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| Selection of neural cells with MACS® Technology |
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The identification and purification of neural cell populations is crucial for understanding the mechanisms involved in nervous system development, its homoestasis, and what causes its dysfunction. MACS® Technology provides powerful tools for the gentle but efficient tissue dissociation, isolation, and characterization of the following neural cell types within just hours:
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| Anti-GLAST (ACSA-1) MicroBead Kit |
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| Astrocyte Isolation Starter Kits |
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| Anti-Prominin-1 MicroBeads |
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| CD11b (Microglia) MicroBeads |
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| Neural Tissue Dissociation Kits |
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| GLAST1 knockout mouse model |
| Product | Applications | order no. |
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| GLAST1 KO mouse (CD-1) | The GLAST knockout mouse is a genetically modified strain in which the gene coding for the glutamate/aspartate transporter, Slc1a3, has been disrupted, and can be used as an ideal control in conjuction with Anti-GLAST (ACSA-1) products | 160-001-541 |
| GLAST1 KO mouse (BL/6) | The GLAST knockout mouse is a genetically modified strain in which the gene coding for the glutamate/aspartate transporter, Slc1a3, has been disrupted, and can be used as an ideal control in conjuction with Anti-GLAST (ACSA-1) products | 160-001-542 |
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| EAAC1 knockout mouse model |
| Product | Applications | order no. |
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| EAAC1 KO mouse (CD-1) | A mouse disease model based on the disruption of the Slc1a1 gene encoding the EAAC1 protein, Slc1a1. | 160-001-543 |
| EAAC1 KO mouse (BL/6) | A mouse disease model based on the disruption of the Slc1a1 gene encoding the EAAC1 protein, Slc1a1. | 160-001-544 |
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