Dr. Raghu | Dr Raghu - Page 2

cci-inferior_vena_cava1.jpg

Inferior vena cava (IVC) is the large vein in your abdomen that carries deoxygenated blood from the lower part of the body back to the heart. This vein branches out throughout the body to transport deoxygenated blood to the heart

Deep vein thrombosis (DVT) is a serious medical condition where blood clots are formed in the deep vein of the thigh or lower leg. This causes pain, swelling, and tenderness in the leg. The clot formed can break free, travel to the lung and stick to a vessel in the lung. This can lead to a blockage in the vessel, called pulmonary embolism, which can cause severe shortness of breath and sudden death. An IVC filter placement is one option to prevent pulmonary embolism.

Inferior vena cava (IVC) filter placement involves insertion of a filter into the IVC through a small incision made in the neck or groin. An IVC filter is a small, metal device shaped like the spokes of an umbrella. When the filter is placed in the IVC, the filter catches the blood clots and prevent them from reaching the lungs.

Indications for IVC filter placement

IVC filter placement is considered when anticoagulants (blood thinners) cannot be used to prevent the formation of blood clots.

The following conditions are indicative of IVC filter placement:

  • You have or had DVT or pulmonary embolism
  • Anticoagulants-associated bleeding
  • Severe platelet problems or shortages
  • Recurrence of blood clots while on anticoagulants
  • Recent or current major bleeding that cannot be treated
  • Bleeding in your head
  • A need for surgery in the near future
  • Multiple broken bones

The risks of IVC filter placement procedure:

IVC filter placement is usually a safe procedure. Sometimes, the following problems may occur during the procedure:

  • Filter blocks the inferior vena cava, leading to swelling of the leg
  • Failure of the filter sooner or later
  • Filter moves or travels to the heart or lungs
  • Damage to the vein (rare) or other structures/organs
  • Bleeding
  • Infection
  • Allergic reactions to medicines or dyes
  • A pool of blood (hematoma) around the site where a flexible tube is inserted (catheter insertion site).

What happens before the procedure?

When planning for the procedure, inform your doctor about:

  • Any blood disorders or other medical conditions you have.
  • The medicines or supplements you are taking, such as over-the-counter drugs, vitamins, herbs, creams, or eye drops.
  • Any allergies, including iodine allergy.
  • Problems associated with anaesthetic medicines you or family members have or had.
  • The surgeries you have undergone.
  • If you are or may be pregnant.

Preparations for the procedure:

1. Staying hydrated:

Your healthcare provider may instruct about hydration before the procedure:

  • Up to 2 hours before the procedure- you may drink clear liquids, such as water, clear fruit juice, black coffee, and plain tea.

2. Eating and drinking restrictions:

Your healthcare provider may give some guidelines related to eating and drinking, such as:

  • 8 hours before the procedure – stop eating heavy meals or foods such as meat, fried foods, or fatty foods.
  • 6 hours before the procedure – stop eating light meals or foods, such as toast or cereal.
  • 6 hours before the procedure – stop drinking milk or drinks that contain milk.
  • 2 hours before the procedure – stop drinking clear liquids.

3. Medicines:

Ask your health care provider about:

  • Changing or stopping your regular medicines, especially diabetes medicines or blood thinners.
  • Taking medicines such as aspirin and ibuprofen, as these can thin your blood. Do not take these medicines before your procedure if your health care provider instructs you not to.
  • Taking any antibiotic medicine to help prevent infection.

General instructions:

  • Ask your health care provider how your surgical site will be marked or identified.
  • You may have blood tests to tell how well your kidneys and liver are working. They can also show how fast your blood is clotting.
  • You may be asked to shower with a germ-killing soap.
  • Ensure that you have someone take you home from the hospital or clinic.
  • If you will be going home right after the procedure, plan to have someone with you for 24 hours.
  • Do not use any products containing nicotine or tobacco, such as cigarettes and e-cigarettes. If you need help quitting, ask your health care provider.

What happens during the procedure?

Before heading to the procedure, to lower the risk of infection, your healthcare team will:

  • Wash or sanitize their hands
  • Wash your skin with soap
  • Remove hair from the surgical area
  • Insert an IV tube into one of your veins

You will be given one or more of the following:

  • A medicine to help you relax (sedative)
  • A medicine to numb the area (local anaesthetic)

Once the anaesthesia sets in, the steps below may be followed:

  • A small cut (incision) will be given in the neck or groin region to access the IVC.
  • A flexible tube (catheter) will be inserted in the incision.
  • Contrast dye may be injected into the IVC to help guide the catheter reach the precise vein.
  • X-rays may be used to make sure that the catheter is in the correct position.
  • The filter will be inserted into the vein through the catheter and it will be positioned at the correct location in the IVC.
  • The catheter will be removed.
  • Pressure will be applied to the insertion site to stop bleeding.
  • A bandage (dressing) may be applied over the catheter insertion site.
  • Your IV tube will be taken out.

The procedure may vary among health care providers and hospitals.

What happens after the procedure?

Your blood pressure, heart rate, breathing rate, and blood oxygen level will be monitored until the medicines you were given have worn off.

Your insertion site will be monitored for the first few hours for any signs of bleeding.

Do not drive for 24 hours if you were given a sedative.

Call your provider immediately if you have:

  • Numbness or coldness in one of your limbs
  • Bleeding that won’t stop with pressure
  • Severe pain or swelling at the incision site
  • Fluid leakage from the incision site
  • Redness or warmth at the incision site
  • Fever
  • Severe headache or nausea
  • Chest pain

disease-condtions-device_closure_for_vsd.jpg

Patent Ductus Arteriosus (PDA) is a congenital heart condition in which the opening between the pulmonary artery and the aorta, persists after its normal closure time. The ductus arteriosus is a small connection between the two major blood vessels in the fetal heart, and it naturally closes shortly after birth. When it fails to close, it’s called patent ductus arteriosus.

A PDA may allow the oxygenated blood to mix with the deoxygenated blood, compromising the heart and lung function.

What are the treatment options for PDA?

  • The treatment options depend on the age of the person.
  • In a premature baby, the PDA may close with time, as the baby grows. Some babies may need medications such as indomethacin, to facilitate closure. Surgery may be needed if the duct fails to close.
  • In full-term babies, a small defect can be monitored, as it may close with time. Large defects may need to be closed surgically.
  • Surgical closures can be achieved through open-heart surgery and percutaneous catheterization.

What is Device Closure for Patent Ductus Arteriosus (PDA)?

The larger PDA results in increased workload of heart, and also carries a risk of bacterial infection. PDA can be closed by inserting a device through the blood vessel in groin, a non-surgical method called percutaneous transcatheter approach.

Who is eligible for this treatment?

This method is considered only if the child is

  • Older than 6 months
  • At least 22 pounds
  • With defects that are not too large

Considerations in adults include:

  • The device closure is considered as long as the elevated pressure in the lungs is not irreversibly elevated
  • If the lung pressure is already very high, it is carefully measured along with lung resistance to determine the safety the procedure.

What are the risks associated with the procedure?

PDA closure is a low risk procedure, but the common risks include:

  • Rupture of the blood vessel or the heart wall
  • Complications during positioning the device
  • Leakage through the closure device

What happens during the procedure?

  • In case of adults, a sedative might be given to relax them, and a local anesthetic is given to numb the site of catheter introduction.
  • Children are administered general anesthesia during the procedure.
  • A catheter is inserted into the blood vessel in the groin. It is then moved up to the heart into the PDA.
  • The pressure, oxygen saturation and the size of opening in the heart is measured.
  • A closure device is threaded through the catheter and placed onto the PDA.
  • Once the device is in place, it is pushed out of the catheter to implant it over the opening.

What care should be taken post-procedure?

  • After implantation, the catheter is removed, and the incision is closed.
  • The procedure usually takes between 1 and 3 hours.
  • You might need to have an X-ray after the procedure to ensure the implant is at the right position.
  • An echocardiogram may be recommended after six months to ensure that the PDA is properly closed.
  • Antibiotics might be prescribed to prevent endocarditis.
  • The child may need to come for regular follow-ups to ensure that the device closure is effective.
  • 24 hours emergency services
24 hours emergency services
  • Clinics- weekly basis/monthly basis/ Yearly basis
Clinics- weekly basis/monthly basis/ Yearly basis
  • Prevention of cardiovascular diseases
Prevention of cardiovascular diseases
  • Diagnosis
Diagnosis

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    cci-device_closure_for_pda.jpg

    Patent Ductus Arteriosus (PDA) is a congenital heart condition in which the opening between the pulmonary artery and the aorta, persists after its normal closure time. The ductus arteriosus is a small connection between the two major blood vessels in the fetal heart, and it naturally closes shortly after birth. When it fails to close, it’s called patent ductus arteriosu

    A PDA may allow the oxygenated blood to mix with the deoxygenated blood, compromising the heart and lung function.

    What are the treatment options for PDA?

    • The treatment options depend on the age of the person.
    • In a premature baby, the PDA may close with time, as the baby grows. Some babies may need medications such as indomethacin, to facilitate closure. Surgery may be needed if the duct fails to close.
    • In full-term babies, a small defect can be monitored, as it may close with time. Large defects may need to be closed surgically.
    • Surgical closures can be achieved through open-heart surgery and percutaneous catheterization.

    What is Device Closure for Patent Ductus Arteriosus (PDA)?

    The larger PDA results in increased workload of heart, and also carries a risk of bacterial infection. PDA can be closed by inserting a device through the blood vessel in groin, a non-surgical method called percutaneous transcatheter approach.

    Who is eligible for this treatment?

    This method is considered only if the child is

    • Older than 6 months
    • At least 22 pounds
    • With defects that are not too large

    Considerations in adults include:

    • The device closure is considered as long as the elevated pressure in the lungs is not irreversibly elevated
    • If the lung pressure is already very high, it is carefully measured along with lung resistance to determine the safety the procedure.

    What are the risks associated with the procedure?

    PDA closure is a low risk procedure, but the common risks include:

    • Rupture of the blood vessel or the heart wall
    • Complications during positioning the device
    • Leakage through the closure device

    What happens during the procedure?

    • In case of adults, a sedative might be given to relax them, and a local anesthetic is given to numb the site of catheter introduction.
    • Children are administered general anesthesia during the procedure.
    • A catheter is inserted into the blood vessel in the groin. It is then moved up to the heart into the PDA.
    • The pressure, oxygen saturation and the size of opening in the heart is measured.
    • A closure device is threaded through the catheter and placed onto the PDA.
    • Once the device is in place, it is pushed out of the catheter to implant it over the opening.

    What care should be taken post-procedure?

    • After implantation, the catheter is removed, and the incision is closed.
    • The procedure usually takes between 1 and 3 hours.
    • You might need to have an X-ray after the procedure to ensure the implant is at the right position.
    • An echocardiogram may be recommended after six months to ensure that the PDA is properly closed.
    • Antibiotics might be prescribed to prevent endocarditis.
    • The child may need to come for regular follow-ups to ensure that the device closure is effective.

    disease-condtions-device_closure_for_asd.jpg


    An atrial septum is a muscular wall that separates the upper chambers of the heart called atria. An ASD is a common congenital heart disease where the septum is not formed properly producing a left-to-right shunt, which leads to mixing of oxygenated and deoxygenated blood. This causes pulmonary hypertension and right heart enlargement.

    What are the treatment options for ASD?

    Small atrial defects do not need any treatment and close on its own. Even in adulthood small ASDs may remain asymptomatic. Some large defects that persists in adulthood may become symptomatic and need closure. The ASDs can be closed by:

    • Percutaneous closure using a device
    • Closure through open heart surgery

    Percutaneous device closure is the preferred treatment for certain defects type.

    What is Percutaneous Closure of Atrial Septal Defect (ASD)?

    A noninvasive procedure known as percutaneous transcatheter approach is considered depending on the size and severity of the defect. Moderate to large-sized ASD along with pulmonary hypertension requires to be closed. The procedure is performed by inserting a special closure device either folded or attached to a catheter into the vein of the leg and is advanced to the heart through the defect, which closes the hole by a special mechanism.

    Are there risks associated with the procedure?

    The success rate of the procedure is about 95%. But the risks involved, and their estimated incidence of occurrence include:

    • Device dislodgement leading to emergency heart surgery: 1%
    • Device erosion (device eroding through the heart walls): 0.3%
    • Death: less than 1% usually due to perforation of the heart chamber
    • Dislodgement of clot or air bubbles to the brain leading to other organs: less than 1%
    • Arrhythmia: 1 to 2%
    • Allergic dye reaction
    • Anaesthetic reaction
    • Injury to the artery/vein/nerves in the groin
    • Perforation of the oesophagus
    • Infection
    • Allergic reaction to the nickel component of the device

    Patients with small ASD may not develop any complications, but large-sized defects may lead to serious complications which demands surgery and prolonged hospitalization.

    What is the pre-procedure work-up?

    Pre-operative tests to assess the general health of the patient include:

    • Chest x-ray
    • Electrocardiogram
    • Blood tests
    • Kidney function

    A detailed diagnosis of the defect should be performed which includes transthoracic and transoesophageal echocardiogram used to assess the size, location and the suitability of the procedure.

    How should I prepare for the procedure?

    • Patients wearing dentures, glasses or a hearing assist device can plan to wear them during the procedure.
    • Patient will be instructed about dietary restriction to be followed before the procedure.

    Are there any specific instructions about medications?

    • The healthcare provider may ask you to stop certain medications, such as warfarin or other blood thinners.
    • If diabetic, consult the physician about how the medication needs to be adjusted.
    • Provide information about specific allergies regarding iodine, shellfish, X-ray dye, latex or rubber products etc.

    What happens during the procedure?

    • The patient might be asked to have a shower before the procedure.
    • The patient is asked to wear a hospital gown and lie on an X-ray table where an X-ray camera will move over the chest during the procedure.
    • Arrangements for intravenous administration of medications or fluids during the procedure will be made.
    • The site where the catheter will be inserted is cleaned and sterile drapes were used to cover the site to prevent the infection.
    • Electrodes will be placed on the chest and are attached to an electrocardiograph monitor (ECG).
    • A sedative might be given to relax, and a local anesthetic is given to numb the site of catheter introduction.
    • A plastic sheath will be inserted in the groin, through which a catheter is inserted and threaded to the heart.
    • The physician may also inject a dye which may make you feel hot or flushed for several seconds. Inform the doctor if there is an allergic reaction like itching or tightness in throat, nausea and chest discomfort.
    • The X-ray cameras are used to obtain the measurements of pressures and oxygen content in the chambers.
    • The appropriate size and the location of the closure might be visualized using a small catheter connected with an ultrasound transducer.
    • A special catheter is used to advance the device into the heart and through the defect.
    • The device is slowly pushed out of the catheter allowing each side of the device to open and close each side of the hole in the septum.
    • The proper position of the device is ensured and is released from the catheter.
    • It may take 1-2 hours for the procedure, but preparations must be made to spend about 5-9 hours in the hospital.
    • The patient should be accompanied by someone who can drive him home, as the patient will not be allowed to drive on the same day.

    What care should be taken after the procedure?

    • The catheter and the imaging probe are removed after the completion of the procedure.
    • Pressure on the incision site or occasionally a small suture is used to close the vein.
    • Bed rest is advised for several hours to prevent bleeding, but call the doctor if you notice any bleeding.
    • You might be advised to drink plenty of water to wash out the contrast material from the body.
    • Your heart rate and rhythm are monitored; you may be asked to stay overnight in the hospital.
    • Medications, such as aspirin are prescribed to prevent blood clots.
    • Strenuous activity and heavy lifting should be avoided for at least six months.
    • Antibiotic prophylaxis is required for at least six months or lifelong to prevent endocarditis, as per doctor’s advice.

    • 24 hours emergency services
    24 hours emergency services
    • Clinics- weekly basis/monthly basis/ Yearly basis
    Clinics- weekly basis/monthly basis/ Yearly basis
    • Prevention of cardiovascular diseases
    Prevention of cardiovascular diseases
    • Diagnosis
    Diagnosis

    BOOK AN APPOINTMENT

      dr. raghu

      Dr. RAGHU

      MD, DM, FESC, FACC, FSCAI
      Cardiology Coronary, Vascular and
      Structural Interventions



      Conditions & Diseases

      Coronary angioplasty

      Angioplasty

      Coronary angioplasty

      Aortic Stenosis

      Coronary angioplasty

      Atrial Fibrillation

      Coronary angioplasty

      Atrial Septal Defect


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      disease-condtions-mitral_stenosis.jpg

      Mitral stenosis is a form of valvular heart disease caused by the narrowing of the mitral valve. Mitral valve lies between the left atrium and left ventricle of the heart which is made up of two flaps of tissue called leaflets.


      cci-coronary_angioplasty.jpg


      Coronary arteries are the blood vessels that delivers oxygenated blood to the heart muscle. But, sometimes these blood vessels may get narrowed or blocked due to accumulation of cholesterol plaque. To open the blockage and restore the function of arteries, coronary angioplasty is performed.

      A coronary angioplasty involves the temporary insertion of a tiny balloon inside the artery to open the blockage. It is usually combined with the placement of a stent (a metal mesh tube) to widen the artery and prevent the further chance of narrowing.

      coronary angioplasty

      Why is coronary angioplasty done ?

      Coronary angioplasty is done to treat narrowing or blockage of the heart’s blood vessels:

      • during or after a heart attack.
      • Blood vessel narrowing leading to poor heart function.
      • For relief of chest pain (angina) due to reduced blood supply to heart.

      Risks of coronary angioplasty

      Usually, it is a safe procedure, but like all other procedures, it also carries certain risks like:

      Common Issues/Risks after angiography
      Bruising Common to have bruise at groin or arm Lasts for few weeks Not to be worried about
      Allergic reactions Usually related to contrast medicine used History of previous allergy – higher risk Present as rash and headache
      Bleeding at the site of entry (Hematoma) Usually subsides in a few days But in case swelling is increasing and painful contact your physician immediately

      Serious complications after coronary angiography Less than 1 in 1000 chance People with severe heart disease are at high risk Discuss with Cardiologist before procedure
      Heart attack A serious medical emergency where the heart’s blood supply is suddenly blocked
      Stroke A serious medical condition that occurs when the blood supply to the brain is interrupted
      Loss of blood supply to limb Damage to the artery in the arm or groin in which the catheter was inserted, with the blood supply to the limb possibly being affected
      Kidney injury Damage to the kidneys caused by the contrast dye
      Radiation injury Tissue damage caused by X-ray radiation if the procedure is prolonged

      What happens before the procedure?

      A physical examination and blood test are done to evaluate the overall health condition. The person needs to follow instructions provided before undergoing the procedure:

      1. Inform the doctor about:

      • Any allergies
      • The use of current medicines, including vitamin and mineral supplements
      • Any blood disorder
      • Any surgery you may had
      • The past and present medical condition

      2. Medicines:

      Tell the doctor if you are using blood thinners or any anti-diabetic medicines. The doctor will either advise you to stop or change the dose of the medication.

      3. Food and fluid restrictions:

      • Avoid heavy meals, such as meat, fried or fatty foods eight hours before the procedure. Take light foods such as toast and cereal.
      • Fast for six hours before the procedure.
      • Stay hydrated, drink plenty of fluid up to two hours before the procedure.

      In most of the cases, you will be discharged on the same day of the hospital, so ask someone to accompany you to the hospital.

      What happens during the procedure?

      Local anaesthesia would be administered to numb the area where the catheter would be inserted. Mostly, a catheter is inserted through the wrist, and sometimes through the groin. Under fluoroscopy (a type of X-ray), the catheter will be guided to the diseased artery. Then a special medicine (called contrast or dye) will be injected into the blood vessels supplying the heart. This will delineate the presence of obstruction to blood flow. 
      Then a wire is passed across the obstruction and a balloon is inflated at the site of obstruction to compress the obstructing plaque in the artery. The balloon expansion will compress the plaques into the wall of the blood vessel and improve the blood flow. Once the blood flow is improved, the catheter will be removed, and a stent would be placed to prevent the risk of further blockage. Finally, the catheter will be removed and the puncture site is sealed.

      What to expect after the procedure?

      The nurse will check the vitals of the patient. Depending on the condition, the doctor would advise you the hospital stay. You will be advised not to bend or cross the leg for a few days if the procedure is performed through the groin region. Additionally, some other tests like X-rays and an electrocardiogram (ECG) would be done to check the condition. Before discharge, the doctor will give you certain instructions regarding wound care, medications and lifestyle.

      Recovery after coronary angioplasty

      Recover quickly and keep your heart healthy by following these tips:

      • Quit smoking.
      • Limit the intake of alcohol.
      • Take the prescribed medicines.
      • Check the cholesterol levels regularly.
      • Maintain a healthy body weight.
      • Have a healthy and well-balanced diet.
      • Exercise regularly.

      Know your numbers

      It’s important to periodically monitor and maintain the following numbers to prevent future cardiac events

      • LDL cholesterol – less than 55 mg/dL
      • Blood pressure – less than 120/80 mm Hg
      • Blood sugar – HbA1C less than 7.0%

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          disease-condtions-pulmonary_embolism.jpg

          Pulmonary embolism is a blockage in one of the pulmonary arteries of the lungs. The most common reason for pulmonary embolism (PE) is a blood clot (thrombus) that travels to the lungs from other parts of the body (usually a leg).


          disease-condtions-deep_vein_thrombosis.png

          When a blood clot (thrombus) is formed in one or more of the deep veins of your body (usually in the legs), it is known as deep vein thrombosis (DVT). Sometimes this clot becomes detached from the inner walls of the blood vessel and travels to another part inside the body. DVT may develop due to an underlying medical condition particularly the one which affects the clotting of the blood.

          Causes and risk factors:

          It can be caused by the factors which prevent the normal circulation of the blood and it’s clotting, such as long periods of rest (during a particular medical condition), injury to the vein, surgery and certain medications.

          The risk factors are as follows:

          • Inherited blood clotting disorder
          • Prolonged bed rest
          • Surgery
          • Pregnancy
          • Contraceptives or hormone replacement therapy
          • Obesity
          • Smoking
          • Cancer
          • Heart failure
          • Inflammatory bowel disease
          • Age (usually older than 60 years but can also occur at any age)

          Complications:

          The following are the complications which may arise due to DVT:

          Pulmonary embolism: In Pulmonary embolism, a thrombus present in another part of your body usually a leg, travels to the blood vessel of the lung and blocks the blood circulation, leading to a life-threatening condition.

          Post-phlebetic syndrome (post thrombotic syndrome): set of signs and symptoms seen after a blood clot has formed.

          Symptoms:

          The person may be asymptomatic during the formation of the thrombus, however, during post thrombotic period when it has caused damage to the veins, the blood flow to the affected body part may be compromised. The following symptoms are observed:

          • Persistent swelling of the leg or arm (edema)
          • Leg pain or tenderness while standing
          • Skin discoloration in the affected arm or leg
          • Veins in the arm or leg appearing larger than normal

          Sometimes the development of a serious health complication such as pulmonary embolism is responsible for the symptoms in the DVT patients which are as follows:

          • Shortness of breath
          • Chest pain
          • Cough (blood may be coughed out as well)
          • Back pain
          • Profuse sweating
          • Lightheadedness
          • Blue nails or lips

          These symptoms appear suddenly, and an immediate medical attention is required.

          Diagnosis:

          The diagnosis is initiated by a thorough clinical examination and involves review of the patient’s medical history. Based upon these findings, the physician will categorize the patient into low or high risk DVT. Further tests may be considered to rule out other health problems and to confirm the diagnosis, which are as follows:

          • Blood tests: These are considered to evaluate any blood disorders that increase risk of DVT.
          • D- dimer test: In this test, the levels of a protein called D-dimer is assessed. In patients with DVT, high levels of this protein can be found in the blood.
          • Duplex ultrasonography: It is a non-invasive evaluation of the blood flow in the arteries and the veins of a patient. But this test is not preferred for a thrombus located very deep inside the body such as pelvis.
          • Venography: It is a specialized type of an x-ray procedure wherein a dye is injected into a vein of the foot, and the blood clot if present is detected.
          • Magnetic resonance imaging (MRI): It is performed in patients for whom ultrasound examination is inappropriate or unfeasible. It can even detect a thrombus present in the patient’s pelvis and the thigh.

          Prevention:

          A recent World Thrombosis Day Ipsos survey showed that there is less awareness of DVT in countries around the world. Thus, the first step in prevention is making the public aware of DVT. The preventive measures are different depending on the person’s condition who are at risk of developing DVT:

          During pregnancy

          In pregnant women, certain medication may be prescribed if she has risk factors such as likelihood of having a cesarean birth, bed rest, history of DVT, and inherited thrombophilia.

          During travel or in longer hours of sitting posture:

          • Drink lots of fluids.
          • Wear loose fitting clothes.
          • Walk and stretch at regular intervals.
          • Use special stockings to improve blood flow and to prevent blood clots but consult your health care provider before using it.

          Treatment:

          Treatment for DVT includes certain medicines and therapies, which are as follows:

          Medications:

          • Anticoagulants: They prevent further formation of blood clots but don’t dissolve the already existing ones. Most common anticoagulants used are heparin and warfarin. Warfarin is not recommended during pregnancy.
          • Thrombin inhibitors: These are recommended for people who can’t take heparin.
          • Thrombolytic medicines: These are recommended only during life threatening condition.

          Compression stockings:

          It may be recommended to prevent swelling and to avoid post-thrombotic symptoms in the patients.

          Surgical treatment:

          Surgical treatment may be performed when medications fail to dissolve the clots.

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              cci-chip_angioplasty.jpg

              Globally, coronary artery disease (CAD) is a common cause of death. Traditional coronary angioplasty bypass grafting (CABG) and percutaneous coronary intervention (PCI) are popular methods for managing CAD. PCI is a preferred intervention, while CABG is reserved for complex cases. However, some patients have associated risk factors that make them unsuitable for surgery.

              Cardiologists now use the CHIP (Complex, High-Risk Indicated) angioplasty approach for patients with complex, high-risk, and severe coronary disease..

              Who is eligible for CHIP angioplasty?

              Once after reviewing the medical condition of the patient, the CHIP program team will decide whether the person is a potential candidate for CHIP angioplasty. However, individuals who meet the following criteria are considered as potential candidates for CHIP angioplasty:

              • Advanced age- People with advanced age may not be able to tolerate bypass surgery and its complications.
              • History of kidney disease, stroke, or diabetes- The presence of co-morbid conditions may complicate the surgery and its outcome.
              • Location of CAD, including left main or bifurcated disease- The blood vessel is difficult to access and treat.
              • Chronic total occlusion (CTO) of the coronary arteries- CTO may cause sudden heart attack, and are dangerous.
              • History of open-heart surgery- Patients who have undergone open-heart surgery may be poor candidates for bypass surgery.
              • Advanced stage of heart failure- The failing may not be amenable to the stress of the bypass surgery.

              How is the treatment plan developed?

              The CHIP team will review and discuss the patient condition. Based on the extent of CAD (despite medical therapy), co-morbidities, and hemodynamic state, the treatment plan may include:

              • Surgical intervention
              • Conventional PCI
              • Protected PCI
              • Medical management

              The success of a CHIP program is dependent upon:

              • Highly skilled and experienced doctors
              • Advanced equipment
              • An expert and well-coordinated team of doctors, paramedics, nursing and support staff

              CHIP angioplasty techniques

              CHIP angioplasty comprises of advanced techniques like:

              • Rotational atherectomy: It is a common type of atherectomy device for plaque removal. Currently, this technique is used for ostial and heavily calcified lesions, which cannot be treated with balloon angioplasty.
              • Complex bifurcation stenting: This type of stenting is used to remove the blockage from the site where the blood vessel divides into two.
              • Specialized antegrade and retrograde chronic total occlusion (CTO) approaches.

              What are the benefits of CHIP angioplasty?

              CHIP angioplasty offers the following benefits:

              • Reduces symptoms
              • Improves the quality of life
              • Confers lower risk of re-hospitalization


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              Call us now if you are in a medical emergency need, we will reply swiftly and provide you with a medical aid.





              Call us now if you are in a medical emergency need, we will reply swiftly and provide you with a medical aid.


              Dr. Raghu | Heart Specialist in Hyderabad
              Yashoda Hospitals, Sardar Patel Rd, behind Hari Hara Kala Bhavan, Kummari Guda, Shivaji Nagar, Secunderabad, Telangana 500003

              Best Cardiologists in Hyderabad


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