Accuprobe Awareness

Coeliac disease is an autoimmune disease where the lining of the small intestine is damaged by exposure to gluten (a protein found in grains such as wheat, rye, barley and oats) in genetically predisposed children and adults. The reaction to gluten causes inflammation and atrophy of intestinal lining, which can lead to malabsorption of nutrients and related health issues. The diagnosis of Celiac disease is classically based on a combination of findings from a patient’s clinical history, serologic testing and duodenal biopsies. SEROLOGY TEST: Serologic tests are for screening purposes and do not confirm the diagnosis of coeliac disease. Serologic tests for celiac disease include anti-transglutaminase IgA & IgG antibody, anti-endomysium IgA antibody, and Deamidated Gliadin Peptide IgA & IgG antibodies.  The serologic tests that check for IgA antibodies are more sensitive for celiac disease than the tests for IgG antibodies. However, in people who have IgA deficiency, IgG tests ma

  Hepatitis means inflammation of the liver. It is commonly the result of a viral infection (hepatitis viruses A, B, C, D, and E), but there are other possible causes of hepatitis like autoimmune hepatitis and hepatitis that occurs as a secondary to medications, drugs, toxins, and alcohol. Hepatitis markers (Antigens, Antibodies & PCR) are useful for determining diagnosis, appropriate treatment, and vaccination status and for monitoring treatment.  Viral Hepatitis Markers: Hepatitis A virus-IgM Antibodies (anti-HAV IgM) : Serum IgM antibody to the hepatitis A virus (antiHAV) appears at about four weeks after initial infection and usually persists for 2-6 months as the initial phase of the immune response. (Test code H018) Hepatitis A virus-IgG Antibodies (anti-HAV IgG) : Serum IgG antibody to HAV generally persists for lifetime, conferring immunity to further HAV infection. (Test code H017) Hepatitis A virus-Total Antibodies (Anti-HAV-Total Ab) : The total HAV antibody test detect

Pyuria is the pathological finding of the presence of leucocytes or white blood cells, commonly referred to as pus cells, in the urine. It may be indicative of various health conditions, but it is most commonly associated with a urinary tract infection (UTI).   Sterile pyuria can be defined as the presence of leucocytes in the urine but absence of infection with standard culture techniques.  Sterile pyuria is misleading term, as commonest cause for the finding is undoubtedly infection of some sort.  It is a relatively common problem, with a wide range of causes.  It could be infectious or non-infectious, depending on conditions.  Sterile pyuria may be due to a partially treated urinary tract infection (even one dose of antibiotic before urine collection), a recently treated UTI (pyuria often remains for one-two weeks after clearing infection), a UTI with fastidious or slow growing atypical organisms that fail to grow during standard laboratory culture. Other infectious causes of ster