Grow Cart 500 Mg/50 Mg Tablet is anti-inflammatory analgesics and antipyretic drug that is used to treat problems such as joint diseases like osteoarthritis. It helps to minimize the friction and roughness between the joints. It also has properties that are important to improve the cartilage strength.
If you are hypersensitive to Grow Cart 500 Mg/50 Mg Tablet or any of its ingredients, then it should not be prescribed. If you have severe kidney problems, you should take half the usual dosage. It is not to be used for pregnant and lactating women, for those with liver problems, and also for those that are 15 years and below.
The dosage is usually taken with food, twice in a day for 2-4 weeks. When it is taken with food, the rate of absorption is increased by almost 25%.
Some of the side effects that may appear at the beginning of the treatment are changes in the colour of urine, diarrhea, eczema, abdominal pain and rashes. Consult a doctor immediately if you experience such symptoms.
Common gastro-intestinal (GI) malignancies are colon cancer, carcinoma rectum and anal canal, pancreatic cancer, cholangiocarcinoma, carcinoma stomach, hepatocellular carcinoma (HCC) and liver metastasis. Other uncommon tumours include gastro-intestinal stromal tumour (GIST), klaskin tumour and neuro-endocrine tumour. Surgery is the treatment option in these tumours. Unfortunately, majority of these tumours are inoperable at presentation and treated with supportive/palliative intent. Majority of these tumours are relatively chemotherapy (CT) resistant. Role of conventional radiation therapy (RT) in gastro-intestinal malignancies are also not well defined in many of these tumours.
Response rate with delivered dose is not acceptable, and dose escalation is not possible with conventional RT without compromising in critical structure (small intestine, duodenum) tolerance. With modern stereotactic whole body RT (SBRT) higher dose of radiation can be delivered in shorter duration and normal tissue tolerance is respected. SBRT has evolved in recent years and also have promise to improve local control in these relative resistant tumours. Pre-operative and adjuvant RT is established in carcinoma of rectum.
In recent years, short course RT (hypofractionated RT, 25 Gy/5 Fr) had shown to be equally effective as conventional RT (1.8-2 Gy/Fr) in inoperable rectal cancer. Role of conventional RT in inoperable pancreatic cancer has been argued in the EORTC study. Whereas, short course RT (fractionated radiosurgery) is slowly being accepted as an option to complete RT early, start adjuvant CT at the earliest and also improve quality of life (QOL). In liver metastasis, radiosurgery is a non-invasive alternative to surgery. Higher equivalent radiation dose delivered with radiosurgery there may have comparable survival function in selected patients.
Radiosurgery is an option in liver tumour close to porta, sub-diaphragmatic location (segment VIII), nodal involvement and in medically inoperable patients. In hepatocellular carcinoma (HCC), fractionated radiosurgery is an option as ‘bridge therapy’ for patients waiting for liver transplant, medically inoperable patients, chemotherapy resistant, post TACE residual and in recurrent HCCs. Radiosurgery is also consider as primary treatment in suitable patients. There is an ongoing multicentric randomized trial comparing chemotherapy and radiosurgery in HCCs.
In uncommon slow growing tumours such as cholangiocarcinoma, neuro-endocrine tumour and klaskin tumour fractionated radiosurgery have excellent response rate and improve symptoms. In conclusion, modern fractionated stereotactic radiosurgery is an option in many of the GI malignancies improves response rate and also may improve QOL. In coming years with publication of more matured data from randomized and prospective phase II studies the role of radiosurgery will be established. ours , 2) require only thermoplastic mask, no need for invasive frame, 3) has inverse planning system, can spare critical structure, 4) there is a ‘intra-fraction’ correction technology with imaging, 5) there is no need to change the source, hence may be more cost effective and 6) can be used to treat extra-cranial tumours also. CyberKnife has a linear accelerator attached with a robot and is capable of treatment from various coplanar and non-coplanar field arrangements. CyberKnife has sub-millimeter accuracy and unmatched dose distribution.
The advanced technology behind CyberKnife uses image guidance technology and computer-controlled robotics to deliver and extremely precise dose of radiation to targets, avoiding the surrounding healthy tissue, and adjusting for patient and tumor movement during treatment. In conclusion, CyberKnife is an extension of gammaknife radiosurgery delivery system. This machine has immense promise to treat with short course regimens with high dose and improve local control without increasing toxicities.
Grading of brain cancer is entirely different as compared to the staging of other cancers in the body. Cancer in the breast, lung, colon etc. are staged depending on the possible spread, location of a tumor and lymph node involvement etc. However, brain tumors are graded based on the aggressiveness of the tumor cells under a microscope. The resect ability and the grade of the tumor cells guide a doctor on the treatment decisions. The decision of a brain surgery depends on factors such as the location, spread of a tumour and the general health of the patient.
Types of Brain Tumor Grading:
Grade 1 tumor- These sets of tumors are medically known as the juvenile pilocytic astrocytoma and subependymoma. They are slow growing and non-invasive. There is a likelihood of the patient getting cured with surgery.
Grade 2 tumor- These are brain tumors that do not possess dead cells as part of the tumour. But, they do portray a lot of abnormal cells. Tumors of this type can be categorized under oligodendroglioma, astrocytoma, and ependymoma.
Grade 3 tumor- Tumors of this type are graded based on the cell type of the cancer cells. For instance, an anaplastic astrocytoma is a grade 3 tumor that has no dead cells but possesses dividing cells. In contrast, anaplastic ependymoma and anaplastic oligodendroglioma are grade 3 tumor cells that have dead cells in them.
Grade 4 tumor- Tumors of this type are referred to as glioblastoma. The tumor cells are actively dividing, the growth of blood vessels is witnessed and areas of dead tissue keep expanding.
Surgery- If the location of a brain tumor is such that it is accessible to a surgeon, the latter goes ahead and removes most of the tumor if not the whole. If, however, the brain tumor cells are placed very near to the surrounding very sensitive brain tissues, a doctor might remove a small portion of the tumor to curb its growth.
Radiation Therapy- This mode of treatment uses high energy X-ray beams to kill targeted cells of the brain. External beam radiation usually targets a small area of the brain. A whole brain radiation, on the other hand, is usually employed when a tumor has spread to most parts of the brain. Radiotherapy is now so evolved that it is highly targeted to tutor cells that kills cancer and spares normal brain.
Chemotherapy- Chemotherapy employs drugs to kill cancer cells. Chemotherapy can either be taken in the form of an IV or in the form of pills. The dosage of chemotherapy is decided based on the concentration of cancer cells, spread frequency, platelet count of the patient etc. The most common chemotherapy drug that is prescribed by doctors to fight cancer cells is temozolomide.
Mesotherapy is a hair growing technique that is non-invasive. Superficial micro-injections are made below the epidermis of the skin to specific tissues. The term meso has originated from mesoderm which is the second or middle layer of the skin. This treatment can successfully trigger the mesoderm thereby relieving an array of ailments and symptoms. The injected solution is a combination of co-enzymes, amino acids, minerals and vitamins. The solution is tailored to suit each patient’s condition and their treatment plan.
How is mesotherapy used for hair regrowth?
Mesotherapy is used around the world for successful hair regrowth. It is a painless procedure when performed by an expert. Local anesthesia and dressing are not required for this procedure. Some of the broad objectives that could be achieved via this procedure include the regrowth of hair follicle, neutralization of excess dihydrotestosterone and the stimulation of blood circulation around the skull area.
Highlights of the mesotherapy procedure:
This procedure involves the application of both chemical and physical stimulation. A small dose of a variety of medications is administered by a hair expert in certain areas of the skull. The dosage and the area of administration would be decided based on the condition of the person getting treated. The solution acts like a bullet and targets the specific areas of the skull.
Duration of the treatment:
Each session of mesotherapy lasts for around 10 to 30 minutes. The timing is purely based on the surface area of the skull that is being treated. On an average, it requires around 10-12 sittings or sessions with an expert to stimulate hair growth. To start with, an intensive treatment plan is required for the first couple of months to see visible results. Once the patient starts responding to the treatment, the frequency of treatment gradually decreases. To ensure that the hair grows naturally and there is no hair fall after the treatment is complete, a maintenance treatment might be necessary every quarter.
The price of the treatment is dependant on the number of sessions required to stimulate hair growth. Some experts also charge based on the extent of hair fall and the chances of hair revival. There are experts who charge on an hourly basis as well.
Lazy eye or amblyopia is a childhood disorder wherein the child’s vision does not develop properly, especially in one of the eyes. If the condition is not treated at the very onset, it can lead to impaired vision in the concerned eye. As the child grows up, the brain will fail to pick up images from that eye.
This disorder is known to start when one eye has better vision than the other eye. An example would be if one of the eyes is affected by farsightedness (unable to see objects at a closer range) and the other is normal. In the case of a child, when the brain receives images from both the eyes, it will ignore the faulty eye’s image. When this situation repeats itself over months or years, it might lead to absolute deterioration of vision in the faulty eye.
Strabismus is another cause of amblyopia wherein there is a significant misalignment in the eye; one of the eyes may turn outward or inward. This does not allow the eye to focus properly on an object, thus leading to double vision. The brain again ignores the image from the faulty eye that causes vision deterioration in that eye.
The treatment begins by correcting problems in the affected eye and then putting a patch on the normal eye. Initially, the child may have difficulties adjusting to this new method, but bear in mind that it is absolutely necessary to wear the patch. The entire treatment process may range over a few weeks to even months. Regular visit to the doctor is of utmost importance.
In mild cases, an eye drop called ‘atropine’ may be prescribed for the good eye. The child may also require glasses to improve focus. In case of cataracts, a surgery might be needed to treat it.
The treatment should begin early, as it can get difficult to treat the condition once the child crosses his/her 7-8 year mark.
An eardrum rupture or perforation is a little gap or tear in your eardrum and the tympanic membrane. The tympanic membrane is a thin tissue that partitions the canal of the middle ear and outer ear. This layer vibrates when sound waves enter your ear. The vibration proceeds through the bones of the center ear. Since this vibration allows you to listen, your hearing can be affected if your eardrum is harmed. A ruptured eardrum is additionally called a perforated eardrum. Permanent hearing loss could be an end result in some cases.
A ruptured eardrum, similar to thunder; can happen all of a sudden. You may feel a sharp pain in your ear, or an ear infection that you've had for some time all of a sudden leaves. In some cases, the person may not feel any signs of the rupture.
Some of the causes for such a perforation are:
Diagnosis: Your specialist can use a few approaches to find out whether you have a ruptured eardrum:
Treatment: The treatments are as follows:
A cracked eardrum generally recuperates without any invasive measures. Many patients with cracked eardrums encounter just transitory listening problems.