clot completely adherent to Lt.Atrium. At 4 yrs follow up: doing fine.

15. MVR with TA in 6 patients with Aneurysmal LA: 8 - 10 cms: 3 in Jan’08 and 2 in Dec’07 and 1 in Sept’08. All discharged home 5 - 8 days postoperatively and doing fine at 4 -5 yrs follow up.

Pediatric cases – complex congenital.

16. Clearance of tight Right Ventricular Outflow Tract obstruction,14 yr old girl - From

Hegar size 6 to Hegar size 18. She had a Double chambered right ventricle – DCRV - a rare entity. RV proximal chamber pressure – 225mmHg. Arguably, highest recorded, in history. Postoperative echocardiogram: RVSP – 60 mm Hg. Doing great 6 yrs later.

17. Intraventricular Tunnel Repair and Pulmonary volvotomy in a 8 yr old girl with Double outlet Right ventricle (DORV),doubly commited VSD and Pulmonic stenosis. Postopertive echocardiogram: Successful VSD channeling to aorta, no residual vsd or RVOTO. Fine on 6 yrs follow up.

18. Total correction done in a 16 yr old boy from Gujurat, with a complex congenital disease - Partial AV Canal, persistent Lt. SVC, Cleft mitral, Pulmonic stenosis and RV pressure of 140 mmHg. Preop O2 sat – 66. Postop O2 sat – 99. Asymptomatic on 3 yrs follow up.

19. Excision of Subaortic membrane,VSD closure and PDA ligation in a 6 yr old boy with Downs syndrome. Both, VSD closure and membrane excision done via right atrium. No LVOTO or residual shunt on last echo done 4 months postop. At 4 yrs follow up doing good.

20. Triple transfixation and Clipping in a 7 yr old girl with a Hypertensive Patent Ductus Arteriosus, PAP– 125/60 (normal – 25/10). Post op PAP 45/15. At 5 yrs follow up: doing fine.

Rare Infective case:

21. Excision of an Intracardiac mass in the RA, RV and completely occluding the IVC (with multiple liver abscesses) under circulatory arrest in a 49 yr old senior ONGC executive. Postoperative echocrdiogram: complete removal of the mass.

Medical tourism cases - operations successfully performed on patients from USA, UK, Dubai, Nigeria, Kenya, Iraq and Yemen:

CABG + MV Repair in a 58 yr old pt from Yemen admitted in cardiogenic shock due to recent ACS (IWMI) and severe MR.Discharged day 8.

CABG x3 in a 64 yr old IDDM patient from NJ, USA with TVD, Recent MI, Leriche’s syndrome,Diabetic Nephropathy and Gangrenous left foot. Underwent a vascular procedure uneventfully a week later. 6 yrs F/U: good.

CABG x3 in a blind 64 yr old IDDM patient from Nairobi, with TVD, Hypertensive Pulmonary edema, Bilateral Iliofemoral blocks, Diabetic retinopathy and Gangrenous feet. Extubated 5 hrs post-op. 6 yrs F/U: Doing fine.

CABG X 3 in a 55 yr old gentleman with severe CAD, HTN, DM. Discharged on postoperative day 8 and flew to Iraq a week later. Doing well 9 months later (telephonic consult via an interpreter).

AVR in a 84 yr old arab lady from UAE. She had severe Aortic Stenosis, G6PD deficiency, severe Anemia (Hb 7.8g%), COPD and CRF (Sr Creatinine – 2.9 mg ). Discharged day 6 and flew to Dubai on postoperative day 12. Doing well on 8 weeks follow-up.

For more Info, Get in Touch with us here! http://spshospitals.com/cardic-overview

#bestcardiacsurgeryhospital punjab hearttransplantation spshospitals ludhiana

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doxampage · 6 years ago

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Medical Applications of 3D Printing

3D printing medical applications are gaining tremendous momentum in the medical industry. As technology advances, 3D printers have progressed quickly, and the printing process is so precise that 3D printers can now even replicate the vascular systems needed to make organs viable. This technology is vital as over 114,000 people in the U.S. are on organ transplant waiting lists.

3D printing applications in medicine go well beyond recreating vascular systems. Here’s a look at the current various medical applications for 3D printing.

3D Printing Technology Commercially Available for Medical Applications

There are four primary uses of 3D printing in the medical industry today.

Tissues and organoids

Custom prosthetics

Surgical instruments

Surgical models that are specific to each patient

Scientists are currently researching how to manufacture organs such as a liver or heart using the 3D printing process. This technology is developing rapidly because of the necessity to find less expensive alternatives to current medical solutions. As a result, complex life-saving procedures are available to more people.

There are several available technologies currently used for 3D printing medical applications. Powder bed fusion is the one most commonly used to 3D print medical devices. Medical 3D printing uses this technology because of its compatibility with many materials used to make medical devices such as nylon and titanium.

Currently, the FDA has 3D printers that help them understand the capabilities of 3D printing for medical applications and how the general public can benefit from the industry’s use of this technology. They have other printing technologies along with 3D printing that they use to evaluate which parts of the workflows and processes of the printing affect the quality of the medical device once it’s finished.

Revolutionary 3D Printing Medical Application

Sometimes known as bioprinting, 3D printing is transforming the medical industry. It’s making surgical procedures faster and providing less-expensive solutions for creating prosthetic limbs and surgical tools.

3D printing is even replicating organoids and tissues, so physicians can learn more about how they function and the diseases that affect them.

Current 3D printing medical applications use imaging such as CT scans, MRI scans, X-Rays, and ultrasounds to create a digital model of the organ or tissue to be 3D printed. Physicians then upload scans to a 3D printer. Per Verdict Medical Devices, 3D printing for the medical field is forecasted to reach $3.5 billion by 2025. The main 3D printing medical applications are revolutionizing the medical field enhancing patient care.

Bioprinting- Organoids and Tissue Engineering

Physicians like surgeon Dr. Jason Chuen of the Austin Hospital in Melbourne say that 3D printing medical organs help doctors practice surgical procedures such as placing a stent in a heart. Dr. Chuen advised that with a model or organoid made from images of the actual patient, he could assess the bioprinted model much easier than the patient’s heart.

Evaluating the bioprinted model allowed him to make sure that the stent he would use was the correct size. Testing the size of a stent in a real patient clearly isn’t possible because of the invasiveness of the surgery. 3D printing technology makes this a viable option.

Organoids mimic actual organs only smaller opening up endless possibilities for everything from testing medical procedures to learning more about diseases. Medical companies such as Organovo are experimenting with 3D printing intestinal tissue and livers to study these organs in vitro and to help develop drug treatments for diseases.

The company announced in May 2018 that they had preclinical information on how liver tissue functions in a study of type one tyrosinemia. Tyrosinemia is a liver condition that affects how the body metabolizes tyrosine, an amino acid, because of its deficiency in the body.

Wake Forest Institute utilized a related approach to develop a brain organoid that could allow scientists to discover new drugs and for disease modeling. “In May 2018, they publicized that their organoids have a fully cell-based, functional blood-brain barrier that mimics normal human anatomy.” Wake Forest is also working on printing 3D skin grafts to apply to burn patients.

Rehearsing Surgical Procedures

Surgical rehearsal using bioprinted organoids helps surgeons’ practice to perform surgeries faster to reduce patient trauma, and the cost savings are substantial. It also allows surgeons to navigate complicated medical procedures.

Surgeries can cost $2,000 an hour so reducing how long it takes to do surgery can decrease the cost of operations considerably. Surgeons have rehearsed a broad range of procedures from spinal operations to full-face transplants. This 3D printing medical application is becoming a routine practice.

In Belfast in January 2019, surgeons practiced before a young woman’s kidney transplant successfully using a bioprinted model of the donor’s kidney. Her father was the organ donor, and there were many complications because his kidney had a dangerous cyst and his blood group wasn’t compatible with hers. Bioprinting allowed surgeons to find the location of the cyst and assess how big it was.

Physicians in Dubai operated on a patient who had a severe cerebral aneurysm using a bioprinted map of her blood vessels to traverse her arteries safely. This surgery was complicated as the aneurysm was in four veins.

3D Printing Helps Find Alternative Drug Treatments for Patients

Patients suffering from a variety of ailments often need to take several drugs each day for treatment. 3D printing allows researchers to customize medicines possibly reducing many pills to one. With 3D printing, scientists can practice embedding more than one drug in a single capsule designed to release each drug at different times. A polypill containing three different medications has already been created to treat patients with hypertension and diabetes. 3D printing medical applications involving pharmacology have the potential to change patient treatment in the future tremendously.

Custom Tailored Prosthetics and Implants for Patients

Researchers at Wake Forest are already 3D printing muscle, bone, and ear structures that they’ve transplanted in animals to see how they would function in humans. These implants have developed blood vessel systems and functional tissues, which means that these bioprinted structures have the correct strength, size, and function to use in people.

These experiments proved that bioprinting living tissue structures to replace those diseased in patients is possible. Wake Forest researchers accomplished this using a conventional inkjet printer that they modified.

3D printing medical applications such as custom-made prosthetics are providing custom-made highly functioning prosthetics for people. It also speeds up the process as often amputees must wait weeks or sometimes months to get their prostheses using traditional methods.

3D printing makes the process quicker and is more cost effective since these products are less expensive. This process is particularly cost efficient for children because they outgrow the prosthetics often.

Patients can now design a limb that works with their needs thanks to a company called Body Labs. They’ve developed an innovative system that lets patients create a personalized model for a prosthetic using a scan of their actual limbs. As a result, they fit and feel better.

Surgical Implements

Another 3D printing medical application is the development of surgical implements. This precise process can create a variety of sterile surgical tools such as clamps, hemostats, scalpel handles, and forceps.

3D printing produces sterile and precise tools because of their roots in the practice of Japanese origami. They can also be made very small because of this practice meaning that surgeons can use them to operate in tiny areas causing less damage to patients.

They also cost much less to make using 3D printing, and there was no increased cost for the faster manufacturing times, surgeon requested modifications or increased complexity. One lab test created fully reproducible surgical sets in an average of 6 hours per set. These sets were made using the SLS Sinterstation HiQ.

These 3D printing medical applications are revolutionizing modern medicine and changing the industry rapidly. They are providing cost-effective solutions to maximizing quality patient care at a lower price. This reduced cost means that additional cutting-edge surgical and medical procedures will become available to more people without decreasing the quality of the products or service.

As technology advances, the precision of 3D printing will be fine-tuned making even more medical inventions possible. Researchers hope to one day make organs to transplant in humans although right now there are many cost and technological obstacles to overcome. For one, research and development of 3D printing are costly. Also, while 3D printing can print miniature organs now, scaling is a problem for actual-sized organs.

However, other problems like using donors for tissue matches might resolve by taking cells from the transplant recipient themselves to develop the replacement organ. Using the donor’s tissue could minimize associated risks such as the need for immunosuppressants for life and transplant rejection. Some predict that the first bioprinted complex organs could be available within 20 years.

Despite problems with future organ replacements, 3D printing medical applications are providing amazing results in the field of medicine today. 3D printing is changing the world one industry at a time and plays a crucial part now in saving lives.

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indiamedicaltourism · 7 months ago

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Heart Transplant in India for Foreigners

Heart Transplant Cost in India

In India heart transplant costs generally depend on organ recovery and transport charges. It is based on many different factors like city, hospitals, surgeons, doner and patients overall health. It is also based on pre-transplant evaluation and post-transplant recovery period. The average cost of a heart transplant starts from INR 9Lks up to 20Lks (10,000 USD-23,000USD).

Best Heart Transplant Hospitals in India

Most of the hospitals that provide heart transplants in India give the best quality of health care to the patient with the help of experienced nursing staff & latest medical technology. These hospitals provide many facilities like ultra-modern infrastructure, lab tests & diagnostics, emergency and trauma care, patient support & medical care as required for the treatment plan. Some of the hospitals are:

Sir Ganga Ram Hospital (Delhi)

PSG Hospitals (Coimbatore)

Fortis Escorts Heart Institute & Research Centre (Gurgaon)

Max Super Speciality Saket (Delhi)

Sri Ramchandra Medical College & Research Institute (Chennai)

Kovia Medical Centre & Private LTD (Chennai)

Top Heart Transplant Surgeons in India

Heart transplantation has a high success rate in India. People live long lives after receiving their new heart. Many well-known doctors can successfully replace hurt with their years of expertise and high knowledge. They all are the best cardiovascular surgeons. Some of the names are:

Dr. Naresh Trehan (Chairman&Managing Director-Cardiologist)

Dr. Devi Prasad Shetty (Chairman&Founder of Narayana, Cardio-Oncologist)

Dr. Yugal K Mishra (Cardio-Vascular, Robotic Surgery)

Dr. Rajnesh Malhotra (Director, Cardio-Vascular&Throacic Surgeon)

Dr. Naresh Trehan (Chairman& MD, Cardio-Vascular Seergeon)

Dr. Ganeshakrishnan Lyer (Cardiothoracic &Vascular Surgeon)

Al AfiyaMedi Tour is a leading medical tourism company in India. We offer medical tourism services such as finding the right doctor, the right hospital, and cost estimation for medical treatment in India for foreign patients. Some of the main countries are Bangladesh, South Africa, Egypt, Uganda, Zambia, Sudan, Dubai, Namibia, Iraq, Kenya, Saudi Arabia, Ethiopia, Nigeria, and so on. We provide free medical assistance for TURP surgery cost, lung cancer treatment, cosmetic andplastic surgery, heart surgery, kidney transplant, spine tumor surgery, cancer treatment cost, lung transplant, liver transplant cost, top knee replacement surgeons top shoulder replacement surgeons, shoulder replacement surgery cost, hip replacement surgery, best bone marrow hospital, etc.

Source: https://alafiyameditour1.blogspot.com/2024/05/heart-transplant-in-india-for-foreigners.html

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