Login · Supported browsers · Citing the BCBC · Contact · Version 4.11
. .
 

Monoclonal Human Pancreatic endocrine cells raised in Mouse - Antibody RES329


Antibody Information

Antibody ID: AB2118
Antigen: Pancreatic endocrine cells (No Gene ID associated)
Type: Monoclonal
Isotype: IgM
Immunogen Source: Whole cells
Raised In: Mouse
Peptide: Not provided
Source of Antigen: Human
Cross Reacts With: Human
Affinity Purified: Supernatant
Purity Details: Not provided
Positive Control: Acetone-fixed frozen tissue sections of adult human pancreas.
Notes: HIC0-3C5 reacts with a cell surface molecule on human pancreatic endocrine cells. This monoclonal antibody cross-reacts with cells in Rhesus macaque.

Applications and Uses

Application Concentration Storage Buffer Protocols and Description
FACS Undiluted Tissue culture media Description: Not provided
Protocols:
  1. Flow Cytometry: Labeling of Cell Surface Molecules on Human Cells with Mouse Monoclonal Antibodies
IHC-AF Undiluted Tissue culture media Description: Not provided
Protocols:
  1. Immunofluoresence Detection of Mouse Monoclonal Antibodies on Sections of Acetone-Fixed Frozen Human Tissue

Associated Images

Image 1
Description:
Human pancreas frozen section illustrating reactivity of HIC0-3C5 with endocrine cells. The monoclonal antibody was detected using a polyclonal Cy3-conjugated anti-mouse immunoglobulin.

Reference:
Not provided
Image 2
Description:
Not provided

Reference:
Not provided

Repositories

Streeter Lab
Out of stock Stock #: Not provided
Availability Notes: Not provided

Contact Information

Not provided

Associated Publications

No publications associated

Comments

There are no comments for this entry.

Login to add comments

Access Status

Public access This resource is publicly viewable.

Request this Resource


Primary contributor: Grompe Lab
Co-contributed by:

Resource Tags

antibody, FACS, Human, Monoclonal, Pancreatic endocrine cells

Read the Tags tutorial Read more about tags

Resource History & Actions

Approved on
Last modified on Jul 14, 2006
Login to edit or request an edit

Related resources

Loading...