Lantus 100 IU. 30%
- Scientific Name: Mixed Human Insulin Suspension (Crystalline 30% +ProtamineInsulin 70%) { Insulin glargine 100i.u.} .N.B. preparations named also soluble Insulin, they have-not prolonged duration of action.
- Drag Period: Once daily
- Type: Pen Fills
- Producing Company: Aventis
Medicine Description
Insulin Glargine About Insulin Glargine Pancreatic hormone, A long-acting basal insulin analogue, Antidiabetic Agent. Mechanism of Action of Insulin Glargine It is a long acting Insulin used for the control of hyperglycaemia. Insulin acts through binding to a subunit of insulin receptors located on the cell membrane of all cells (highest densities are seen in muscle, liver, and adipose tissue).This binding induces aggregation and internalization of the receptor along with the bound Insulin. This activates tyrosine kinase activity of the ? subunits and tyrosine residues of the ? subunits get autophosphorylated- thus the activity of this subunit to phosphorylate tyrosine residues of Insulin Receptor Substrate proteins (IRS1, IRS2) is increased. These results in a cascade of phosphorylation and dephosphorylation reactions which lead to stimulation or inhibition of enzymes involved in the metabolic actions of Insulin. Action of Insulin on metabolic enzymes are also mediated through sec
Price: 163.13 SAR.
- Shipping to Gulf Countries
Medicine Description
Insulin Glargine About Insulin Glargine Pancreatic hormone, A long-acting basal insulin analogue, Antidiabetic Agent. Mechanism of Action of Insulin Glargine It is a long acting Insulin used for the control of hyperglycaemia. Insulin acts through binding to a subunit of insulin receptors located on the cell membrane of all cells (highest densities are seen in muscle, liver, and adipose tissue).This binding induces aggregation and internalization of the receptor along with the bound Insulin. This activates tyrosine kinase activity of the ? subunits and tyrosine residues of the ? subunits get autophosphorylated- thus the activity of this subunit to phosphorylate tyrosine residues of Insulin Receptor Substrate proteins (IRS1, IRS2) is increased. These results in a cascade of phosphorylation and dephosphorylation reactions which lead to stimulation or inhibition of enzymes involved in the metabolic actions of Insulin. Action of Insulin on metabolic enzymes are also mediated through sec
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