Individual tests

HBV-DNA or hepatitis B virus DNA is a measure of the viral load of the hepatitis B virus in the blood. A high HBV-DNA level indicates that the virus is multiplying in the individual’s body and the person is contagious. The test is most often used to monitor the efficacy of antiviral therapy in individuals with chronic HBV infection.
HBV-DNA or hepatitis B virus DNA is a measure of the viral load of the hepatitis B virus in the blood. A high HBV-DNA level indicates that the virus is multiplying in the individual’s body and the person is contagious. The test is most often used to monitor the efficacy of antiviral therapy in individuals with chronic HBV infection.
Hepatitis C is usually spread by contact with blood from an infected person. Most people who get hepatitis C will have a chronic infection. In most cases, medicine can cure hepatitis C. Without treatment, chronic hepatitis C may lead to cirrhosis or liver cancer. This test is used to screen for hepatitis C virus (HCV) infection by detecting HCV antibodies. If the result is positive, the patient must take an HCV ARN test next.
Hepatitis C virus (HCV) is a major cause of liver inflammation. Determining the hepatitis C genotype is often required to select the most appropriate direct-acting agent(s) (DAA) for treating hepatitis C. A concurrent patient HCV viral load of >=300 IU/mL is required for this test.
The hepatitis C virus (HCV) is a major cause of liver inflammation. The quantitative HCV RNA PCR test indicates the number of viral copies of HCV in your blood. This test helps establish a diagnosis and monitors the amount of HCV in the bloodstream during treatment. It's also used to assess how well the body is responding to treatment and if any changes are necessary.
The hepatitis C virus (HCV) is a major cause of liver inflammation. The quantitative HCV RNA PCR test indicates the number of viral copies of HCV in your blood. This test helps establish a diagnosis and monitors the amount of HCV in the bloodstream during treatment. It's also used to assess how well the body is responding to treatment and if any changes are necessary.
The hepatitis E virus (HEV) is one of the major etiologic agents of hepatitis worldwide. HEV-antibodies are proteins your immune system produces to fight against HEV following infection. The titer of IgM anti-HEV declines rapidly during early convalescence. IgG anti-HEV persists for a longer timeframe.
The Hepatitis E virus (HEV) is one of the major etiologic agents of hepatitis worldwide. HEV-antibodies are proteins your immune system produces to fight against HEV following infection. The amount of IgM anti-HEV declines rapidly during early convalescence; IgG anti-HEV persists for a long time.
Iron homeostasis diseases are common and may be attributed to either iron deficiency or overload. Iron deficiency can result from increased loss or inadequate absorption of iron. Iron overload occurs when there is an excess in the binding capacity of transferrin. Iron overload may also occur during the catabolism of red cells. Iron levels are used to help diagnose specific types of anemia.
Magnesium is a charged electrolyte mineral. It is responsible for many important bodily functions and processes, including ensuring your muscles, nerves, and heart work properly and controlling blood pressure and blood sugar.
Phosphorus is the second most abundant mineral in the body. It is primarily found in bones and teeth, playing a crucial role in their formation. A phosphorus deficiency may cause bone diseases, while an improper balance of phosphorus and calcium can lead to osteoporosis.
Potassium is an electrolyte that regulates your heartbeat and helps your muscles contract and nerves function. Too much potassium in your blood can damage your heart and lead to a heart attack. However, if the potassium in your blood is low, it can cause life-threatening complications, such as an irregular heartbeat or acute respiratory failure from muscle paralysis.
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