Name: Tirzepatide (20mg) | Med Plug
SKU: 019
Price: 155.00 USD
Availability: InStock

Tirzepatide (20mg)

$155.00

Research Insights

Its a receptor against peptide designed to improve blood sugar control and weight managmenet.

Recommended Usage

It promotes enhanced insulin sensitivity, metabolic health and multi hormonal pathways.

Molecular Structure

CAS Number:

Tirzepatide can be accurately identified in scientific and research databases using the CAS Number.

PubChem CID:

The PubChem reference ID that provides access to comprehensive chemical, structural, and biological data regarding tirzepatide.

molecular weight:

The mass of the tirzepatide peptide is indicated by its molecular weight, which reflects its size and affects its stability and behavior in pharmaceutical and research applications.

molecular formula:

The precise amount and kinds of atoms that comprise the Tirzepatide peptide structure are represented by the molecular formula.

Synonyms:

Other terms used in scientific and medical contexts, such as dual GIP/GLP-1 receptor agonist or Mounjaro.

Tirzepatide (20mg) | Med Plug

The unique synthetic peptide tirzepatide(20 mg) has been extensively researched for its dual agnostic action and glucose-dependent insulinotropic polypeptide (GIP). Because of its distinct mechanism, it is a prominent compound in numerous laboratory investigations related to metabolic regulation, weight control, and other functions.

Research Applications of Tirzepatide (20mg)

In numerous scientific investigations, tirzepatide is most frequently investigated:

Endocrine and metabolic systems
Weight control and fat metabolism
Insulin sensitivity and glucose
Cardiometabolic health and energy balance
Appetite control and satiety pathways

buy tirzepatide 20mg/ml as it is a useful peptide in advanced and obesity-related research models because of its dual receptor action.

Conclusion

tirzepatide 10mg peptide is the cutting-edge peptide for metabolic research since it provides several important insights for controlling appetite, glucose regulation, and weight management. Because of its dual receptors, it is an extremely potent instrument for scientific research on metabolic health.