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Tenascin-C High Molecular Weight Variants

$634.00
SKU:
27751
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Solid phase sandwich ELISA for the determination of Human Tenascin-C containing high molecular weight variants (Human Tenascin-C HMWV) in serum, plasma (heparin), or cell culture media. For research use only, not for use in diagnostic procedures.<br><br> 
Tenascin-C is an extracellular matrix (ECM) glycoprotein that is composed of 210-400 kDa subunits consisting of four domains. One subunit has a TA domain at the N-terminal end, then an epidermal growth factor-like sequence domain (EGF-like domain), a fibronectin type III(FN III) repeat domain, and a fibrinogen-like domain at the C-terminal end. There is an alternatively spliced domain in the FN III domain, and it generates some types of variants of Tenascin-C. The subunits form a trimer by twisting at the N-terminal coiled domain and form a hexamer by a disulfide bond, in tissue. While low molecular weight variants of Tenascin-C are present in normal tissue, it is said that high molecular variants of Tenascen-C is expressed in various diseased tissue including cancer.
Assay Description:
1 hour incubation (37°C) + 30 min. (4°C) + 30 min. (RT) = 2 hours total incubation time
Catalog number:
27751
configuration:
96 Determinations, 12x8 removable strips
controls:
None provided
design:
Solid phase sandwich ELISA using 2 kinds of high specific monoclonal antibodies
FDA Status:
For research use only, not for use in diagnostic procedures
MSDS:

MSDS

notes:
The protocol for this product (see above) is intended to serve as an example only. Please refer to the Instructions For Use provided with the assay kit for precise details.
Protocol:

Protocol

Sample types:
Serum, plasma (heparin), or cell culture media
Sample volume:
100 μL of properly diluted unknown / determination
standards:
8 standards, serially diluted from 1 prepared lyophilized standard
Standard range:
0 / 0.38 - 24 ng/mL
storage:
2 - 8 °C
sensitivity:
0.01 ng/mL
Species:
Human
Additional info:

Pamphlet

Evaluation of Linearity

References:

References