2020 Outside US Flow Cytometry Catalog
Single-Color Conjugated Antibodies
CD13
The CD13 antigen is a transmembrane glycoprotein with a large extracellular region and a small intracellular NH2-terminal tail. It has a molecular weight of 150 kDa and is expressed on the cell surface as a non-covalently linked homodimer. It is found on most cells of myeloid origin including neutrophils, eosinophils, basophils and monocytes from normal peripheral blood. It is absent from B and T lymphocytes as well as from red blood cells and platelets. This molecule is found on the surface of committed progenitor cells defined as the Granulocyte-Monocyte Colony Forming Units (CFU-GM) in normal bone marrow. There are up to five subpopulations of CD13 molecules possessing different levels of glycosylation, which may explain the different binding patterns of various CD13 antibodies.
Lysed normal whole blood sample.
Clone: 366 (IgG1 Mouse)
Form
Format
Part#
Status
Line
Quality Standard
Size
RD1 PC7
6602989
0.5 mL 0.5 mL
Liquid Liquid
ASR ASR
cGMP cGMP
COULTER CLONE
B19714
IOTest
Clone: SJ1D1 (IgG1 Mouse)
Form
Format
Part#
Status
Line
Quality Standard
Size
FITC
IM0778U A07762 IM1427U B24026
2 mL
Liquid Liquid Liquid Liquid
ASR
IOTest IOTest IOTest IOTest
cGMP
PE PE
100 tests
CE/IVD
98/79/EC
2 mL
ASR ASR
cGMP cGMP
ECD
0.5 mL
Clone: Immu103.44 (IgG1 Mouse) Immu103.44 cross reacts with: Olive Baboon.
Form
Format
Part#
Status
Line
Quality Standard
Size
ECD ECD PC5 PC5
B36286 A33097 A07763 IM2639U B49196 A79389 A46528 A87783
100 tests
Liquid Liquid Liquid Liquid Liquid Liquid Liquid Liquid
CE/IVD
IOTest IOTest IOTest IOTest IOTest IOTest IOTest IOTest
98/79/EC
1 mL
ASR
cGMP
100 tests
CE/IVD
98/79/EC
1 mL
ASR
cGMP
PC5.5 PC5.5
50 tests 0.5 mL
CE/IVD
98/79/EC
ASR ASR ASR
cGMP cGMP cGMP
PC7 APC
1 mL
0.5 mL
If you require a different antibody fluorochrome combination, please refer to the Custom Design Services on page 14 or contact us via: cds.support@beckman.com ANTIBODIES & KITS 41 Outside US Flow Cytometry Catalog
Made with FlippingBook Learn more on our blog