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Haematology.
It is the division of medicine related to the nature, function, and ailments of the blood. It covers the cellular and serum configuration of the blood, the coagulation procedure, blood cell creation, haemoglobin synthesis, and ailments of all of these.
Haematology studies – red cells, white cells, platelets, and plasma. Specialists diagnose conditions like – anaemia, Leukemia and clotting disorders. Advanced tests involve – bone marrow analysis. It also covers – transfusions and inherited blood diseases.
Coagulation.
Clotting (coagulation) factors assist your blood clot. They are triggered when you have an injury. You require all the factors working one after the other in an explicit order for your blood to clot appropriately.
PT/INR and APTT are explicit blood tests. They measure how long it takes your – blood to clot. These tests help detect – clotting problems. Irregular PT/INR or APTT test outcomes can raise concern. In such cases, a coagulation factor test may be recommended. This test provides – deeper insight into your blood’s ability to clot.
Biochemistry.
It is the study of the chemical procedures and deals with the explicit structure and functioning of cellular elements. These elements include proteins, lipids, carbohydrates, nucleic acids, and other types of biomolecules.
We provide a wide range of tests for tracking these chemicals to make sure a healthy procedure and thus a healthy individual. Profiles are requested as an integral part of routine checkups.
Immunoassay.
An immunoassay is a biochemical examination that evaluates the presence or absorption of a macromolecule in a solution – using an antibody or immunoglobulin.
The macromolecule spotted by the immunoassay is referred to as an “analyte” and is, in most scenarios, a protein. Analytes in biological liquids like serum or urine are often evaluated leveraging immunoassays for medical and research resolutions.
Serology.
A serology is the study of plasma, serum, and bodily fluids. The terminology refers to the diagnostic identification of antibodies present in the serum.
Antibodies are formed in response to an infection against a microorganism, against foreign proteins in response, or to one’s own proteins in – occurrences of autoimmune illness. These antibodies help detect – past or current infections. Serological tests are used to – diagnose viral, bacterial, and parasitic diseases.
Clinical Pathology.
It involves diagnosing diseases through lab tests. These tests study bodily fluids. Common samples include blood, urine, and tissue. Each sample reveals vital health information.
Experts use tools from chemistry and microbiology. They also apply – haematology and molecular pathology techniques. Tests may detect – infections, organ dysfunction, or metabolic imbalances. Clinical pathologists interpret – lab results to guide treatment.
Histopathology.
It denotes the microscopic study of tissue to evaluate the manifestations of diseases. Histopathology is a key part of clinical medicine. It involves studying tissue samples. These samples are taken during – biopsies or surgeries.
A pathologist examines them under – a microscope. First, the tissue is processed. Then, thin slices are placed on glass slides for evaluation. These slides are stained to – highlight cellular structures. The pathologist looks for – abnormal cells or patterns.
Cytopathology.
It focuses on studying cells. This includes their – structure, function, and chemistry. Experts examine how cells change during disease. These changes help identify illnesses. It is a precise method used in medical diagnosis.
Samples are often collected through – fine-needle aspiration or fluid extraction. Cells are then – stained and viewed under a microscope. Cytopathology helps detect – infections, inflammation, and cancer.