Showing posts with label Best Cancer Treatment In Delhi. Show all posts
Showing posts with label Best Cancer Treatment In Delhi. Show all posts

Thursday, 26 January 2017

Breast Cancer Treatment in India



 Breast Cancer Treatment In India 
Breast cancer is characterised by the uncontrolled growth of abnormal cells in the milk producing glands of the breast or in the passages (ducts) that deliver milk to the nipples.
ii. Types of breast cancer
The type of breast cancer is important in determining the most effective treatment approach. The most common way to classify breast tumours is according to the status
of three specific cell surface receptors. These are the oestrogen receptor (ER), the


The most common type of breast cancer is known as Hormone Receptor-Positive breast cancer; accounting for around 75% of all breast cancers.5 This type of
cancer grows in response to the hormones oestrogen and progesterone, and as such is likely to respond to therapies that aim to inhibit the growth effects of hormones.5
Another type of breast cancer classified by the system is ‘HER2-positive breast cancer’ which is typified by cells that make too much of a protein known as HER2/neu. It
represents 20–30% of Hormone Receptor- Positive breast cancers. Tumours that do not overexpress HER2/neu are described asHER2-negative. Breast Cancer Treatment India At Affordable Cost
Triple negative breast cancer (TNBC) is a rarer form of breast cancer which is a sub-type of HER2-negative disease. TNBC refers to tumour cells which lack oestrogen and progesterone receptors, and do not overexpress the HER2 protein. This cancer type accounts for around 15% of all breast cancers, and is usually more aggressive and difficult to treat as it does not tend to respond to standard therapies.5,7 Due to the aggressive nature of this disease it is important to treat patients early; however with few effective treatments available there
is a high unmet medical need.
 Breast Cancer



iii. Causes and risk factors
There are a number of factors that have been shown to increase a woman’s risk of developing breast cancer: Age: The majority of breast cancer cases
occur in women over the age of 50.8 Family history: If a woman has a personal or family history of breast cancer she is at increased risk of developing breast cancer.1
Clinical history: Women who have previously suffered with benign breast cancer are at greater risk of developing Breast cancer Treatment in the future. Breast Cancer Treatment In Delhi
A late first pregnancy: Women who have a late first pregnancy (after the age of 35) are more likely to develop breast cancer
Prolonged hormonal exposure: A long menstrual life or possibly use of hormone replacement therapy after the menopause expose women to an increased risk of
developing breast cancer.
Lifestyle factors: For example, being overweight or obese after the menopause, physical inactivity, a high fat diet and high alcohol consumption can play an important
role in the development of breast cancer.1
iv. Symptoms and diagnosis
The symptoms of early stage breast cancer can often go undetected. There are 12 common signs of breast cancer, these are summarised below:
A hard lump developing in the breast or armpit – typically painless and occurring on one side only.
A change in the size or shape of the breast, including indentation, ‘growing’ (particularly prominent) veins or skin erosion.
Changes in the skin such as hardening, dimpling, bumps, redness/heat or an orange peel like appearance. Changes in the nipple such as retraction, the secretion of unusual discharge or a rash around the nipple area.



v. Staging
In simple terms the stage of a cancer describes the size of the tumour and determines whether it has spread and how far it has spread. The stage is important
because it helps cancer specialists to decide on the best treatment option. Adjacent is a simplified description of a staging system for breast cancer
Stage Classification
Stage I The tumour is no larger than two centimeters, and has not spread to the lymph nodes
Stage II The tumour is around five centimeters in size and may have spread to the lymph nodes under the arm
Stage III The tumour(s) may have spread to lymph nodes, be clumped together or sticking to other structures. The tumour(s) may have also spread to surrounding breast tissue
Stage IV Tumour(s) that have spread to other organs in the body e.g. lungs, liver or bone. This is sometimes referred to as ‘invasive cancer’

There are three main stages of breast cancer: Breast Cancer Treatment in Delhi 
Early stage, which refers to cancer that is confined to the fatty tissue of the breast. Locally advanced, which has spread to
underlying tissue of the chest wall. Advanced or metastatic, where the tumour has spread to other parts of the body. Approximately one third of breast cancer cases are diagnosed after the cancer has spread beyond the primary tumour site (metastasised).


i. Incidence and mortality
Worldwide: Globally, over one million women are diagnosed with breast cancer every year.1 It is the most frequently
diagnosed cancer in women1 and the leading cause of cancer death in women. Every year more than 500,000 women die
from the disease. Europe: In Europe over 400,000 women are diagnosed with breast cancer every year and 120,000 women die from the disease. Breast cancer is the most frequently diagnosed cancer in Europe and the leading cause of cancer death in European women.10 It accounts for 17% of female cancer deaths in this region.10


Breast cancer treatment options vary
depending on the stage of the cancer – its size, position, whether it has spread to other parts of the body and the physical health of the patient. Current treatments for
breast cancer include surgery, Radiotherapy, Chemotherapy, hormonal and targeted therapies. These therapies may be used alone or in combination depending on the
stage of the disease.
i. Surgery
This is the main treatment option for patients whose breast cancer has not spread to other parts of the body and is
also an option for more advanced stages of the disease. The types of breast cancer surgery differ in the amount of tissue that is removed with the tumour; this depends on
the tumour’s characteristics, whether it has spread, and the patient’s personal feelings.14 Some of the most common types of surgery
include: Breast conserving therapy or ‘Lumpectomy’ which involves the removal of the cancerous area, the surrounding tissue and in some cases the lymph node, whist aiming to
maintain a normal breast appearance after surgery. ‘Partial Mastectomy’ or ‘Quadrantectomy’; this is where a larger
portion of tissue is removed (compared with Lumpectomy).
Oncocare’, which is performed in an attempt to further cancer prevention. This surgery involves the removal of the entire breast, without the removal of lymph nodes.12
Surgery can also be followed or preceded by radiotherapy and/or chemotherapy, either sequentially or in combination.
ii. Radiotherapy
Therapy with radiation is often used in addition to surgery and chemotherapy to reduce the chances of the cancer recurring.

Chemotherapy may be given prior to surgery (neo-adjuvant) with the aim of reducing tumour size and the need for extensive surgery, or after surgery (adjuvant) to reduce the chances of the cancer coming back. When the cancer has spread to other parts of the body (metastatic), chemotherapy may be used to reduce symptoms, improve quality of life and extend
survival. Chemotherapy drugs can be given intravenously (directly into the blood), or orally in a tablet. Chemotherapy is typically
associated with adverse side effects such as fatigue, nausea and diarrhea; this is because of its toxic nature and non-specific mode of action, which means that all cells are
attacked (even healthy cells).
iv. Hormonal therapy
Medicines that block or inhibit the actions of the hormones oestrogen and progesterone are often used in the treatment of patients with Hormone Receptor-Positive breast cancer.
v. Targeted therapy
Targeted therapies (also called biological therapies) are a relatively new approach to cancer treatment and target specific biological processes that are often essential
to tumour growth. Targeted therapy can include use of monoclonal antibodies, vaccines and gene therapies. Targeted therapies precisely target cancer-specific
processes, making them effective and less toxic to non-cancerous, healthy cells.15 Several types of targeted therapy exist for the treatment of advanced breast cancer. These are either given just after chemotherapy as maintenance or in conjunction with other therapies e.g. chemotherapies or hormonal therapies at various stages of advanced disease in accordance with their approved label.

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Thursday, 12 January 2017

Srs Treatment in Delhi

Srs Treatment in Delhi

Best Srs Treatment India

                                           Stereotactic Market Dedicated Machines


Srs Treatment Doctor In India


Top Srs Treatment Delhi



Srs Treatment Delhi

Brain Tumors Primary brain tumors
» Tumors that originate in the brain
– Malignant (cancerous) or benign Metastatic brain tumors
» Malignant cells have spread from elsewhere

                                          Brain Tumor Treatment India 


Cancer Treatment India

History of Linear Accelerator

Based Radiosurgery Early reports of linac-based radiosurgery
with stereotactic frames in 1980’s Winston and Lutz published their results
from Joint Center for Radiation Therapy in Boston in 1986
Early linac treatments required attachment of circular collimators to standard linacs
Some relied on inherent precision of the linac, others used high precision floor
mounts, Radionics, Leibinger and Fischer, Philips,
others began commercial distribution of add-on accessories in 1990s

Accuray CyberKnife: Robotic Arm and 6MV Linac


Industrial robot arm with 6MV. Xband linac.
Two orthogonal ceiling mounted. X-rays with floor mounted flat panel detectors
Infrared. positioning Extracrania capability

                                                   Radiologist India


Srs Treatment Delhi India

Recommendations for New Radiosurgery Programs: 

 Rigorous acceptance testing of new
equipment
Detailed small field dosimetry by Qualified Medical Physicist
Detailed investigation of accuracy and limitations of all imaging equipment:
CT, MR, angio
Careful examination of all systematic errors
Rigorous training for all staff members


Failures of Quality Assurance

U.S. NRC issued NUREG “Medical Misadministrations Caused by Human Errors in Gamma Stereotactic
Radiosurgery” in 1993 Listed 15 known misadministration reports: wrong
helmet, wrong coordinates, wrong side, wrong patient, shots repeated or skipped, failure to enter
intended radiation dose (treated w nominal dose)
Gamma Knife Center reported to CDRH accidental administration up to 52% overdose to 
77 patients in 2004-2005 due to miscalibration
Linac radiosurgery center in Florida mistakenly loaded wrong factor in initial calibration, accidentally
over-dosed 10 patients Death reported to FDA in Sep 2006 from linac
radiosurgery: failure to attach accessory cone mount

Localization

The problem with radiotherapy is… We are treating something we can’t see with
something we can’t see!
Need to know where the target is relative to something we can see
Stereotactic techniques utilize a visible reference frame that is fixed relative to the
target
» Traditionally a frame screwed to the head
» Can also be an image whose location is
known relative to the treatment machine



MRI Image Distortion Problems

Image distortions of up to 9mm reported Some sequences notorious: particularly
coronal or axial acquisitions
MRI image problems extremely scanner dependent
Some scanners exhibit severe metal artifacts
Vital to work with MRI expert and manufacturers engineer



Email Us: admin@radiotherapy.in 





Thursday, 29 December 2016

Best Radiotherapy Treatment In India

    Best Radiotherapy Treatment In India

Radiotherapy India

Radiotherapy Treatment can cure cancer. It is delivered to around half of cancer patients and is a vital part of curative treatment in around 40% of patients1 . In the UK just over 300,000 new cases of cancer occur each year, and over 90,000 receive radiotherapy as part of their curative treatment .

Radiotherapy kills cancer cells because it damages DNA. Cancer cells are more prone to damage than normal cells because of their high multiplying rate and their reduced ability to repair themselves. Radiotherapy is usually given using X-rays; therefore getting radiotherapy is very similar to getting an X-ray.

Best Hospital For Radiotherapy In India


Radiotherapy beams are usually X-rays given at a higher dose than normal X-rays and are pointed directly at the cancer.

 A radiotherapy treatment session is where a number of radiotherapy beams are given one after the other, each pointing at the cancer from a different angle. A radiotherapy treatment session usually takes around 10-30 minutes.  A radiotherapy treatment course is the number of radiotherapy treatment sessions required to complete the curative radiotherapy course. In a typical radiotherapy course, there are around 20 - 40 daily radiotherapy treatment sessions spread over 4 - 8 weeks.

Cost Of Radiation Therapy For Cancer In India

External Beam Radiotherapy (EBRT)

External beam radiotherapy is the traditional method of giving radiotherapy and still the best treatment in many cases. The patient lies on a radiotherapy bed in the same position every day for a radiotherapy treatment session. In each session, between 2-4 radiotherapy  beams are given. A radiotherapy beam is switched on to deliver the beam. Then the radiotherapy machine moves into a different position before giving the next beam from a different angle. The machine that gives the radiotherapy is called a linear accelerator (or a “linac”). Before we start radiotherapy we design a treatment plan. This is when we arrange at which angles to put the beams. We do this by doing a CT scan to get a 3-dimensional picture of the cancer inside the body. Computer software programs are used to decide how to point the radiotherapy beams so that when the beams come together inside the body, they hit the cancer to give the most powerful effect.

New Radiotherapy Techniques

Radiotherapy would kill a cancer every time if a big enough dose could be given to the cancer. But sometimes doctors cannot give a big enough dose because they don’t want to damage the normal cells around the cancer. We are always trying to improve our radiotherapy techniques so that we can 1) Cure more cancers 2) Cause fewer side effects. Below are some of the new techniques available to help us do that. These techniques are often used together to make the radiotherapy course as effective as possible, as usually doctors have one opportunity to cure cancer with radiotherapy.

1 Intensity-Modulated Radiation Therapy (IMRT)  

Intensity-Modulated Radiation Therapy (IMRT) is a way of giving radiotherapy that enables doctors to precisely shape the radiation beam around the cancer while keeping the dose away from normal cells. IMRT can also give a bigger dose to the more aggressive parts of a cancer at the same time as a normal dose to the less aggressive bits. IMRT is done by using CTRad July 2012 3 more radiotherapy beam angles, usually about five to 10. In the same way as with EBRT, the linac moves into different positions between each radiotherapy beams. Once it is in position, the radiotherapy beam is switched on for a few minutes before it stops and moves again. With IMRT we give the radiotherapy more exactly around the tumour. This means there is a lesser dose given to normal cells therefore reducing side effects. In the future we may be able to give bigger doses because with IMRT we are better at hitting fewer normal cells.

2 Volumetric Modulated Arc Therapy (VMAT) 

Volumetric Modulated Arc Therapy (VMAT) treatment is very similar to IMRT. Instead of the linac moving into different positions before the radiotherapy beam is switched on, it stays switched on the whole time as the linac moves around the patient in an arc. It produces the same result as IMRT but is up to eight times faster. VMAT is also known as Rapidarc.

3 Image Guided Radiotherapy (IGRT)

Latest Radiation Machine In India


radiotherapy


 Image Guided Radiotherapy (IGRT) is the use of different types of pictures to help improve the number of times we hit the cancer and to make sure we miss the normal cells. Tumours move between daily treatments, because of daily changes inside the body. An example of this is when the bladder changes size and position depending on whether it is full of urine or empty. With IGRT, the linac is able to take a picture of the cancer while the patient lies on the radiotherapy bed just before radiotherapy. We can then adjust the beams so that they line up exactly with the cancer inside. If the cancer has moved a lot between daily treatments, these pictures show us this and we put a new set of beams on to hit the cancer better.
Cancers also move while a linac is on. An example of this is lung tumours move up and down because of breathing. We can check the amount of movement by doing special CT scans that allow us to see the tumour moving called 4 dimensional CT scans. We can also check the movement with the pictures taken immediately before the radiotherapy to make sure it has not changed a lot from when we put the beams. Another form of IGRT is the use of different scans such as MRI scans and PET/CT scans in the planning of radiotherapy to make sure the beams are pointed in the right direction. IGRT enables doctors to hit cancers more accurately and hit fewer normal cells.

4 Stereotactic Ablative Body Radiotherapy (SABR)

Stereotactic Ablative Body Radiotherapy (SABR) is also known as Stereotactic Body Radiotherapy (SBRT). SABR is different to normal radiotherapy because instead of giving a little radiotherapy everyday over four to eight weeks, we give a big dose over only three to five days. This adds up to a much bigger dose overall so it is better at killing the cancer and cures more people. There are different ways of giving this treatment depending on what radiotherapy machines your local hospital has. SABR can be given using a linac, VMAT or Rapidarc. Another machine that gives SABR is Cyberknife. All of these techniques are equally as good. Whichever technique you use, IGRT is an important part of SABR treatment. In some cancer types such as lung cancer, studies have shown that SABR cures more people than EBRT. In other cancer types it remains more experimental, but looks to be an excellent treatment given with the aim of either cure or control


5 Radiosurgery 

Radiosurgery is the delivery of high doses of radiotherapy to cancer in the brain. It is usually used to treat cancers that have started in other parts of the body and have spread to the brain. It is called radio SURGERY because it can be given all in one day, like an operation. But it can also be given over two to five days. These treatments have to be very precise, so often patients’ heads are held steady inside a special box, or inside a special mask to make sure they do not move. Different machines that can all give radiosurgery include: a linac, the Gamma Knife, VMAT, Rapidarc and Cyberknife. They are all equally as good as each other. In the same way as SABR, radiosurgery gives a bigger dose than we could give with EBRT. It can be given with aim of cure or control.


6  Proton 

Therapy Proton therapy is a form of radiotherapy that does not use traditional X-rays. Proton beams are different because they do not go all the way through the body, they stop at the area of the cancer and deliver most of the dose to that area. Protons are usually used for radiotherapy treatment courses where the nearby normal cells are so sensitive to radiotherapy it would be impossible to give radiotherapy if we used Xrays. The kind of normal cell that is very sensitive is any normal cell within a child and brain or spinal cord cells. As a result the kinds of cancers that are treated with proton therapy are childhood cancers and cancers of the brain or spine. Proton therapy is usually used in these cancers to give a curative dose when EBRT would be too dangerous to use. CTRad July 2012 6 Proton therapy can be used in other cancers to increase the dose because the dose is delivered primarily in the cancer. This is still experimental and usually used within studies.

7  Brachytherapy 

Brachytherapy is the delivery of radiotherapy from a radioactive source that is put in or near the cancer. A source is a small piece of metal that when it breaks down it emits radiotherapy. There is no machine involved. Brachytherapy is commonly used in cervical cancer, prostate cancer, breast cancer, and skin cancer and can also be used to treat tumours in many other areas of the body. Brachytherapy can be used alone; before or after other treatments such as surgery, EBRT and chemotherapy. Depending on the area of cancer, radioactive seeds or sources can be put either in or near the tumour so that the radiotherapy affects the cancer and very little else. This means the normal cells next to the cancer get less dose causing less side effects. Another benefit is that if the patient moves or if there is any movement of the cancer inside the body during treatment, the radiation sources stay in the correct position right beside the cancer. For these reasons brachytherapy does not tend to have a lot of side effects. A course of brachytherapy is usually done on the ward and can be anything from one to six sessions. Sometimes to get the radiotherapy sources into the tumour, a general anaesthetic is needed; in others it is done with the patient awake. In some types of cancers, brachytherapy can cure as many people as surgery or EBRT and can be used instead of these other treatments. In others types of cancer, adding brachytherapy to surgery or EBRT allows us to cure more people.

8 Adaptive 

Radiotherapy CTRad July 2012 7 Usually in radiotherapy we use the treatment plan decided at the beginning of treatment all the way through the treatment course. In adaptive radiotherapy, we use different scans and pictures taken part way through the treatment to make a new treatment plan. This means we can hit the tumour better if it moves or if the cancer shrinks we could make our beams smaller so we hit fewer normal cells. This technique makes us hit the cancer better and could potentially allow us to reduce the dose to the normal cells. If we reduce the dose to normal cells we could increase the dose to the cancer.


9 Intra-operative radiotherapy (IORT) 

Intra-Operative Radiotherapy (IORT) is usually for patients who have had their cancer removed with an operation where there is a small chance of left over cancer cells. Usually patients will get EBRT to get rid of these left over cancer cells. With IORT, the radiotherapy is given while the patient is under anaesthetic usually at the time of their cancer operation (although it can be given at a separate operation). The radiotherapy source is put in the bed where the cancer used to be and delivers the radiotherapy directly to the area where there may be left over cancer cells. There are a number of benefits of IORT. The whole treatment course is completed under one anaesthetic rather than lots of radiotherapy treatment sessions which is far more convenient for the patient. The other benefit is that there are likely to be fewer side effects, because by putting the source near the cancer bed more of the dose goes to the areas where the cancer might be, and the normal cells around the cancer therefore get less dose. This treatment is only proven to be equivalent to standard EBRT in breast cancer but is being used within scientific trials in other tumours such as cancers of the rectum, prostates and kidney, and sarcomas.


10 Molecular Radiotherapy 

Cancer cells take up different molecules to help them grow or develop. Molecular radiotherapy takes advantage of this by creating either a ‘copy cat’ molecule that looks like the one the cancer needs or by making the actual molecule the cancer needs. We then make these molecules radioactive so that they produce radiotherapy. This can be done by making the molecule unstable so it breaks down. These molecules are then injected into the patient and the cancer cells take them up. The molecules that have been taken into the cancer cells then produce radiotherapy and cause the cancer cells to die. This treatment is used to help cure patients or to help control disease. As it is delivering the radiotherapy in a different way, it is different to traditional radiotherapy and can be used as an additional treatment. Because it is an extra treatment it can often improve survival rates in patients. The other benefit is that because the radioactive molecules are mainly taken up by cancer cells, the normal cells do not get the radiation dose. This means the side effects are less. It has been used for years in mainly prostate and thyroid cancer. We are now using it more with new molecules for these cancers and different molecules for cancers such as lymphoma, leukaemia, brain and neuroendocrine cancers. We are also using molecules taken up by specific parts of the body like the liver or bone, so that cancers that have spread to this area can be treated in this way.

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Sunday, 4 December 2016

Best Doctor for Cancer in India

Risk Factors of Breast Cancer

Breast Cancer Treatment In India 


Free Breast Cancer Treatment In India

 Many factors may  influence the development of breast cancer:

    1. Age - It is less common in  women 35 or  younger, most cases occur in  women50 or older.
    2. Family history - Risk is higher with a family_history (especially mother, sister, daughter) of         breast and or ovarian cancer.

Breast Cancer Treatment India 

    3. Hormones / childbirth-Occurrence of first menstrual period before age 12, menopause after age      55. No children or first child after age 30 or postmenopausal use of hormonal    therapy(HRT). This    is because of the increased duration of #estrogen exposure.
    4.  Previous biopsy -If one had an abnormal  breast_biopsy(15-25% increased risk), benign       breast diseases requiring  biopsies.
    5.  Genetic alterations-#Inherited susceptibility genes BRCA1 and BRCA2 account for about five     to 10% of all breast_cancer cases.
    6. Oral contraceptive use, diet high in saturated fats, physical inactivity,  alcohol (more than one alcoholic drink a day) also are under_evaluation.

Best Treatment For Breast Cancer In India|

Breast Cancer Treatment In Delhi 


Breast Cancer Treatment 

 Symptoms,  Diagnosis, and Treatment.
 Best  Cancer  Treatment contact  Best Doctor For Breast-cancer In India.
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