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Insulin is an essential hormone. It helps your body turn food into energy and controls your blood sugar levels.

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Insulin is a vital hormone in the human body that plays a crucial role in regulating blood sugar levels and metabolism. Discovered nearly a century ago, is produced by the pancreas and facilitates the uptake of glucose by cells for energy production and storage.

insulin Understanding the functions and mechanisms of is essential for managing conditions like diabetes and maintaining overall health. This article delves into the intricacies of , exploring its functions, importance in metabolism, types, administration methods, and potential risks associated with therapy.

Definition of

Historical Background of Discovery

Functions in the Body

Regulation of Blood Glucose Levels

Promotion of Energy Storage

Role in Blood Sugar Regulation

Insulin Production and Release

Interaction with Glucose

Importance of in Metabolism

Impact on Lipid Metabolism

Role in Protein Synthesis

Conditions Related to Dysfunction

Type 1 Diabetes

Type 2 Diabetes

Types and Administration Methods

Rapid-Acting

Long-Acting

Potential Risks and Side Effects of Therapy

Hypoglycemia

Injection Site Reactions

Wegovy 1.7mg, also known by its generic name semaglutide, has garnered significant attention as a promising medication for weight loss. This article aims to provide a comprehensive overview of Wegovy, exploring its mechanism of action, benefits for weight management, safety profile, and purchasing options online. Additionally, comparisons with other weight loss medications, insights into its cost and availability, and real-life patient experiences will be discussed to offer a holistic understanding of it and its potential impact on individuals striving to achieve their weight loss goals.

Introduction to Wegovy 1.7mg

Wegovy 1.7mg is a prescription medication designed to aid in weight management for individuals struggling with obesity. This injectable medication contains semaglutide, a synthetic form of a hormone that helps regulate insulin levels and control appetite.

Insulin is a hormone naturally produced by the beta cells of the pancreas located in the islets of Langerhans.

It allows glucose (sugar) to enter the body’s cells. These cells will use the glucose as an energy source or store it in the liver and muscles for later use. For example, after a meal, the pancreas secretes an extra amount of insulin, which allows blood sugar levels to remain within normal limits.

In people living with type 1 diabetes, the pancreas does not produce insulin. This is why they must inject insulin several times a day or use an insulin pump to imitate the normal functioning of the pancreas.

In people living with type 2 diabetes, the pancreas still produces insulin, but not enough. It also happens that it is not used well by the body, this is called insulin resistance. As a result, the person may need antihyperglycemic medication, in addition to adopting healthy lifestyle habits, to keep her blood sugar levels within normal range. Sometimes, she also needs to use insulin.

Pregnant women with gestational diabetes may also need insulin injections.

Insulin in the laboratory

There are two categories of insulin made in the laboratory: human insulin and insulin analogues. The molecular structure of human insulin is identical to the insulin produced by the human pancreas, while the structure of insulin analogues is slightly modified compared to human insulin, in order to give it new properties.

The concentration of insulin is expressed in units per cc (1 cc = 1 millilitre). In Canada, most insulins have the same concentration, namely 100 units per cc, but there are also some with concentrations of 200, 300 and 500 units per cc. Concentrations can vary from one country to another, which is why it is important to read the labels carefully if you need to obtain insulin abroad.

Storing insulin

Improper storage of insulin could reduce its effectiveness. Insulin in use can be kept at room temperature, generally for a period of one month. It should never be exposed to extreme temperatures (frost, sunlight). Reserve insulin must be refrigerated.

Be well trained

Anyone treated with insulin must receive training from a healthcare professional. The training must include the different steps of the injection technique as well as the identification, treatment and prevention of hypoglycemia.

Biosimilar drugs

In recent years, a new category of drugs has appeared on the market: biosimilar drugs. These are drugs that have been shown to be very similar to a biological drug already authorized for sale (known as a reference biological drug), but whose patent and data protection have expired. Manufacturers of biosimilar drugs must provide Health Canada with information that compares the biosimilar drug to the reference biologic drug. Health Canada then assesses all the information provided to confirm that the biosimilar drug and the reference biologic drug are similar and that there are no clinically important differences in safety and effectiveness.

To date, there are three biosimilar insulins available on the market: insulin glargine Basaglar™ for which the reference biologic drug is insulin Lantus® , insulin aspart Trurapi™ for which the reference biologic drug is NovoRapid® , and insulin Admelog® for which the reference biologic drug is Humalog® .