CD41: Difference between revisions
From haematologyetc.co.uk
(Created page with " <div style="background-color: #E0EEEE; {{round corners}} padding: 2em 2em; margin-right: 5px;"> :<span style="color:navy">'''Summary'''</span> :xxxxx </div> :<span style="color:navy">'''Background'''</span> :xxxxxx :<span style="color:navy">'''Diagnostic Use'''</span> *xxxxx -----") |
No edit summary |
||
Line 5: | Line 5: | ||
:<span style="color:navy">'''Summary'''</span> | :<span style="color:navy">'''Summary'''</span> | ||
: | :A reliable and specific marker that can be used to identify megakaryocyte lineage characteristics. | ||
Line 13: | Line 13: | ||
:<span style="color:navy">'''Background'''</span> | :<span style="color:navy">'''Background'''</span> | ||
*CD41 and CD61 respectively represent the alpha or beta chains that together form the IIbIIIa receptor that mediates the binding of activated platelets to fibrinogen during platelet aggregation. | |||
:<span style="color:navy">'''Diagnostic Use'''</span> | :<span style="color:navy">'''Diagnostic Use'''</span> | ||
* | *The alpha IIb only forms part of this receptor and therefore has very good specificity for identifying megakaryocytic differentiation | ||
----- | ----- |
Revision as of 09:05, 11 May 2023
- Summary
- A reliable and specific marker that can be used to identify megakaryocyte lineage characteristics.
- Background
- CD41 and CD61 respectively represent the alpha or beta chains that together form the IIbIIIa receptor that mediates the binding of activated platelets to fibrinogen during platelet aggregation.
- Diagnostic Use
- The alpha IIb only forms part of this receptor and therefore has very good specificity for identifying megakaryocytic differentiation