Commentary - African Journal of Diabetes medicine (2021)

Glucagon-like peptide-1 in Diabetes
1Department of Internal Medicine, University of Burdwan, India

*Corresponding Author:

Bahadur Mark, Department of Internal Medicine, University of Burdwan, India, Email: [email protected]

Published Date: Jun 30, 2021




Hyperglycemia; Diabetes; GLP-1R

Glucagon-like peptide-1 receptor GLP-1R agonists are a category of fresh introduced medicinal drug medications that doubtless lower blood sugar by many molecular pathways. DPP-4 inhibitors are the opposite variety of novel medicinal drug medications that act by preventing GLP-1 inactivation and thereby increasing the activity levels of GLP-1, resulting in a lot of glucose-induced endocrine unharness from island island and suppression of internal secretion unharness. Most patients with polygenic disorder have synchronal cardiovascular disease and vessel disorder. If antihyperglycemic agents will attenuate the danger of cardiovascular disease and disorder, they’ll amplify their overall helpful effects. There’s conflicting proof on the vessel advantages of GLP- 1R induction in laboratory studies and clinical trials. During this study, we’ve reviewed the most molecular mechanisms by that GLP-1R induction could modulate the vessel perform and also the results of vessel outcome clinical trials.


The global incidence of diabetes is growing chop-chop. This chronic disorder is in the course of metabolic derangements and activation of assorted pathophysiologic pathways resulting in tissue disfunction. Nowadays, polygenic disorder complications are a number one reason behind incapacity and mortality, particularly within the senior worldwide. Hence, numerous therapeutic tips and medicine agents are developed for normalising glucose and preventing diabetes-related complications. polygenic disorder complications are classified chiefly as microvascular and macrovascular complications, each of that are worsened by hemodynamic variations and enlarged vital sign.

Hypertension coexists in an exceedingly vital proportion of patients with polygenic disease. Hence, if Associate in Nursing medicament medication modulates hemodynamic changes and normalises cardiovascular disease, it may be additional useful against diabetes-related complications. Whereas we’ve got some proof regarding the results of classic medicament agents on hemodynamic variations. Here isn’t abundant literature regarding antihyperglycemic medications. Therefore, during this current study, we have a tendency to gift the newest proof regarding glucagon-like peptide-1 receptor agonists (GLP-1RA) and dipeptydilpeptidase-4 inhibitors (DPP-4i) that are a comparatively newer category of antihyperglycemic agents on cardiovascular disease within the diabetic environment.

GLP-1RA could be a category of freshly introduced medicament medications that area unit FDA approved in 2010 to manage patients with polygenic disorder. They act as AN agonist to GLP- 1 receptors and mimic the consequences of incretin hormones. Incretin could be a family of metabolic hormones that features enteric GLP-1 and internal organ repressive amide (GIP) and reduces postprandial glucose by inhibiting internal secretion from exocrine gland exocrine gland and stimulating hormone unharness from β-cell in a very blood glucose-dependent manner. Moreover, they’ll offer further effects like delayed internal organ voidance, suppression of appetency, declining nutrient absorption within the gut, improvement of lipoid metabolism, and inhibition of exocrine gland exocrine gland cell death. These antihyperglycemic agents activate their specific receptor called GLP- 1R, preponderantly set in exocrine gland exocrine gland. GLP-1R could be a member of G protein-coupled receptors. Its activation is followed by higher production of cAMP (cyclic nucleoside monophosphate), cellular depolarization, and augmentation in living thing Ca concentration hormone secretion from exocrine gland exocrine gland.

DPP-4 inhibitors are the opposite variety of novel medicine medications that act by preventing GLP-1 inactivation and thereby increasing the activity levels of GLP-1, resulting in a lot of glucose- induced endocrine unharness from island and suppression of endocrine unharness. Once posttranslational process of preglucagon (PG) peptides in enteral L cells, a minimum of four separate styles of PG were secreted, all of which may be inactivated by the dipeptidyl peptidase-4 (DPP-4) protein by removing the 2 amino acids from the N-terminal residue. Therefore, the DPP-4 inhibitors have identical antihyperglycemic effects as GLP-1 agonists, though they need some variations in weight and risk of adverse effects.

The two major diabetes (DM) area unit sort one and kind a pair of polygenic disease. Sort one DM (T1DM) accounts for regarding 5-10% of all patients with polygenic disease and results from reaction destruction of beta-cells of the exocrine gland and absolute deficiency of internal secretion. sort a pair of DM (T2DM) (NIDDM) is that the most rife type of DM, that accounts for regarding 90-95% of diabetic subjects and is especially related to varied pathologies, as well as internal secretion resistance and beta- cell pathology. physiological state polygenic disease is another variety of DM that happens in pregnant ladies principally via secretion variation-induced internal secretion resistance in physiological state. alternative types of DM area unit a of young with chromosome dominant inheritance, LADA (Latent growth-onset diabetes in Adults), that is primarily thought of one taxon of TIDM and secondary polygenic disease thanks to alternative pathologies like chronic redness and secondary to medications like steroids.

Alteration in vascular physiological condition thanks to swish muscle and epithelium cell disfunction is that the main reason for vascular sickness related to polygenic disorder. Each macroand microvascular polygenic disorder complications area unit primarily thanks to prolonged exposure to high aldohexose level that additionally clusters different issues like cardiovascular disease. Initially, symptom results in associate degree imbalance between gas (NO) created by the epithelium cell and therefore the reactive O species (ROS). NO is associate degree indicative of vascular health and causes dilation by its result on the vascular swish muscle cells. The reduction in epithelium-derived NO will increase the unhealthy cytokines leading to endothelial disfunction. Moreover, symptom additionally will increase the assembly of advanced glycation finish product (AGEs) that successively deactivate NO and induce vascular disfunction.

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