What is DVT?

Deep vein thrombosis is a kind of vascular disorder. It happens when a thrombus (blood clot) forms in the deep vein anywhere in the body. It especially develops in the legs. This is a grave ailment and can actually be fatal for you unless you seek treatment right away.

What are the symptoms of DVT?

A worrying feature of deep vein thrombosis is that in most cases it shows no symptoms in the earlier phases. Moreover, what makes diagnosis hard is that even when symptoms manifest, they are very similar to those of other disorders like tissue or muscle inflammation or arthritis.

Here are some typical deep vein thrombosis symptoms:

  One or both of your legs become swollen
  Your legs feel tender and hurt a lot in all postures
  The skin of your legs always feel hot to the touch
  Your skin looks blotchy or discoloured
  You bleed when you cough
  Wheezing and breathing problems
  Dizziness
  Frequent and sharp chest pain

Who is susceptible to DVT?

Deep vein thrombosis usually happens when you sit or lie in one position for long stretches of time especially when you are recuperating after an illness or surgery. It can also happen to you for other reasons-

  Injury: An injury to your legs can narrow the blood vessels and that reduces the blood flow through the veins. That is why blood clots can develop there.
  Pregnancy: The additional weight that woman has to carry in the course of her pregnancy exerts extra pressure on the veins of the legs and pelvis and thus clots may form in the veins.
  Contraceptive pills: Birth control pills raise the chances of a woman getting deep vein thrombosis by four times.
  Obesity: Obesity means forcing extra pressure onto your veins.
  Smoking: Smoking interferes with the flow of blood through your veins and raises the possibility of getting blood clots.
  The family history of deep vein thrombosis: if anyone in your family has deep vein thrombosis, you might contract it too because it is hereditary.

Complications:

DVT becomes lethal if the blood clot becomes dislodged and travels from the legs to the lungs, it can cause a pulmonary embolism. This can lead to blockage of the artery of the lung and in that case, a person may die.

Treatment for deep vein thrombosis:

Treatment for DVT includes both invasive and non-invasive vascular techniques.

  Blood-thinning medicines: They prevent blood platelets from clumping together and reduce the size of the existing clots.
  Thrombolytic drugs: If medicines are not effective, work, these drugs will be injected into your veins. They travel down the veins to where the blockage is and disintegrate the clots so that blood can once again flow through the vein uninterrupted.
  Compression stockings: They exert pressure on the vein containing the clot, prevent it from moving, and do not allow new clots to develop. You have to wear them throughout the day.
  Surgery: In very rare cases, when non-invasive methods have no effect, you may have to undergo a kind of vascular surgery called venous thrombectomy. The surgeon will make a minute incision in the vein where the clot is lodged, siphon it out and then repair the damaged vein.

Deep vein thrombosis is easily curable with treatment. Do not delay it, as DVT has the potential to kill you.

Deep Vein Thrombosis (DVT) - All You Should Know About It!

Varicose veins are large veins that appear on the legs of some patients. Usually, blood travels to the legs from the heart through the arteries, and the veins take it back to the heart. The valves in the veins allow the blood to travel from the legs to the heart against gravity. During this process, the valves may leak and blood may collect in the veins, making them appear enlarged.
EVLT (Endovenous laser therapy) is the latest method for curing varicose veins without surgery. It heats the affected veins them through a laser instead of removing them.
Process
In this process, at first, an ultrasound scan is carried out to locate the veins that have to be treated. After marking them, the doctor applies local anaesthetic on the skin and a needle is inserted into it. A wire is then passed through the needle up to the target vein. Over this wire, a catheter is passed after removing the needle. After that, the wire is removed.
Through the catheter, a laser fibre is placed whose tip usually reaches up to the groin crease. Using tiny needles, a large amount of local anaesthetic solution is applied in the region surrounding the vein. The laser is then applied for 5 minutes on the veins. You might hear a buzz or feel a burning sensation but won t feel any pain. The catheter and the laser are then removed and the incision is covered.
The process takes about 30 minutes to complete. After the treatment, you will be advised to wear compressions stockings and can go back to your normal routine immediately.
Benefits
The different benefits of the surgery are:
The skin does not have to be stitched 
There is no pain in the process and patients can go back to work right after the treatment
The process is free from complications 
No scars are left after the treatment

Common uses of the process
EVLT is also used for treating the following:
Swelling of the veins 
Discolouration of the skin
The heaviness of the leg
Skin ulcers and irritation
Precautions
These are the precautions that you must take:
A week before the process, avoid taking arthritis medications, aspirin, and Ibuprofen as they can increase the chances of bruising 
Avoid alcohol and tobacco 2 days before the procedure
After the treatment, ask someone to drive you back home and do not use public transport
Avoid activities like swimming, running, jogging and weightlifting for at least 2 weeks after the procedure

The varicosities fade away after the process but rarely disappear completely. You might require further treatment for improving the appearance of the veins. 


EVLT Varicose Veins Treatment!

Dialysis is a very important and life-saving procedure. It is performed to replace kidney function in case of renal failure. Wastes and extra fluids in the blood are filtered out during this process. To be able to perform Dialysis, the connection between the patient s bloodstream and the equipment for performing Dialysis (dialyzer) outside the body is established. This connection is created through Dialysis Access Surgery. It is a type of Vascular Surgery which forms the vascular opening for access during Dialysis. Thus, Dialysis Access Surgery is the lifeline for the survival of the patient.

Types of Vascular Access for Dialysis- 
There are three types of Vascular Access for Dialysis: Arteriovenous (AV) Fistula, Arteriovenous (AV) Graft, and Venous Catheter.

  Arteriovenous (AV) fistula is a surgical connection of an artery to a vein. An AV fistula is usually placed in the upper arm or in the forearm. It causes extra blood to flow into vein making it grow large. A larger vein hence provides easy access to blood vessels. An AV fistula is preferred over other methods as it lasts longer than other methods of access and provides a good flow of blood. Moreover, it is less prone to infection and blood clots than other methods. Before an AV Surgery, a Vessel Mapping Test is sometimes performed for assessing the blood vessels most suitable for Dialysis. An AV fistula is performed under local anaesthesia and requires two to three months for maturation before hemodialysis. If it fails to mature, the procedure is repeated.

  Arteriovenous (AV) graft is performed when AV fistula fails to mature. It is hence the second most preferred choice for long-lasting access to vascular tissues for Dialysis. An AV graft is a looped plastic tube which establishes a connection between an artery and a vein. Like AV fistula, AV graft is also performed under local anaesthesia. It is slightly more difficult to maintain than an AV fistula.

  A venous catheter is used for short- term hemodialysis. It is a tube which is inserted into chest, neck, leg, or near groin for vascular access. After exiting the body, the tube splits into two halves. In the case where a renal disease has made quick progression leaving little or no time for the AV fistula or AV graft to mature, a venous catheter is used to establish the required vascular connection. This procedure is also performed under local anaesthesia. It is a tool for emergencies but is not suited for long- term use. It can cause narrow vein due to an infection,
scarring, or blood clot. If long- term venous catheter is used, it is tunnelled under the skin which has fewer problems associated with it and is more comfortable. 

How to Care for a Vascular Access?
  Get checked for infections and other problems before each hemodialysis session;
  Use the operated site for access only for the intended use;
  Always keep the access clean;
  Prevent cutting or bumping the access;
  Check for thrill/ vibration in the access and inform the doctor if any;
  Do not put pressure on the access site;
  Do not put blood pressure cuff around the access arm;
  Do not wear jewellery or tight-fitting garments over the site;
  Do not lift a weight.

Take Away-
Vascular Surgery for Dialysis is performed to provide vascular access for the procedure. AV fistula is the most preferred type followed by an AV graft. A venous catheter is recommended to be used only in case of an emergency when there is not much time left for the other two options to mature.

Vascular Surgery - Can It Help For Dialysis?

Coronary artery blockage is the most common heart disease and also causes of premature death in the present era. Comparatively, male sex is more prone to the Arterial Blockages than females. Heart muscles need a regular blood supply, oxygen molecules and nutrients to function properly. Heart muscles need a regular blood supply, oxygen molecules and nutrients to function properly. Coronary arteries are those which supply blood to the heart muscles, any blockage in the coronary arteries causes decreases the supply of blood to the heart muscles. Coronary artery blockage is caused due to the build-up of the cells, fat and cholesterol which is called as plaque, which leads to lack of blood supply to the heart muscles.

When the person is active and takes too much stress, the heart needs, even more, blood supply, but when the coronary artery is blocked then there will be a lack of blood supply to heart muscles, such a condition is known as ischemic heart disease. Common symptoms of ischemic heart disease are

Irregular heart rhythm

Shortness of the breath

Angina pain

Tightness in chest

These symptoms take time to appear, but with the gradual decrease in oxygen supplied by the blood the muscles of the heart can get damaged, sometimes even permanently and that is what happens in a heart attack. If someone is suffering from ischemia since long, then it can lead to irregular heartbeat and heart failure.

Tests conducted for detecting coronary artery disease:

Electrocardiogram

Exercise Stress

Nuclear Scan Test

Stress Thallium Test

Cardiac Catheterization

You doctor based on your medical history and symptoms will refer a particular test.

Treatments

If the coronary artery disease is diagnosed, then there are a number of ways it can be treated including lifestyle changes, medication, procedure or surgery

Lifestyle changes: It includes daily exercise, changes in the diet and strictly no smoking

Medication: In the allopathic system of medicine, medication can only help treat the symptoms of blocked coronary arteries, it cannot fix them.

Ayurvedic Approach: The way of understanding of medoroga prakarana according to yogaratnakara and other acharyas are unique. Even stoulya and medoroga is caused due to medo vruddi. Our acharya explains stoulya prakarana and medo roga prakarana in separately. It indicates that Stoulya includes fatty deposition in the adipose tissue. Likewise Medo roga including fat molecules and plasma cholesterol in the blood. Due to the more quantity of the fat molecules and plasma cholesterol in the blood, it can cause several disorders including coronary artery blockage, gallbladder stones, PCOD, Hypothyroidism, X-syndrome etc.

Clinically sometimes a person may be lean but can suffer from coronary artery disease or gallbladder stones, hypercholesterolemia, higher plasma cholesterol levels. Sometimes, we can t find these conditions in obese persons, but they are more at risk of suffering from these problems.

Ayurvedic Medication:

Line of treatment:

Hrudya vati 1000mg 2 times a day before food can be helpful

Anarsha Kshara 3 pinch before food.

Sukha virechana Churna 1tsb after food will surely help

Note:

At the plaque formation stage in arteries and before the thrombus (blood clot) formation, plasma cholesterol management is required and for this Hrudya vati is highly recommended
With the help of above mentioned ayurvedic medicines, we can easily treat coronary artery blockage of 10 to 100%, without any stent or bypass surgery
Anupana: Water, Honey or Ghrutha
Other indications

Prevention of heart attack

Increased blood cholesterol (Lipid Profile Abnormalities)

Gall Bladder Stones

PCOD

Hypothyroidism

Metabolic X-Syndrome.

Conclusion

Coronary artery Blockage is caused due to Medo Vruddi in the blood that may accumulate in the coronary artery vessels. And, will eventually cause ischemia in the heart muscles i.e. craving of the oxygen supply to the heart muscles. That may produce the symptom like irregular heart rhythm, shortness of the breath, angina. After that, it may lead to thrombus formation and can cause myocardial infarction.

Serological Study: Sometimes 100% blockage with cholesterol, fat molecules and cells i.e. Plaque may not show any symptoms, but sometimes even 20-30% of blockage can show all the symptoms. So in the higher cholesterol level or in the hypercholesterolemia conditions and in the early stages of the Plaque formation, one should take medication.

Scientific study:- By observing different scholar s scientific study of all the ingredients of Hrudya vati with respect to regularization of cholesterol level and break down of Plaque formation, we concluded that Hrudya Vati is the drug of choice for the coronary artery blockages.

Animal experiment: Also for further study we conducted an animal experiment on mice in Govt M-Pharma College Bangalore. Experiment result shows serum cholesterol level becomes normal. So that it can prevent the coronary blockage, and reverse the coronary artery blockages.

Clinical study: Through the Clinical study we observed that at the stage of plaque formation in the coronary artery and other arteries can be removed permanently that is 100% by advising Hrudya Vati. 

No need to go for any stunt or bypass operation. With this medication can clear the pathway of the blood vessels, also prevents the blockages & heart attack. In case, there is a family history of heart attack and your blood cholesterol is high, it is advisable that you take at least one course of Hrudya vati, once a year. So, everyone must try to understand the condition of the coronary artery blockage and prevent further complications based on the evidence.

Ayurvedic Treatment For Coronary Artery Blockage Without Surgery!

A VNUS closure procedure is a medical minimal invasive treatment that offers an efficient and non- surgical alternative for treating varicose veins. Varicose vein is a medical condition where the veins become large and swollen and begin to appear on the skin especially on the legs. The condition arises when the valves do not function properly and the blood begins to flow in the opposite direction. This often results in pooling of the blood in a certain area which makes the vein enlarge. As a result, they begin to appear on the skin as blue or dark purple and the most commonly affected areas are the legs. Apart from treating them with medicines, there are two distinct methods to treat them- invasive and non- surgical methods. VNUS closure is one non-surgical procedure that can treat and cure varicose veins.

The twisted and bulging chords in case of varicose veins can burst and give rise to ulcers. Before conditions get worse, one must get it treated and as proven, non-surgical methods are best to treat them. The VNUS procedure uses radioactive frequency to heat and close the vein from within. These heat waves contract the collagen found inside the vein walls and causes them to collapse and shut down.

There are several reasons why this is the best process to treat varicose veins. Some of which are:

This is not an open surgery and is minimally invasive.
The treatment does not require a very big setting such as other surgeries. It can be performed on the patient under local anesthesia and patients are often allowed to walk out of the clinic after a few hours of the procedure.
The patients can resume normal activities within two days of the procedure being performed.
The treatment is effective and provides long-lasting relief for the problem.
There is nothing scary about this treatment and it is a very simple procedure.
Before the procedure begins, the doctor using an ultrasound marks the position at the end of the groin. After the patient has been sedated using a local anesthesia, a special catheter is then inserted into the vein through a small 2-3mm cut just below the knee. Once that has been done, radiofrequency energy is used to seal the faulty veins. At the end of the procedure, a small dressing is applied, along with a special compression stocking which the patient needs to wear for the next 7 to 10 days. The process provides instant relief from the symptoms.

However, one must consult a doctor who can advise the patient on the best procedure for varicose veins after an examination to determine the intensity of the problem. 

VNUS Closure - Why Is It Performed?

Coronary artery disease or CAD is the name given to the heart condition in which the major blood vessels that supply your heart with blood, oxygen and nutrients, also called coronary arteries, get blocked, damaged or diseased.

Blockages usually happen when cholesterol-containing deposits called plaque deposit in your arteries. Plaque narrows the lumen of your coronary artery which means your heart gets lesser and lesser oxygen and nutrients to function properly.
Inflammation is also to blame for coronary artery disease.
Common symptoms of CAD include

Angina or pain in the chest
Shortness of breath
If the blockage is complete, you can get a heart attack.
Common Diagnostic tests
When you go to a heart specialist, she will ask questions about your medical history and follow it up with a physical exam and order routine blood and diagnostic tests to confirm CAD like:

Electrocardiogram (ECG): An ECG records electrical signals as they travel through your heart revealing evidence of a previous heart attack or one that s happening. Holter monitoring is a type of ECG where you wear a portable monitor for 24 hours as you go about your normal daily activities. Abnormalities in the results suggest reduced blood flow to the heart signaling CAD.
Echocardiogram: This test uses sound waves to produce images of your heart. It helps your doctor determine whether all parts of your heart wall are contributing to your heart's pumping activity. If certain parts are moving weakly it can mean damage to muscle due to a heart attack or because of receiving too little oxygen- again signaling CAD.
Exercise Stress test: This test is done by making you do exercises like walking on a treadmill or riding a stationary bike during an ECG. Sometimes, medication to stimulate your heart may be used instead of exercise.
This again detects areas in your heart that receive less blood flow.

Cardiac catheterization or angiogram. A special dye is injected into your coronary arteries to observe blood flow through your heart in a test known as an angiogram.
The dye is sometimes also injected into the arteries through a long, thin, flexible tube called catheter that is threaded through an artery in your leg to the arteries in your heart. This procedure is called cardiac catheterization. This test is very good in diagnosing CAD as the dye outlines narrow spots and blockages on the X-ray images of your heart.
Heart scans. Computerized tomography or CT can help your doctor actually see calcium deposits in your arteries that can be narrowing your arteries. If a substantial amount of calcium deposits are found, coronary artery disease could be the reason.
MRI scans are also done to diagnose CAD.

Common Tests For Coronary Artery Disease!

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