Glucose Challenge Test, Pregnancy DIPSI, 75g Glucose, 2hrs near me in Secunderabad
Understanding Glucose Challenge Test, Pregnancy DIPSI, 75g Glucose, 2hrs in Secunderabad
What is Glucose Challenge Test, Pregnancy DIPSI, 75g Glucose, 2hrs in Secunderabad?
The Glucose Challenge Test, Pregnancy DIPSI, 75g Glucose, 2hrs is a single-step screening blood test done during pregnancy (usually between 24 and 28 weeks) to assess for gestational diabetes. This test involves drinking a 75 g glucose solution and measuring blood sugar levels two hours later to ensure they are within a healthy range. It is widely available with Tata 1mg labs at an affordable price in Secunderabad.
This test is recommended during the second trimester of pregnancy, however, it can be done earlier if there are risk factors such as body mass index (BMI) of 30 or higher, a lack of physical activity, a medical condition linked to getting diabetes, such as metabolic syndrome or polycystic ovary syndrome (PCOS), being 35 or older during pregnancy, etc are present.
For this test, the patient should drink a solution containing 75 g of glucose anhydrous (equivalent to 82.5 g of glucose monohydrate) dissolved in 250-300 mL of cold water and consumed orally over a 5-minute period. The blood sample should then be collected 2 hours after the glucose test load intake.
What does Glucose Challenge Test, Pregnancy DIPSI, 75g Glucose, 2hrs measure?
The Glucose Challenge Test, Pregnancy DIPSI, 75g Glucose, 2hrs measures how well your body processes or utilizes sugar (glucose), particularly during pregnancy. It is specifically tailored to screen for gestational diabetes mellitus (GDM), a condition where blood sugar levels are elevated during pregnancy. By drinking a solution containing a specific amount of glucose and then having blood sugar levels measured afterward, doctors can assess how effectively your body is tolerating glucose. This test helps detect any abnormalities in glucose metabolism early, allowing for timely management to ensure a healthy pregnancy for both the mother and the baby.