Back to Previous Page

Human C-Peptide ELISA This Human C-Peptide ELISA is used to measure & quantify C-Peptide levels in Metabolism & Endocrine research.

ITEM#: 3042-EZHCP20K

MFR#: EZHCP-20K

C-peptide is a byproduct of normal insulin production by the beta cells in the pancreas and correlates directly to endogenous concentrations of insulin.

See More Details
C-peptide is a byproduct of normal insulin production by the beta cells in the pancreas and correlates directly to endogenous concentrations of insulin.
Provide Content Correction
Product Name Description Item# QTY
Human C-Peptide ELISA This Human C-Peptide ELISA is used to measure & quantify C-Peptide levels in Metabolism & Endocrine research. C-peptide is a byproduct of normal insulin production by the beta cells in the pancreas and correlates directly to endogenous concentrations of insulin. 3042-EZHCP20BK EA
Rat/Mouse C-Peptide 2 ELISA This Rat/Mouse C-Peptide 2 ELISA is used to measure & quantify C-Peptide 2 levels in Metabolism & Endocrine & Neuroscience research. Millipore is pleased to offer the Rat/Mouse C-Peptide 2 ELISA kit for the quantification of C-peptide 2 in rat and mouse serum and plasma samples. Each kit is sufficient to measure 39 unknown samples in duplicate. 3042-EZRMCP221K EA
Human Adiponectin ELISA This Human Adiponectin ELISA is used to measure & quantify Adiponectin levels in Metabolism & Endocrine research. Adiponectin is identified as a 30 kDa adipokine that is secreted from the adipose tissue into circulating blood and influences systemic metabolism. 3042-EZHADP61K EA
Human Resistin ELISA This Human Resistin ELISA is used to measure & quantify Resistin levels in Metabolism & Endocrine research. Resistin is a small protein (114aa) secreted from adipose tissue and circulates as a homodimer of two peptides joined by a disulfide bridge. 3042-EZHR95K EA
Human PYY (Total) ELISA This Human PYY (Total) ELISA is used to measure & quantify PYY (Total) levels in Metabolism & Endocrine & Neuroscience research. Peptide YY (PYY) is a hormone released by the lower GI tract with circulating levels increasing after meals in direct proportion to the caloric content. It is one of the major physiological signals to reduce appetite and food intake. Other functions 3042-EZHPYYT66K EA
Thank you for visiting. We look forward to serving you!

Read more about us:  Franklin Young Value



For Government, Military, Education and Government Prime Access:


New Customers Existing Customers

Please contact Customer Service with your questions.

Thank you for visiting, your account is pending approval.

You will received email notification for approval within 24hrs.

Contact customerservice@franklinyoung.com for any questions.

Thank you for requesting an account with Franklin Young.

Your request has been declined

We restrict website access to government entities, and related customers.

Please contact customerservice@franklinyoung.com with any questions.