Even though brain aneurysms are becoming common these days, not all of them are required to be treated. In some cases, the physician may choose to observe an aneurysm closely before adopting any treatment measure. But in patients in whom an aneurysm has progressed to a severe level, there are two treatment options:

Open surgical clipping
Endovascular therapy or coiling
Open surgical clipping for brain aneurysms:
This procedure is typically performed by a neurosurgeon who makes an incision in the head. An opening in the bone is made, and then a clip is positioned by dissecting through the spaces of the brain. This aids in preventing the flow of blood into an aneurysm. In this procedure, the patient is required to stay in the hospital for two to three nights after which he or she is discharged.

Considerable modifications have been made in the open surgery techniques in the recent years. Neurosurgeons are now able to perform eye brow incisions or mini craniotomies for clipping an aneurysm. In these procedures, a small incision is cut out in the skin above the eyebrow for making a window. A tiny clip is placed across the mouth of an aneurysm to help it heal. But it is worthy of mention here that these are all invasive procedures and take relatively longer time to recover compared to the coiling process.

Endovascular coiling:

This treatment is also performed by a neurosurgeon, and it has been proved that this process is exceptionally suitable for patients with a ruptured aneurysm. Endovascular coiling is often done in coalesce with an angiogram, where a catheter is inserted into the vessel over the hip, which is then gradually carried to the vessels of the brain and finally to an aneurysm.
Then the coils are packed to the point where it rises from the blood vessel, which prevents the blood from flowing intothe blood vessel. Most patients undergoing this minimally invasive procedure can go home the day following the surgery. The success rate of this process is very high, and over 125,000 patients have been treated all across the globe with the help of detachable platinum coils.
Over the last few years, a substantial amount of advancements have taken place in the endovascular techniques. Recent developments show the use of flow diverting embolization devices, which are similar to a stent and are placed in the primary vessel, adjacent to an aneurysm. It diverts the flow away from an aneurysm and therefore, allows the neurosurgeons to treat the brain aneurysms, which were previously considered inaccessible and untreatable.
Both the procedures are quite efficient in treating a brain aneurysm. The most suitable option is dependent on a host of factors such as size, shape, location and overall health condition of the patient.

Brain Aneurysms - Treatment Options Available For It!

Minimally invasive spinal surgery is a quicker and safer alternative to open surgery. The spinal discs, vertebrae and nerves are present deep inside the body. A small incision is made and the surgical instruments and a camera is inserted which push aside the muscles and reach the problem area.

Which medical conditions can be addressed with minimally invasive spine surgery?

1. Degenerative Disc Disease (osteoarthritis of the spine)
2. Herniated Disc (the disc protrudes from its right place)
3. Spinal Tumours
4. Vertebral compression fractures (collapse of the vertebra)
5. Lumbar spinal stenosis (narrowing of the space near the spinal cord)
6. Scoliosis (the spine curves sideways)
7. Spinal infections
8. Spinal instability

What are the goals of minimally invasive spine surgery?

1. Decompression: this procedure eases the pressure being exerted on the spinal cord or the nerve roots. This pressure can be the cause of pinched nerves.
2. Stabilization: sometimes, a segment of the spinal cord that has come loose can be the source of pain. A stabilizations surgery fuses the segment to the rest of the structure.



The three most common methods of minimally invasive spine surgery are-

1. Tubular: it is also called  muscle splitting  surgery. A tubular retractor passes through the muscles of the back and reaches the spine.
2. Mini-open: it is a lot like open surgery but with fewer risks and blood loss. The possibility of post-operation infection goes down significantly.
3. Endoscopic: it is also called a keyhole surgery. A small camera is introduced through a small incision and guided to the spine. The camera gives an internal view of the spine to the doctors.

The three types of Minimally Invasive Spinal Surgery are-

1. Microdiscectomy: involves the removal of the intervertebral disc that is putting pressure on the spinal cord.
2. Foraminotomy: spinal conditions can lead to narrowed foramen (the area where the spinal nerve exits the spine). The aim of the surgery is to expand the foramen.
3. Microlaminectomy: this is yet another type of decompression surgery. The aim is to relieve pain caused pinched nerves or a segment of the bone pressing down on the nerves.

What are the benefits of minimally invasive spine surgery?

  Speedy and pain-free recovery after surgery
  A patient is discharged the same day
  Very little loss of blood
  Reduced chances of infection
  Less scarring because the operation is done through small incisions
  Less muscle damage

Are there any risks attached to minimally invasive spine surgery?

No surgery is free of risks or side effects. Some common problems in the aftermath of minimally invasive spine surgery are-

  Allergies
  Reaction to anaesthesia
  Blood clots
  Infections
  In rare cases stroke and paralysis.

Minimally invasive spinal surgery incorporates the latest advances in the world of technology. It is the relatively hassle-free procedure and convenient for both doctors and patients.

Minimally Invasive Spinal Surgery - A Safer Alternative To Open Surgery!

The presence of a lump or a tumor in the breast is not always indicative of breast cancer. In some instances, the breast tumor can be benign or noncancerous as well. Thus, to understand breast cancer better, one should know the difference between a benign and malignant breast tumor. In this article, we will discuss the factors that differentiate a benign breast tumor from a malignant one.

Breast Fibroadenomas

Breast Fibroadenomas are benign breast tumors that often affect women in their early 20s and 30s (can also affect women of other age groups). Research suggests that in spite of being benign and noncancerous, breast fibroadenomas make a woman more susceptible to breast cancer in the future.
It may be difficult to decipher the underlying factor that triggers fibroadenomas. However, increased use of birth control pills (that results in an elevated estrogen level) can be a contributing factor.
Thus, in spite of no discomfort, it is safe to get fibroadenomas removed by lumpectomy or by radiation therapy. There are also instances when fibroadenomas dissolved on their own.
Sometimes, the lobules of the breast can undergo enlargement resulting in the formation of lumps (can be a tumor or a cyst) that are non-cancerous in nature. Such tumors are known as Adenosis.
The benign tumor growth can also develop in the milk ducts of the nipples, a condition known as  Intraductal papillomas (characterized by discharge from the nipples).
To stay safe and lower the risk of breast cancer, doctors often recommend the removal of the tumor.
Differences between Benign and Malignant Breast Tumors

One of the major factors resulting in a tumor is the abnormal growth of cells that could be triggered by an injury, an infection or prolonged inflammation.
A factor that plays a pivotal role in differentiating malignant from benign breast lumps or tumors is its ability to metastasize or invade other organs, cells and tissues of the body.
A malignant tumor starts off as a primary tumor that remains confined within its point of origin. Gradually, the cancerous growth metastasize, invading other neighboring as well as distant cells and body organs (Secondary cancer or tumor).
Benign tumors, on the other hand, contains chemical adhesions that prevent their metastasis and invasion to the other vital organs in the body.
As compared to malignant tumors, benign breast tumors, once removed, do not recur.
On the cellular level, microscopic examination reveals that malignant breast tumors often contain unusual, mutated, and modified genes and chromosomes.
More than often, malignant breast tumors give rise to Paraneoplastic Syndrome. The Paraneoplastic Syndrome is characterized by an elevated production of substances (can be antibodies or hormones) by the cancerous growths or tumors. The hormones or the antibodies circulate in the bloodstream and can alter the functioning of a host of vital body tissues and organs with deleterious health consequences.
Such things seldom take place in the case of benign breast tumors.

Benign & Malignant Breast Tumors - Things You Must Be Aware Of!

In case you have a diseased uterus, which makes you infertile, you can undergo a procedure known as uterus transplant or uterine transplant to get pregnant. In the process of sexual reproduction, a diseased uterus does not allow embryonic implantation. This factor is referred to as uterine factor infertility or UFI. As a result, you will not be able to get pregnant.

Who requires a uterus transplant?
This procedure involves women who have UFI and women who had their uterus removed by hysterectomy. Women who have a damaged uterus on account of an injury or infection, which does not function anymore, can also undergo a uterus transplant procedure. Women from the age of 21 to 45 are eligible for this procedure. Many women are born without having a uterus. This condition is called Mayer-Rokitansky-K ster-Hauser syndrome.

Procedure
Uterus transplantation begins with undertaking a uterus retrieval surgery on the uterus donor. The uterus, which is recovered has to be stored and transported to the location of the patient undergoing the transplant. An ischemic tolerance may last over 24 hours. Three major surgeries have to be carried out with the recipient. Firstly, a transplantation surgery is required in which the donor s uterus gets transplanted. In case pregnancy develops, a caesarean section surgery has to be performed. The patient is given immune suppressive therapy. After childbirth, a hysterectomy is done in order to terminate the immune suppressive therapy.

Will the women be able to get pregnant after having sex?
Women receiving a uterus transplant will not be capable of becoming pregnant without undergoing fertility treatments. The transplanted uterus is not connected with the fallopian tubes, which is the location of the normal fertilisation process. The women will require to carry out IVF or in vitro fertilisation to become pregnant after a uterus transplant. IVF is a process in which the eggs are removed from the ovaries and get fertilised in a laboratory. Then, they are implanted in the uterus. After undergoing the uterus transplant procedure, a woman has to wait for a period of one year. The uterus requires time for healing and after recovery, the embryo may be implanted for pregnancy. After giving birth successfully, a woman will be able to keep the transplanted uterus.

She has the option to get pregnant again. However, after giving birth twice, a hysterectomy must be carried out for the removal of the uterus. This is done so that the woman can stop using the immune suppressant drugs, which are associated with major risks. Uterus transplant is a relatively new technology. In October 2014, the first healthy baby was born to a woman who had undergone a uterus transplant. This surgery is kind of experimental in nature and is usually the last option for getting pregnant. 

Diseased Uterus - Can it be Replaced?

The treatment options for bone cancer depends on the type of cancer one is suffering from, the general health of the patient, the stage of cancer and the general preference of the patient. Different treatment options are designed for different types of cancer, based on the diagnosis. Each treatment responds in a different way. An oncologist decides the treatment options considering all the factors mentioned above. For instance, some cancer is best suited to surgery, while some cancer needs radiotherapy or chemotherapy to curb them. In many cases, all three modes of treatment might be required to tackle the growth of the cancer cells.

Surgery:
The goal of surgery is to eradicate the cancer cells in totality along with some surrounding healthy tissues. This involves special techniques to remove a tumor in one piece. Following are the types of surgeries that are available:

Removing the cancer cells sparing the limb: At the very first sight, the surgeon tries to understand whether it is possible to separate cancer cells from the tissues and the nerves. If the same is possible, the surgeon tries to save the limb while getting rid of the cancer cells. For the sake of safety and to ensure that the surgery is effective, the surgeon removes some of the healthy bone from the body and may replace the same with tissue from other parts of the body. To achieve this, a doctor might seek the help from of a bone bank or use a special metal prosthesis.
Surgery that does not involve the limbs: If the bone cancer does not involve the legs and the arm, surgeons can remove the affected bone along with some healthy bone from the surrounding areas. Cancer of the ribs and the spine are good examples of this type.
Surgery that affects the limb: Bone cancer that has spread to a significant extent and is strategically located in such areas that it is very difficult to remove, requires amputation. While this form of treatment is being increasingly discouraged by the wider medical community, it still does exist. In such cases, patients are fitted with artificial limbs and trained to do their job without the use of natural limbs.
Chemotherapy:
This is a form of drug treatment that uses powerful chemicals to kill cancer cells throughout the body. This medication is mostly given through an IV and the medication kills whatever cancer cells it comes across. 

Radiation therapy:
Radiation therapy involves the usage of special X-ray beams that have high power and can kill cancer cells. The patients are required to lie on a table, while a machine moves around the affected area and treats it with high energy X-rays, thereby killing the cancer cells. Radiation therapy is often used in conjunction with chemotherapy to reduce the size of a tumor before operating on it.


Bone Cancer - Know The Treatment Options!

The liver is a critical organ as it plays a vital role in body metabolism and digestion. Liver diseases are a challenge for medical professionals, as often, these symptoms are not obvious until the disease has progressed to quite an advanced stage. In most cases, diagnosis in the early stage is very difficult, which can help in early intervention and disease arrest. It is not just the disease, but the causes and treatment of liver cancer are also surrounded by myths. 

Read on to know some of the myths and facts about liver cancer.

Liver cancer is caused by alcohol: This is one of the most common myth, which is not true. While alcohol definitely has a role to play in liver cancer, not all victims are alcoholics. Non-alcoholic fatty liver disease (NAFLD) which puts a person at risk for liver cancer is not related to alcohol and is seen in people who are obese, diabetic, high cholesterol and have no connection with alcohol. There is also no correlation between the amount of alcohol and the severity of liver damage. However, stopping alcohol consumption altogether definitely helps in improving liver condition.
Liver cancer can be detected on routine tests: While abnormal protein levels on routine blood tests indicate abnormal liver, it is most often ignored and does not get diagnosed further. However, this should be taken up in detail and should be diagnosed. Early diagnosis greatly improves prognosis and can reduce treatment costs significantly. The chances of liver regeneration also would be greatly improved.
Routine medications can lead to liver cancer: Liver plays a very important role in metabolism, and most drugs are liver-toxic. Taken over a period of time, they can cause incremental damage and lead to liver cancer. Some are more toxic than others, so asking for the effect of liver is always a good question.
Cirrhosis is a precursor to liver cancer: This is definitely true, as left untreated, liver cirrhosis can lead to cancer. The added danger is that cirrhosis also is a silent disease, with often no symptoms and gets detected quite late. Periodic tests for cirrhosis in a patient who has a family history and alcohol consumption is a must.
Lifestyle has no connection to liver cancer: Absolutely wrong. A good healthy lifestyle including healthy weight, good portions of fresh fruits and vegetables, proper exercise, minimal alcohol use, and no smoking helps not just the liver but overall health. These play a cumulative effect on liver health, and having a good lifestyle, can help in delaying onset even in a person who is predisposed to cirrhosis and/or liver cancer through family history.
Liver cancer is definitely a silent killer, but keeping eyes open definitely, helps.

Liver Cancer - Common Myths & Facts About It!

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