Diabetes and obesity are complex conditions related to physiological imbalances. Researchers study many hormones to explore how pancreatic islet cell function, paracrine signaling, and energy homeostasis interplay in metabolic disorders. ALPCO’s portfolio of assays are optimized for range, sensitivity, sample type, and time. Leverage multiple formats – colorimetric or chemiluminescent ELISA, RIA – for manual or automated workflows.
Catalog #: 35-SLAHU-E01
Sensitivity: 1.0 U/mL
Range: 3 - 300 U/mL
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 35-SMIHU-E01
Sensitivity: 1.0 U/mL
Range: 3 - 300 U/mL
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 35-SNRHU-E01
Sensitivity: 0.81 U/mL
Range: 3 - 300 U/mL
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 35-SSAHU-E01
Sensitivity: 1.0 U/mL
Range: 3 - 300 U/mL
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 35-SSBHU-E01
Sensitivity: 1.0 U/mL
Range: 3 - 300 U/mL
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 35-SSSHU-E01
Sensitivity: 1.0 U/mL
Range: 3 - 300 U/mL
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 30-9653
Sensitivity: Cut-off
Range: Cut-off
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 35-U17HU-E01
Sensitivity: 1.0 U/mL
Range: 3 - 300 U/mL
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 20-4280R
Sample Types:
Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 41-IGABO-E01
Sensitivity: 6.25 ng/ml
Range: 6.25 ng/ml - 400 ng/ml
Sample Types:
Plasma, Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 41-IGGBO-E01
Sensitivity: 3.13 ng/mL
Range: 3.13 ng/ml - 100 ng/ml
Sample Types:
Plasma, Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric
Catalog #: 41-IGMBO-E01
Sensitivity: 12.5 ng/ml
Range: 12.5 ng/ml - 400 ng/ml
Sample Types:
Plasma, Serum
Sample Size(s):
96 Wells
Detection:
Colorimetric