Insulin Injections Articles & Analysis
8 articles found
These drugs can be classified into insulin injections and oral antidiabetic medications. Commonly used oral antidiabetic drugs in clinical practice include biguanides (such as metformin), sulfonylurea insulin secretagogues (e.g., glimepiride, glipizide, gliclazide), non-sulfonylurea insulin secretagogues (e.g., repaglinide, ...
Type 1 diabetes (once known as insulin-dependent diabetes or juvenile onset diabetes) is characterized by insufficient insulin production and the need for daily insulin intakes, and it is unclear what causes it. ...
The global human insulin market is projected to surpass USD 40 Billion USD. Our sublingual “insulin+” product will be positioned in a particular segment of this market : it will be prescribed for type II diabetes patients, who do not respond sufficiently to GLP-1 analogues alone. Such a fixed dose combination is already on the market under the brand ...
After you eat, your pancreas produces the hormone insulin that sends any extra sugars to your liver in the form of glycogen. ...
Tighter glycemic control can be achieved by more frequent monitoring of glucose level and the subsequent insulin injection. The current standard of care is four to five blood glucose measurements with the same number of insulin injections throughout the day. SFC’s single-pod artificial pancreas will perform the glucose ...
Betalin’s Engineered Micro Pancreas (EMP) aims to free patients suffering from the most severe types of diabetes from constantly monitoring blood-sugar levels and injecting insulin. About 160 million people are insulin dependent. The road to an Israeli-made artificial pancreas has been a decade in the making. ...
Tregs (regulatory T-Cells) usually keep the killer T-Cells at bay by “turning them off”, but become outnumbered for people with type 1. People with type 1 need daily insulin injections to make sure that blood glucose levels are maintained. ...
Betalin Therapeutics has developed the first bio-artificial pancreas, composed of pig’s lung tissue and insulin secreting cells. The artificial pancreas would be implanted into the patient and connect with his or her blood vessels, and then be able to measure the body’s sugar level and secrete an optimal amount of insulin needed to balance blood ...