Cerebral ischaemia or brain ischemia is a medical condition that restricts the flow of blood to the brain, resulting in an unmet metabolic demand. This leads to limited oxygen supply in the brain, which could result in death of brain tissues, cerebral infarction or an ischemic stroke. Thus, a cardiorespiratory arrest, a stroke, and irreversible brain damage are few possible consequences of cerebral ischaemia.

People with compressed blood vessels, low blood pressure, congenital heart defects or sickle cell anaemia have a high risk of developing cerebral ischaemia, since compressed blood vessels or very low pressure can lead to restricted blood flow. Also, sickle-shaped cells have a greater tendency to clot, causing obstructed blood flow.

Patients with cerebral ischaemia experience a host of symptoms, such as weakness in the body, problems in coordination and movement, vision and speech impairment and unconsciousness.

Cerebral congestion, on the other hand, refers to excessive quantity of blood in the brain vessels, causing pressure on the cerebral substance. Cerebral congestion is of two types. It is termed as active when there is too much arterial blood flow and passive when there is undue quantity of venous blood in the veins of the brain. Both conditions cause symptoms, such as severe headache, insomnia, irritability and unconsciousness. The patient gets little sleep and is disturbed, often followed by dreams. When awake, the patient s mental activity in the brain is very high.

Homeopathy is now a well-established school of medicine backed with years of research and practice. Gone are the days when homeopathy was considered no more than an extension of herbal home remedies. Homeopathic laboratories around the world produce large number of medicines covering almost all ailments. The benefits of homeopathic treatment are now well established due to its holistic approach and minimal side effects. Homeopathy is undoubtedly a ray of hope for patients with cerebral ischaemia and cerebral congestion, as it delivers a comprehensive treatment plan designed to target the signs and symptoms of the disease and address its non-occurrence.

The medications deal with mild to severe symptoms, including inflammation of the brain, headache, vomiting, insomnia, stroke/convulsions and seizures. The stramonium drug, for example, deals with seizures. Belladonna is an effective remedy for sharp shooting headaches, a common symptom of cerebral congestion. Ferrum is believed to be a valuable remedy for brain ischaemia. Few drugs deal with the symptoms of both ischaemia and congestion nux is a suitable drug for the treatment of ischaemia as well as for passive cerebral congestion. Similarly, phosphorus can be used to treat brain ischaemia and congestion. Zincum metallicum is a highly recommended drug for chronic cases of ischaemia.

The treatment is comprehensive and long term and shows substantive results. Regular follow-ups and consultation with a homeopath specialist is the key to an effective treatment.

Best Homeopathy Treatment of Cerebral Ischaemia & Congestion

Q1. What exactly is Laparoscopy?
Laparoscopy is an alternative to 'Open' surgery wherein the abdomen is opened by tiny 'key hole' incisions and surgery is done. 'Scopy' means the use of an endoscope or telescope to see inside the abdomen. This is attached to a camera and a light source and the inside of the abdomen is projected on to a monitor. The surgeon performs surgery looking at this screen. The surgeon makes a total of 2-4 small cuts on the abdomen ranging from half to 1 cm through which the telescope and other thin surgical instruments are passed into the abdomen. When the uterus is removed , known as hysterectomy, there is also a cut at the top of the vagina where the uterus is attached.
Q2. What kind of gynaecological surgeries can be performed by Laparoscopy?
Most surgeries done in gynaecology can now be performed by Laparoscopy and do not require the large incision as for open surgery. Laparoscopy can be done sometimes only for diagnosis and is called Diagnostic Laparoscopy, as in checking whether the tubes are open or not and to look for any causes of infertility or pain outside the uterus. In women who are unable to conceive, Diagnostic Laparoscopy is often combined with Hysteroscopy (endoscope inside the uterus, inserted from below, via the vagina). When laparoscopy is done to perform some surgical procedure inside the abdomen it is called Operative Laparoscopy. This may be for simple procedures like sterilization, minor adhesions, drilling ovaries; or for intermediate or major reasons like fibroids, endometriosis, removal of ovaries or tubes or both or removal of uterus, for staging of cancers or radical surgeries for cancer. However, about 5% of all surgeries including those for cancer or very large tumours may benefit from open surgery.
Q3. Why does an expert surgeon recommend Laparoscopy over Open Surgery?
Laparoscopic surgery has many advantages above open surgery: the incisions are much smaller (open surgery incisions are 8-10 cms long), therefore pain is much less; requirement for pain killers (which can have side-effects like sleepiness, impaired judgement) is lesser; hospital stay is shorter; complications fewer; requirement for blood transfusions infrequent; recovery in terms of physical, emotional and mental state is much better and quicker; return to work is faster with consequent lesser loss of working and earning days. Surgery with laparoscope is more precise because it is magnified view. Further vision is much better because it's like having your eye behind the structure because you can see with the telescope at places where the surgeon's eye cannot reach.
Q4. If the cuts on the abdomen are so small in Laparoscopic surgery, how do you remove the uterus or a large tumour from inside the abdomen?
Quite often if the tumour is not malignant and contains fluid, it is punctured to collapse it into a smaller size. If it is solid, it can be cut into smaller pieces inside the abdomen using a special instrument. The collapsed or cut structures can be removed gently through the 1 cm cut on the abdomen which may be increased a bit if required. After hysterectomy, the uterus can be removed easily from below, through the vagina.
Q5. Will there be much pain or discomfort after Laparoscopic Surgery?
There may be some pain and discomfort in lower abdomen for one day to few days after Laparoscopic surgery but this is much less as compared to open surgery because the incisions on the abdomen are much smaller and there is much less tissue handling inside the abdomen by fine instruments instead of rough, big, gloved hands which can cause tissue injury in open surgery. There may be some pain in the shoulder following laparoscopy. This is not serious and is due to the gas used in the surgery to make space for instruments.
Q6. When can I be discharged from hospital?
Following Diagnostic Laparoscopy or with simple Operative Laparoscopy you can expect to be discharged from hospital latest by the morning after surgery. In most other cases of intermediate or even major surgery, discharge is generally 1-2 days following the surgery unless there is some health issues prior to the surgery or any complication during the surgery. The complication rates for Laparoscopic surgery are not more than for open surgery and depend upon patient factors like anaemia, diabetes, obesity and skill of the surgeon.
Q7. When can I perform routine household activities or return to work after Laparoscopic Surgery?
Recovery after surgery depends upon many factors: presence of health problems before surgery; why the surgery is required; what surgery is being done; problems or complications of surgery, anaesthesia or blood transfusions. If all is well, one can perform routine household activities by 1 week, provided one doesn't feel tired. Although there may not be any harm, it may be unwise to be normally active within 48 hours of procedure. Following Diagnostic Laparoscopy or Operative Laparoscopy for simple procedures, one can return to work in 1 week. For other procedures, a 2-3 week off from work is reasonable. It depends on the type of work you are returning to. Avoid too rapid return to work if it is manually hard or requires standing for long durations of time. Sometimes a surgical procedure brings on a well needed rest and break from a lifetime of work. Mostly, when you return to work depends upon your own body and its signals of tiredness. You need to listen to those signals.


Know All About Gynae Laparoscopy Surgery

Breast cancer begins when cells in the breast(s) start to grow out of control. It is understood as being the most common cancer, seen predominantly in females, globally. It is reasonably treatable and often curable.

1. Type: Adenocarcinomas constitute more than 95% of breast cancers with infiltrating ductal carcinoma (IDC) being the most common form of invasive breast cancer.

Frequently occurring breast cancers present as one of the following types mainly

1. Ductal Carcinoma In Situ (DCIS): Is the most common type of non-invasive breast cancer and is confined to the milk ducts of the breast. There is no invasion in the basement membrane. Pure DCIS metastasizes rarely. Non comedo cribrioform carcinoma is the most common DCIS found which, when compared to the comedo type, is mostly non-aggressive.

2. Infiltrating Ductal Carcinoma (IDC): Represents majority (about 3/4th) of the breast cancers, and is known to metastasize commonly to bones, lungs and liver.

3. Lobular Carcinoma In Situ (LCIS): Develops in multiple lobules of the breast (bilaterally). LCIS is less commonly seen, compared to DCIS.

4. Infiltrating Lobular Carcinoma (ILC): Represent about a tenth of all breast cancers and tends to metastasize to other regions of the body.

Less commonly occurring breast cancers such as

5. Inflammatory Breast Cancer: Is relatively uncommon and are caused probably owing to viral infections. The breast is warm, red and swollen.

6. Paget s disease of the nipple: Is a rare form of breast cancer. It begins in the milk ducts and spreads to the nipple and areola.

7. Medullary Carcinoma

8. Mutinous Carcinoma

9. Tubular Carcinoma

10. Phylloides tumor etc all.

2. Gender: Affects the female populace predominantly. However, a small percentage of breast cancer is attributable to the male populace as well.

3. Etiology: No definite cause is known. However, diet, lifestyle, environment, hormonal/ reproductive factors, personal or family history of breast cancer especially in first degree relatives and also any benign breast disease history etc all are known to increase the risk of breast cancers. Specifically, excessive fatty diet, obesity, type 2 diabetes mellitus, benign breast disease, heredity/ inheritance of mutated breast cancer genes 1 (BRCA1) and 2 (BRCA2), smoking, alcohol intake, infertility, estrogen therapy/ hormone replacement therapy (long term) in post menopausal women, delayed age at first pregnancy, nulliparity (not having child), early menstruation, delayed onset of menopause, lactating mothers not breast feeding, exposure to ionizing radiation, sedentary lifestyle, depression, exposure to MMTV virus etc all can potentially increase the risk for breast cancer.

4. Features: Signs & symptoms, of breast cancer, manifest majorly in the following ways

Lump/ nodule in the breast that gets attached to the skin of the breast over time. The lump / nodule could be hard and painless with irregular edges or it could also be soft, rounded, tender and painful.

Enlarged lymph nodes in the axilla which are palpable.

Swelling of whole or a part of a breast. This is even if there is no distinct lump felt.

Retraction or thickening of the nipple(s).

Pain in the breast or nipple.

Discharge from nipple other than breast milk.

Irritation/ scaliness of skin over the breast.

Redness of nipples

Rarely, red, swollen and tender breast.

5. Screening: Is generally recommended for asymptomatic populations goal of which, as usual, is to be able to detect & diagnose breast cancer at an early stage which is potentially curable. It is mostly radiologic with mammography/ USG being instrumental in raising suspicions for further diagnostics (i.e. biopsy) that help detect breast cancer, if any, early.

6. Diagnosis: A self-examination/ clinical exam of the breast(s)/ axilla that reveals a palpable mass prompts the following diagnostics. Abnormal blood test results may be indicative of malignancy, but a follow up imaging/ biopsy is always the gold standard for accurate diagnosis.

Blood: ER/ PR/ HER2/neu, uPA, PAI-1, CA15-3, CA27.29 etc all tumor markers are helpful.
Imaging: Mammography/ USG Scan usually, as relevant. Again, CT Scan of abdomen & pelvis and chest, PET CT scan, bone scan etc all help detect metastasis, if any, for cancers in stage III & above.
Biopsy: either excisional, incisional, fine needle aspiration (FNA) or core biopsy technique, as contextually appropriate, is frequently employed and a histopathological examination (HPE) thereof clinches the diagnosis and the nature of the disease.
7. Treatment: Conventional treatment includes surgery, radiotherapy, hormone therapy/ chemotherapy as deems appropriate. Simultaneously, an adjunctive or integrative naturopathic treatment with suitable complementary & alternative medicines (CAM) too can help improve clinical outcomes and facilitate recovery as would be feasible contextually.

8. Prognosis: Preventive measures, earlier diagnosis and right early treatment is key for an effective therapeutic management & better prognosis. Like most other cancers, the chances of cure for an early stage breast cancer are more. The cure/ recovery chances are influenced by the type, grade, stage of cancer, recurrence and the patient s general health & vitality etc all. Above-mentioned apart, age, menopause status, lymph node status, ER/ PR/ HER-2/ neu status, size & extent of breast cancer etc all also influence the treatment outlook in breast cancer. The five year survival rate is strongly correlated with the stage of breast cancer.

9. Prevention: Rightly said, prevention is always a better choice. Although genetic risks are difficult to modify, still an increased focus on protective factors and avoidance of the risk factors can be of help. An adherence to a Mediterranean diet, maintaining an ideal body weight and an active lifestyle with due emphasis on regular exercising (for at least 30 minutes daily), de-stressing and relaxation is highly recommended for reducing the risks of breast cancer. A healthy eating plate comprises essentially a low fat diet, fibre rich foods including whole grain cereals, green leafy vegetables cooked using healthy vegetable oils, fresh fruits of all colours as seasonally available and healthy proteins/ fats including fresh fish, poultry, beans, nuts etc all. It is advisable to limit milk/ dairy, preferably of low fat content, to 1 to 2 servings max daily. Although alcohol is optional and is not for everyone, the consumption of the same, if any, has to be strictly in moderation, and is best avoided. Smoking is to be avoided as well. Again, red meat, butter, refined grains, sweets, sugary drinks including carbonated beverages and other high calorie foods etc all, if any, are to be taken sparingly or are best avoided too. Limiting dosage/ duration of hormone therapy, if any, especially to counteract post menopausal symptoms and also avoiding exposure to radiation and environmental pollution can help reduce the risks of breast cancer. Apart from the above-mentioned, for high risk cases, a prophylactic oophorectomy, prophylactic radical mastectomy, long term hormone therapy etc all can help reduce the chances/ risks of developing breast cancer significantly. Breastfeeding is known to confer protection against breast cancer risk too.

Breast Cancer - In A Nutshell

The human body has 206 bones and bone cancer can affect any of these bones. This condition starts when healthy bone marrow cells mutate and grow out of control to form a tumor. There are many different types of bone cancer. Treatment of bone cancer varies from case to case and depends on factors such as, type of cancer, stage at which it is diagnosed and the patient s overall health amongst other factors.

Surgery, chemotherapy, and radiation are the three most common types of treatments favored for bone cancer. Surgery is usually used for low-grade tumors. This involves the removal of tumor and the surrounding healthy cells and tissues to ensure that that cancer does not recur. For high-grade tumors, surgery may be accompanied by chemotherapy, radiation or a combination of the two. 

Chemotherapy involves the delivery of medication to destroy cancer cells orally or intravenously. Radiation involves the use of high energy X rays to kill cancer cells. This is often used to treat patients with a tumor that cannot be surgically removed.

Apart from these standard forms of treatment, bone cancer patients are often advised to take part in clinical trials for their treatment. This can be described as a research study to test the efficiency of new approaches to the treatment of bone cancer. A clinical trial can be used to treat the safety and efficacy of a new drug, the new dosage of standard drugs or a new combination of treatment types. As a member of a clinical trial, you may be one of the first few people to benefit from treatment even before it is available to the general public. 

Some of the new options available through clinical trials are:

Immunotherapy: This is also known as biologic therapy. It is designed to boost the patient s immune system to fight cancer cells. Mifamurtidesi one of the types of immunotherapy being tested. Immune checkpoint inhibitors such as monoclonal antibodies are also being tested for their ability to block specific molecules.
Targeted therapy: This type of therapy targets the genes and proteins that contribute towards the growth and survival of cancer cells. Targeted therapy limits the damage caused to healthy cells and tissues and only blocks the growth of cancer cells.
Myeloablative therapy: This involves an intense regimen of chemotherapy. High doses of chemotherapy aim at destroying all the cancer cells. Unfortunately, in the process, healthy cells may also be killed. This may be followed by introducing stem cells through a bone marrow transplant to the patient s body to renew blood cells.
Intraoperative radiation therapy: These trials evaluate the use of radiation given inside the patient s body during a surgery. In cases where tumor is in a distant location of the body, stereotactic body radiotherapy and radiofrequency ablation may be used.


Bone Cancer - Understanding The New Approaches For Treatment!

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!

Breast cancer begins when cells in the breast start to get out of control. These cells are mostly in the form of a tumor that can be regularly seen on an x-ray or felt as a lump. The tumor is dangerous (malignant) if the cells attack the surrounding tissues or spread to far off zones in the body. Breast cancer happens mostly in women, yet men can get it, as well.

This is how breast cancer can spread:

Bosom cancer can spread through the lymph framework
The lymph framework includes lymph nodes, lymph vessels, and lymph liquid found all throughout the body
Lymph nodes are little, bean-shaped accumulations of immune system cells that are connected by lymph (or lymphatic) vessels. Lymph vessels resemble little veins, with the exception of that they transport a liquid called lymph (rather than blood) far from the breast
Lymph contains tissue liquid, waste items, and immune system cells. Breast cancer cells can enter lymph vessels and start to develop into lymph nodes
A large portion of the lymph vessels of the breast deplete into the:

Lymph nodes under the arm (axillary hubs)
Lymph nodes around the neck bone (supraclavicular and infraclavicular lymph hubs)
Lymph nodes inside the neck close to the breast bone (inner mammary lymph hubs)
Following are some of the causes of breast cancer:

Hormones play a part in creating breast cancer disease; however exactly how this happens is not completely known
Ordinary breast cells get to be distinctly carcinogenic in view of changes (transformations) in DNA
Yet, most DNA changes identified with breast cancer are gained in breast cells during a woman s life as opposed to having been acquired
Qualities that accelerate cell division are called oncogenes
Tumor silencer qualities are typical qualities that back off cell division, repair DNA oversights, or advise cells when to bite the dust
Certain acquired DNA transformations (changes) can drastically increase chances for building up specific growths and are in charge of a large number of tumors that keep running in few families
Some of the treatments of breast cancer include:

Health alterations: Body weight, physical action, and eating routine are all connected to breast tumor, so these may be territories where you can make a move.
Restorative alternatives for women at expanded hazard: For women who have certain hazard components for breast growth, for example, a family history; various restorative alternatives may counteract breast cancer.
Medications to lessen hazard: For women at expanded danger of breast cancer, medications, for example, tamoxifen and raloxifene, can reduce the hazard. However, these medications can have their own dangers and symptoms.
Preventive surgery: In case that you have a solid family history of breast cancer, you can talk with your specialist about hereditary testing. This test addresses changes in qualities that increase the danger of breast cancer; for example, the BRCA qualities. In case you have a hereditary change from a family with a transformation, however, have not been tried, you could consider surgery to bring down your danger of tumor.

Breast Cancer - Important Things You Must Be Aware Of!

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