Tissue Pathology and Biomarker Report

Your pathology report typically includes a description of the tissue sample, what it looked like under the microscope, the final diagnosis, and any additional findings that can help your doctor plan the next steps in your care.

The report typically includes visual examination of tissue slides under a microscope, identification of cellular abnormalities, and analysis of specific biomarkers or proteins that may indicate underlying health issues. Some tests may also measure concentrations of substances in body fluids like blood or urine.

This type of analysis is commonly used to evaluate unusual growths, inflammation, infections, and certain chronic conditions. It helps your care team confirm a diagnosis, track how a known condition is changing over time, and guide decisions about the treatment that may work best for you.

This type of report is commonly used in diagnosing cancers, infections, inflammatory diseases, genetic disorders, and other conditions that alter tissue structure or function. It helps guide treatment plans and track disease progression.

A small tissue sample is usually collected during a minimally invasive procedure, such as a needle biopsy or the removal of a small area during minor surgery. The site is typically numbed beforehand to keep you comfortable, and the sample is then sent to a laboratory for careful examination.

Tissue samples are usually obtained through procedures like biopsies (small tissue samples from organs or lesions), fine-needle aspiration, or surgical excision. Fluid samples (e.g., blood, urine) may also be analyzed for biomarkers.

A specially trained doctor called a pathologist examines the tissue under a microscope, often using special stains or additional laboratory tests to study the cells in detail. This careful review helps identify what kind of change is present and gives your doctor clear, reliable information to work with.

Analysis may include histological staining (e.g., hematoxylin and eosin) to observe cell and tissue morphology, immunohistochemistry to detect specific proteins, and molecular testing (e.g., genetic sequencing) to identify mutations or abnormal gene expressions.