Varicose veins are enlarged and gnarly veins and they commonly appear in the feet and legs. They occur when veins get filled with blood and they are often red or bluish purple in color.

The main cause of varicose veins is the when the vein dysfunctions. Veins have valves in them that are supposed to keep the blood flowing forward, but if they fail to do so, blood in the vein starts to collect rather than continue towards the heart. Since the legs are furthest from the heart, varicose veins mostly affect the legs. Gravity, too, is a contributing factor as it makes it hard for the blood to flow up the vein.
Out of all the treatments available for varicose veins, sclerotherapy is the most effective.

What is sclerotherapy?
Sclerotherapy is a form of injection therapy that is designed to improve the way the varicose veins appear on your legs.

The Procedure
During the procedure, a solution called sclerosant is injected in the veins that scars and destroys the vein's internal lining which causes the blood to clot. After the solution is injected, pressure over the veins is applied to prevent the return of the blood as you stand up. Compression stockings are worn for maintaining the pressure.

After the Procedure
There is no prolonged recovery time for sclerotherapy. You can move around immediately after the procedure, but do not strain yourself too much. However, bed rest is not recommended as it might stress the vein. You probably have to keep wearing the compression stockings for a few days more.

Reasons for Choosing Sclerotherapy
Sclerotherapy is best for treating the following problems-
1. Small veins and spider veins that do not cause severe damages
2. Smaller varicose veins that might return even after vein stripping surgery (the surgical removal of the superficial saphenous vein with minimal incisions to treat varicose veins).
3. Larger varicose veins
4. Follow up to any other surgery to treat varicose veins

Risks involved
Sclerotherapy, like any other treatment, has certain risks. The risks include-
1. Skin discoloration
2. The varicose veins can still return after the treatment
3. Bruising, itching, blistering and pain in the treated area
4. Mild or severe allergic reaction to the solution (sclerosant) used
5. Blood clots in the deep vein system.

Varicose Veins: Using Sclerotherapy to Get Rid of It

The veins are a type of blood vessels which collect impure blood from all parts of the body and return it to the heart. The veins in the legs especially are quite thick and need to exert extra pressure to pump blood against gravity towards the heart. In quite a few people, these veins could be engorged, swollen, and twisted, which are known medically as varicose veins.

Causes:
Defective or damaged valves in the blood vessels. Normally, the blood flow is controlled by valves which ensure blood flows in the desirable direction. When these valves are not able to control the flow of blood, then varicose veins can return
Thin vein walls can lead to improper flow of blood, resulting in varicose veins

Risk factors:

Prolonged standing
Obesity
Pregnancy
Smoking
Surgery in the leg, which could have hampered the values or veins
Age, as the elasticity of the vessels, reduces with age and can impede normal blood flow
Family history
Symptoms:

Blue, swollen veins in the legs which are thin and ropy
Pain with prolonged standing followed by pain and tenderness
Itching and heaviness in the legs
Cramping in the night
Blood clots in the superficial vessels
Severe varicose veins can cause bleeding
The area around the leg feels firm and/or hard
There could be skin changes like scaling, dryness, and color changes
Increased propensity to bleed in the affected leg
Diagnosis:

Usually easily diagnosed in clinical examination
The above-listed features are very characteristic and help in identifying them
Further testing may be done to identify the problematic valve, usually using a tourniquet
Doppler ultrasound, scanning, and MRI may be required to confirm diagnosis, which are quite rarely used
Prevention/Treatment:

Keep the legs elevated as much as possible. During working hours, take short breaks where you are able to elevate the legs
Even in prolonged journeys, try to take a break which will improve circulation
Quit smoking
Compression stocking (Ted hose or Jobst stocking) can be used to improve circulation. They also help in controlling pain and are very commonly recommended to treat varicose veins
Avoiding alcohol, which leads to venous dilation
Weight management, as being overweight is a big risk factor
Do not cross legs when sitting, as it puts constant pressure on the valves
Avoid tight clothing which can put pressure on the veins and/or valves
Keep a regular exercise regimen like walking to improve blood flow
Surgical treatment options include sclerotherapy, laser treatment, and stripping off the vein, but are not usually required.

Varicose Veins - 9 Signs You Are Suffering From It!

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?

Peripheral Artery Disease (PAD) is caused by atherosclerosis or plaque build-up in the leg arteries. Mostly, individuals with PAD have mild or no symptoms. But with the extension of the blockages, individuals may experience disability and pain that restricts free walking. In more severe cases, individuals may develop a risk of losing their limb if the circulation is not improved. 

There are various ways to improve the flow of blood in the leg, especially for individuals with severe PAD. The objectives of improving the blood flow in the limb include improving functional ability, reducing pain, preventing amputation, and providing a better quality of life. 

Symptoms 

Symptoms of Peripheral Artery Disease may include gangrene, claudication or pain in leg muscle while walking, pain at night mainly in the feet and leg, and feet sores.

Bypass Surgery

There are a number of treating methods for PAD. Both invasive and traditional methods are used to treat Peripheral Artery Disease. 

Stenting and Angioplasty are invasive treatment methods. The traditional method includes bypass surgery. The best available treatment method for an individual depends upon various factors such as severity, location of the artery blockage in the leg, general health of the patient, history of any vascular problems, and previous treatments.

Surgical bypass in the leg or Lower Extremity Bypass Surgery is usually the last option for the patients with PAD. This method is used when all the other alternative treatment methods fail or are not suitable for the individual. During the Leg Bypass Surgery, the surgeon forms an alternative channel for blood flow to bypass or avoid the blocked area and restore the direct flow of blood to the lower leg and foot. 

The risks and benefits of the surgery are calculated prior to the surgery. For the best result of the surgery, surgeons try to use the patient s own saphenous vein, from inside the leg, to execute these grafts. Surgeons may also use veins from other leg or arms or use prosthetic or artificial graft, in case the required length of the saphenous vein cannot be achieved. 

The results of artificial and saphenous vein from other limbs are not as effective as the saphenous vein from the same leg. Thus, the availability of an appropriate vein to execute this method is an important consideration that is taken into account before the surgery. 

Takeaway

Leg Bypass Surgery is one of the medical procedures for the treatment of Peripheral Artery Disease. In PAD, the artery of the leg is blocked which can hinder the daily life of the individual. 

The symptoms can be mild or absent but, in the case, where symptoms are severe, and affecting the quality of life of the patient, treatment becomes a necessity. Bypass surgery is the last option used when other alternative methods fail to help the patient. 

Leg Bypass - Know More About It!

Coronary Artery Disease - Symptoms and Causes

Coronary artery disease is the disease in which the major blood vessels (coronary arteries) that supply blood, nutrients and oxygen to your heart get damaged or disease stricken. It is mostly caused due to the coronary artery getting plagued or inflamed. The consequent reduction in blood flow to the heart causes the various symptoms of coronary artery disease like angina (chest pain), short breath etc.

Symptoms:

Here is a list of a few symptoms that help in identification of the coronary artery disease.

1. Angina

Pressure or tightness may be felt in or near the area of the chest that results in pain. It is mostly felt in the middle or left side of the chest.

2. Shortness of breath

Another symptom of coronary artery disease is short breath, fatigue and a feeling of exertion.

3. Heart attack

Complete blockage of the coronary artery results in a heart attack that is a prominent symptom of coronary artery disease. A person may feel heavy pressure in the chest, pain in the shoulder or arm, sweating etc. prior to getting a heart attack.

Causes:

Coronary artery disease occurs when damage or injury is done to the inner layer of the coronary artery. This damage causes plaque, which are deposits made of fat, cholesterol and other cellular waste materials to accumulate near the damaged area of the artery. This process is known as atherosclerosis.

The various causes that result in coronary artery damage are listed below.

- Smoking
- High blood pressure
- Diabetes
- High cholesterol
- Obesity
- High stress
- Physical inactivity

Knowing Coronary Artery Disease - Symptoms and Causes

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!

Don't wait any longer, manage your Vascular Surgery online with a Lybrate doctor today

Consult for Vascular Surgery - Online and Easy!

FilterClear All

COMMON SPECIALITIES

COMMON ISSUES