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GHK-Cu-Max-50 Copper m Peptide

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GHK-Cu-Max-50 Copper m Peptide Specification

Usage
Extracellular matrix research, collagen enhancement

Storage
Store at -20C, dry

Molecular Weight
340.93 g/mol

Grade
Research Grade

Product Type
Copper Peptide

Poisonous
NO

CAS No
49557-75-7

Physical Form
Powder

Application
Biochemical research, regenerative medicine

Shape
Powder

Solubility
Water soluble

Smell
Odorless

Properties
Extracellular matrix remodeling, collagen synthesis

Appearance
White to off-white powder

Ingredients
Copper Peptide (GHK-Cu)

Molecular Formula
C14H24CuN6O4

Shelf Life
2 years (recommended)

Box Label
GHK-Cu-MAX-50

Intended Use
Laboratory only

Main Function
Skin rejuvenation research

Presentation
Sterile vial packaging

Strength
50 mg per vial

Total Kit Amount
500 mg per kit

Kit Contents
10 vials per kit

Recommended Diluent
Sterile water

Formulation
Lyophilized powder

Color
White powder

About GHK-Cu-Max-50 Copper m Peptide

Discover the Special benefits of GHK-Cu-Max-50 Copper m Peptide, an outstanding lyophilized powder designed exclusively for laboratory and biochemical research. Each kit includes 10 sterile vials, with an astonishing strength of 50 mg per vial, totaling 500 mg per kit. Its sublime extracellular matrix remodeling and collagen synthesis properties make it highly suitable for skin rejuvenation and regenerative medicine applications. With competitive pricing and reliable Indian supplier credentials, this water-soluble peptide is safe, non-poisonous, and displays a remarkable two-year shelf life when stored properly.

Precision Application and Research Excellence

The GHK-Cu-Max-50 Copper m Peptide delivers trustworthy results for laboratory use, excelling in skin rejuvenation, biochemical research, and extracellular matrix analysis. Its features include a lyophilized, sterile formulation for seamless experimentation. The outstanding peptide supports collagen enhancement studies, positioning itself as invaluable for studies on regenerative medicine. Used by researchers, it contributes to scientific advancements across diverse research areas involving matrix remodeling and cellular repair.

Sample Availability and Order Fulfillment Process

Experience a smooth sample handover process for GHK-Cu-Max-50 Copper m Peptide. We maintain robust supply ability to meet varied research demands promptly. Samples are efficiently dispatched, ensuring safe transportation and careful packaging. Upon order completion, kits are securely delivered, upholding quality standards. Our sample policy is designed for accessibility, supporting research teams in India with dependable order handling and reliable shipments tailored for laboratory requirements.

FAQ's of GHK-Cu-Max-50 Copper m Peptide:

Q: How should GHK-Cu-Max-50 Copper m Peptide be stored for optimal longevity?

A: It is recommended to store the GHK-Cu-Max-50 Copper m Peptide at -20C in a dry environment to maintain its potency, with a shelf life of up to two years.

Q: What are the main applications of this peptide kit in research?

A: The kit is primarily used for skin rejuvenation research, extracellular matrix studies, collagen synthesis enhancement, and regenerative medicine research in laboratory settings.

Q: When is it advisable to reconstitute the peptide, and what is the preferred diluent?

A: Reconstitution should occur just before use, using sterile water as the recommended diluent, to preserve product stability and quality.

Q: Where does the GHK-Cu-Max-50 peptide originate, and who supplies it?

A: It is supplied and traded by reputable sources in India, ensuring compliance with research-grade standards for laboratory use.

Q: What is the process for ordering and receiving samples of this peptide?

A: Samples can be requested as per our accessible policy, with the handover and transportation managed efficiently, ensuring safe and timely delivery upon order completion.

Q: How does the peptide contribute to skin and tissue research?

A: GHK-Cu-Max-50 facilitates extracellular matrix remodeling and collagen synthesis, providing researchers with an advanced tool for skin rejuvenation and tissue regeneration studies.

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