Doctor insights on:
Are Teratoma Tumors Genetic
Some are: Teratomas arise from cells that can differentiate in to a host of tissue types and can be associated with chromosomal (genetic) abnormalities or with inherited syndromes. However, vast majority are sporadic and will not be passed on to the kids. ...Read more
From a medical standpoint, "genetic" refers to the potential heritability of various medical conditions. While some conditions are inevitable (at some point in one's life) as a consequence of simple genetic heritability (eg huntington's disease), a large number of medical conditions (including all behaviorial health disorders) are the expressed final pathway of a ...Read more
They can be: Multiple endocrine neoplasia type 1 (men 1) is an autosomal dominant disease involving the pituitary, parathyroid glands, and pancreas primarily. Patients with this disease have mutations in the men 1 gene. Men1 patients get different tumors in their pituitary glands, but mostly prolactinomas. ...Read more
Can be: Many tumors can and do have a genetic inheritance pattern associated with them. However, many people develop tumors spontaneously without any family history and without any known risk factors. If you have something specific that you would like to discuss please feel free to write to me at: www.healthtap.com/drsaghafi And use Key Code: PDXFNR IF PROMPTED. ...Read more
Possibly: For the most part, ovarian cysts are not genetic in the sense that they are not hereditary. Most women with ovarian cysts have some disruption of the ovarian cycle resulting in ovarian cyst development. However, their are some genetic syndromes which are hereditary and in which ovarian cysts are part of that syndrome. An example is basal cell nevus syndrome. ...Read more
If both benign and malignant tumours are formed by abnormal cell division, what makes malignant tumours cancerous and benign tumours non-cancerous?
Power to invade: Tumors are in fact caused by the accumulation of a series of genetic mutations. If something is going to be cancer, the mutations destabilize the genome and eventually mutations give the ability of the cells to invade and spread as they do early after conception. The idea that tumors are "cells dividing too rapidly" is fundamentally wrong and confusing -- it's the loss of controls. ...Read more
0%: All ependymoma brain tumors are technically malignant, meaning the cells are cancer and can grow into the surrounding brain tissue. However, most of these tumors (over 90%) are curable because the tumor is confined to one area, is slow-growing, and can be removed by surgery. Sometimes radiation alone is used for slow-growing brain ependymomas if surgery can't be performed. ...Read moreSee 1 more doctor answer
For colon cancer,Peritoneal Carcinoma's, roughly what percentage of those malignant tumors are cancerous.I read malignant tumors are 100% cancer.
Can be: Most epidermoid or squamous Ca's arising in skin can be slow growing but if allowed to progress can spread to regional nodes. Of visceral origin they can cause problems if not handled early. The more common ones are larynx, esophagus, cervix and anal canal. RT and chemo can be very effective, but often surgery must be included. ...Read more
Usually not: Pituitary tumors are almost always benign, and most are amenable to surgical excision. Residual tumor is often treated with radiation therapy. Growth of some tumors may be stopped with oral medication. Regardless, some tumors tend to grow, albeit very slowly in general. Revision surgery is sometimes required, and one key to treatment is good surveillance for further growth with periodic mris. ...Read moreSee 2 more doctor answers
Yes: All tumors arise from normal pre existing cells that have undergone some form of transformation. Several oncogenes are turned on to present the benign as well as malignant lesion with immortality. In the case of the malignant tumor additional changes allow for matrix metalloproteinase to be produced to dissolve walls of blood vessels for metastasis and convert e-cadherin to small e cad. ...Read more