Welcome To Welox Pharma WHO-GMP | ISO 9001:2015
Translated into:
Welcome To Welox Pharma WHO-GMP | ISO 9001:2015
Introduction of Human Mixtard 70/30 Suspension for Injection:
Human Mixtard 70/30 Suspension for Injection 40IU/ml is a combination of two medications, an intermediate-acting and a short-acting type of insulin. It is used in the treatment of diabetes mellitus (type 1 and 2) to improve glucose control in both adults and children. It helps maintain the glucose levels in diabetic patients.
Human Mixtard 70/30 Suspension for Injection 40IU/ml is usually prescribed along with other diabetes medications. Your doctor or nurse will teach you the correct method of injecting it under the skin. It should be administered 15 minutes before a meal or at least 20 minutes after starting a meal. Do not stop taking it unless your doctor tells you to.
Uses of Human Mixtard 70/30 Suspension for Injection:
Diabetes
Benefits of Human Mixtard 70/30 Suspension for Injection:
In Diabetes:
Human Mixtard 70/30 Suspension for Injection 40IU/ml contains an intermediate-acting and a short-acting type of insulin. Together, they ensure rapid and consistent sugar control that helps regulate blood sugar levels throughout the day. It is administered as an injection, and your doctor or nurse will instruct you on the correct method of administration. Managing blood glucose levels is a crucial part of diabetes management. By having control over your glucose levels, you can reduce the risk of developing any of the serious complications of diabetes, such as kidney damage, eye damage, nerve problems, and limb loss. Taking this medication regularly along with proper diet and exercise will help you lead a normal, healthy life.
Mechanism of action of Human Mixtard 70/30 Suspension for Injection:
Human Mixtard 70/30 Suspension for Injection 40IU/ml is a combination of two insulin preparations: Insulin Isophane/NPH and Human Insulin/Soluble Insulin. Insulin Isophane/NPH has a prolonged duration of action, while human insulin/soluble insulin has a rapid onset of action. Together, they ensure rapid and consistent sugar control by facilitating the uptake of glucose in muscle and fat cells and suppressing the production of glucose in the liver.