Ganglioside and Glycolipid Antibodies
For Neuroscience and Glycbiology research
AMSBIO supplies a set of 17x monoclonal antibodies for glycolipid and ganglioside research, formerly available from Seikagaku. Glycolipids are lipids with a carbohydrate attached by a glycosidic bond, and are found on the outer surface of all eukaryotic cell membranes: they maintain stability of the membrane and help facilitate cellular recognition. Gangliosides are composed of a glycolipid with one or more sialic acids linked to the sugar chain; and are associated with the brain and nervous system.
Published for techniques including ELISA, histochemistry, Immuonofluorescence Cytochemistry, Flow Cytometry, and TLC (“Far Eastern”) blotting.
| Name | Datasheet | Packsize | Order |
|---|---|---|---|
| Ab N-Acetyl GM2 MK1-16 (mo), purified |  | 0.2 mg | View |
| Anti-GD1a Monoclonal Antibody | | 1 vial | View |
| Anti-GD1b Monoclonal Antibody | | 1 vial | View |
| Anti-GD3 Monoclonal Antibody | | 1 vial | View |
| Anti-GM1 Monoclonal Antibody | | 1 vial | View |
| Anti-GM2 Monoclonal Antibody | | 1 vial | View |
| Anti-GM3 Monoclonal Antibody | | 1 vial | View |
| Anti-GQ1b Monoclonal Antibody | | 1 vial | View |
| Anti-GT1a Monoclonal Antibody | | 1 vial | View |
| Anti-GT1b Monoclonal Antibody | - | 1 vial | View |
| Anti-GalNAc-GD1a Monoclonal Antibody (2A3D2) | | 1 vial | View |
| Anti-Gb3 Monoclonal Antibody | | 1 vial | View |
| Anti-Lewis X Monoclonal Antibody | | 1 vial | View |
| Anti-Lewis Y Monoclonal Antibody | | 1 vial | View |
| Anti-SGPG(HNK-1) Monoclonal Antibody | | 1 vial | View |
| Anti-Sialyl Lewis A Monoclonal Antibody (1H4) | | 1 vial | View |
| Anti-Sialyl Lewis A Monoclonal Antibody (2D3) | | 1 vial | View |
Citations
Generation of two murine monoclonal antibodies that can discriminate N-acetyl neuraminic acid residues of GM2 ganglioside.
Miyake, M. et al. Cancer Res., 48, 6154-6160 (1988)
The abnormal occurrence and the differentiation-dependent distribution of N-acetyl and N-glycolyl species of the ganglioside GM2 in human germ cell tumors.
Miyake, M. et al. Cancer, 65, 499-505 (1990)
Differential distribution of ganglioside GM1 and sulfatide during the development of Xenopus embryos.
Kubo, H. et al. Develop. Growth.Differ., 37, 243-255 (1995)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
Revisiting transbilayer distribution of lipids in the plasma membrane.
Murate, M., & Kobayashi, T.(2016) Chemistry and physics of lipids, 194, 58-71.
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Gangliosides and sialoglycoproteins carrying a rare blood group antigen determinant, Cad, associated with human cancers as detected by specific monoclonal antibodies.
Hiraiwa, N. et al. Cancer Res., 50, 5497-5503 (1990)
Northern hybridization analysis of VH gene expression in murine monoclonal antibodies directed to cancer associated ganglioside antigens having various sialic acid linkages.
Zenita, K. et al. J. Immunology. 144, 4442-4451 (1990)
Developmental changes of ganglioside expressions in postnatal rat cerebellar cortex.
Kotani, M. et al. Brain Res., 700, 40-58 (1995)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Developmental changes of ganglioside expressions in postnatal rat cerebellar cortex.
Kotani, M. et al. Brain Res., 700, 40-58 (1995)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
Increased expression of GM1 detected by electrospray mass spectrometry in rat primary embryonic cortical neurons exposed to glutamate toxicity.
Park, D. H., Wang, L., Pittock, P., Lajoie, G., & Whitehead, S. N.(2016) Analytical Chemistry, 88(15), 7844-7852.
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
An immunohistochemical technique with a series of monoclonal antibodies to gangliosides, their differential distribution in the rat cerebellum.
Kotani, M. and Tai, T. Brain Research Protocols, 1, 152-156 (1997)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
An immunohistochemical technique with a series of monoclonal antibodies to gangliosides, their differential distribution in the rat cerebellum.
Kotani, M. and Tai, T. Brain Research Protocols, 1, 152-156 (1997)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
An immunohistochemical technique with a series of monoclonal antibodies to gangliosides, their differential distribution in the rat cerebellum.
Kotani, M. and Tai, T. Brain Research Protocols, 1, 152-156 (1997)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
An immunohistochemical technique with a series of monoclonal antibodies to gangliosides, their differential distribution in the rat cerebellum.
Kotani, M. and Tai, T. Brain Research Protocols, 1, 152-156 (1997)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
An immunohistochemical technique with a series of monoclonal antibodies to gangliosides, their differential distribution in the rat cerebellum.
Kotani, M. and Tai, T. Brain Research Protocols, 1, 152-156 (1997)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Immunocytochemical analysis of gangliosides in rat primary cerebellar cultures using specific monoclonal antibodies.
Kawashima, I. et al. Brain Res., 732, 75-86 (1996)
An immunohistochemical technique with a series of monoclonal antibodies to gangliosides, their differential distribution in the rat cerebellum.
Kotani, M. and Tai, T. Brain Research Protocols, 1, 152-156 (1997)
Cell type-specific expression of ganglioside antigens in the central nervous system.
Tai, T. et al. Pure and Appl. Chem., 69, 1903- 1910 (1997)
Generation and characterization of anti-sulfoglucuronosyl parasloboside monoclonal antibody NGR50 and its immunoreactivity with peripheral nerve.
Yamwaki, M. et al.: J. Neurosci. Res., 44, 586-593 (1996)
Generation of one set of murine monoclonal antibodies specific for globo-series gangliosides: Evidence for differential distribution of the glycolipids in rat small intestine.
Kotani, M. et al. Arch. Biochem. Biophys., 310, 89-96 (1994)