An analysis of cancer in the tissue of the body

Collection of tumor tissue and adjacent normal tissue specimens frozen and FFPEmatching cancer serum and cancer blood samples Prostate adenocarcinoma: Collection of surgical prostate carcinoma specimens including tumor tissue frozen and FFPE and matching cancer serum samples with extensive clinical information for each patient Colorectal cancer:

An analysis of cancer in the tissue of the body

Microscope studies Special lab techniques are used to prepare the samples so that cells and tissues can be seen under a microscope. These techniques allow the pathologist or cytologist to see very small details in cells. Cytochemistry and histochemistry use stains to identify cell and tissue structures.

Immunohistochemistry and immunofluorescence use fluorescent antibodies that bind to specific antigens proteins on a cell to help identify it. Flow cytometry uses a laser that can detect many fluorescent antibodies at the same time. Pathologists can use microscopes to find: Two techniques that are commonly used are: Fluorescent in situ hybridization FISH uses fluorescent dyes linked to pieces of DNA that only attach to specific parts of certain chromosomes.

This helps the pathologist see extra copies of oncogenes that can develop in some cancers such as HER2. Polymerase chain reaction PCR is a very sensitive test for finding specific DNA sequences by making many copies of a particular section of a gene.

Histological Analysis of Mesothelioma Cells

PCR can find even a very small number of cancer cells in blood or tissue samples. Molecular genetic studies are done to: Your doctor will use this pathology report to decide whether further tests, procedures, follow-up care or treatments are needed. The symptoms, processes or conditions of a disease.

A doctor who specializes in the causes and nature of disease is called a pathologist. Pathologists help determine diagnosis, prognosis and treatment by studying cells and tissues under a microscope and using laboratory tests. Pathological means referring to or having to do with pathology.

It can also refer to something related to or caused by a disease, as in pathological fracture. Tumour markers may be produced by cancer cells or by the body in response to the cancer. For example, prostate-specific antigen PSA can be used as a tumour marker for prostate cancer.

An oncogene may be a normal gene that has mutated proto-oncogenea normal gene with abnormal gene expression or a gene that comes from a cancer-causing virus. When a tumour suppressor gene mutates changesor its gene expression is abnormal, cancer may develop.Biospecimens are tissue and fluid samples taken from the human body that can be used for cancer diagnosis and analysis.

An analysis of cancer in the tissue of the body

Biospecimens are critical to cancer research because they contain an extraordinary amount of biological information, written in the language of cells, genes and proteins that can identify the biological characteristics of cancer cells.

May 04,  · In recent years, techniques used to conduct tissue-wide analysis of gene expression, such as microarrays and RNA sequencing technologies (RNA-Seq), have become widely used 1, example of an effort in this area is the Genotype-Tissue Expression (GTEx) project, which contains RNA-Seq measurements from 43 different tissues in hundreds of samples 3.

Soft tissue cancer occurs when cancerous (malignant) cells form in the soft tissues of the body. Soft tissues of the body include the heart, muscles, tendons, fat, blood vessels, lymph vessels, nerves and tissues around joints. The cytokines including interleukins considered an important component of the body's immunity against inflammatory conditions and cancer diseases, and is an important factor in inducing the symptoms of wasting weight in cancer patients.

In targeted cancer immunotherapy, the body's own immune system is trained to recognise typical molecular cancer markers so it can attack and kill cancer tissue. Healthy body tissue is left alone. Analysis of Tissue and Serum MicroRNA Expression in Patients with Upper Urinary Tract Urothelial Cancer.

of the bladder, it is likely that microRNA expression is similarly altered. MicroRNAs are detectable in a variety of body fluids including serum.

Analysis of microRNA expression in upper urinary tract urothelial cancer tissue.

What Is a Soft Tissue Sarcoma?