Glial Fibrillary Acidic Protein (clone GA-5), anti-human, mouse, rat pig, chicken
€195.00
In stock
SKU
EMC0175-01
Catalog Number: EMC0175-01
Size: 100 μg
Isotype: mouse IgG1-k
Applications: IHC/F, IHC/P, WB
Bulk Order 0,5 mg, 1 mg? Contact us!
Size: 100 μg
Isotype: mouse IgG1-k
Applications: IHC/F, IHC/P, WB
Bulk Order 0,5 mg, 1 mg? Contact us!
Source:
A BALB/c mouse was immunized with a crude preparation from porcine spinal cord.
Specifications:
G-A-5 reacts specifically with Glial Fibrillary Acid Protein. GFAP is the major protein of glial filaments in differentiated astrocytes and ependymal cells. It has a MW of 52 kDa and in the peripheral nervous system GFAP has been demonstrated in Schwann cells.
Species reactivity:
Positive: chicken, human, mouse, pig, rat.
Applications:
G-A-5 is particularly useful for identifying GFAP in frozen and formalin-fixed paraffin-embedded brain tissue sections. In neoplastic tissue G-A-5 is positive in astrocytoma’s and ependymomas. G-A-5 can also be applied for Western blot analysis.
Frozen sections: +
Paraffin sections: Citrate
Western blotting: +
Positive control: Brain, neuroblastoma.
References:
- Debus E., et al, Differentiation25(2): 193-203 (1983).
- Kobayashi K. et al, Brain Res.740(1-2): 57-65 (1996)
A BALB/c mouse was immunized with a crude preparation from porcine spinal cord.
Specifications:
G-A-5 reacts specifically with Glial Fibrillary Acid Protein. GFAP is the major protein of glial filaments in differentiated astrocytes and ependymal cells. It has a MW of 52 kDa and in the peripheral nervous system GFAP has been demonstrated in Schwann cells.
Species reactivity:
Positive: chicken, human, mouse, pig, rat.
Applications:
G-A-5 is particularly useful for identifying GFAP in frozen and formalin-fixed paraffin-embedded brain tissue sections. In neoplastic tissue G-A-5 is positive in astrocytoma’s and ependymomas. G-A-5 can also be applied for Western blot analysis.
Frozen sections: +
Paraffin sections: Citrate
Western blotting: +
Positive control: Brain, neuroblastoma.
References:
- Debus E., et al, Differentiation25(2): 193-203 (1983).
- Kobayashi K. et al, Brain Res.740(1-2): 57-65 (1996)
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