Labelling Review row-Online
Labelling Review row-Online
Labelling Review row-Online
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Pax-5<br />
Clone 1EW<br />
7 mL Bond ready-to-use PA0552 P (HIER)<br />
For In Vitro Diagnostic Use<br />
Pax genes are a family of developmental control genes that encode nuclear<br />
transcription factors and have been implicated in the control of mammalian<br />
development.<br />
PAX-5 is a B cell specific transcription factor, that is expressed in pro B<br />
cells, pre-B, mature B cells and subsequently in all stages of B cell<br />
development until the plasma cell stage in which it is downregulated.<br />
Also available as a Novocastra concentrate, refer to page 148.<br />
Lymphoma: immunohistochemical staining with Bond ready-to-use Pax-5 (1EW) using Bond<br />
Polymer Refine Detection.<br />
Placental Alkaline Phosphatase<br />
Clone 8A9<br />
7 mL Bond ready-to-use PA0161 P (HIER)<br />
For In Vitro Diagnostic Use<br />
Reports indicate that Clone 8A9 stains seminomas and placenta indicating a<br />
specificity for both PLAP and PLAP-like enzyme. Placental alkaline phosphatase<br />
(PLAP) is a membrane-associated sialoglycoprotein enzyme<br />
normally present at high concentration in syncytiotrophoblasts within the<br />
placenta during the third trimester of gestation. PLAP is reported to be<br />
expressed only in normal term placenta, endocervix and fallopian tube and<br />
also in ovarian and proximal gastrointestinal tumors. PLAP expression is<br />
rare in malignant germ cell tumors. This is a distinct molecule from: A PLAPlike<br />
variant has been described which shares more than 85 percent<br />
homology with PLAP itself. PLAP-like enzyme is reported to be predominantly<br />
found in normal fetal and neonatal testis, and in thymus. It is also<br />
commonly expressed in germ cell tumors and more recently described in<br />
seminomas. Used in the detection of seminomas.<br />
Also available as a Novocastra concentrate, refer to page 150.<br />
Seminoma: immunohistochemical staining with Bond ready-to-use Placental Alkaline<br />
Phosphatase (8A9) using Bond Polymer Refine Detection.<br />
Progesterone Receptor<br />
Clone 16<br />
7 mL Bond ready-to-use PA0312 P (HIER)<br />
For In Vitro Diagnostic Use<br />
Progesterone Receptor content in breast cancer is an important parameter in<br />
the prediction of, prognosis and response to endocrine therapy. Progesterone<br />
Receptor (16) is an aid in this management, prognosis and prediction of<br />
therapy outcome.<br />
Product Specific Information<br />
Clone 16 is specific to the A form of progesterone receptor in formalin-fixed,<br />
paraffin-embedded tissues.<br />
Also available as a Novocastra concentrate, refer to page 152.<br />
Breast carcinoma: immunohistochemical staining with Bond ready-to-use Progesterone<br />
Receptor (16) using Bond Polymer Refine Detection.<br />
Prostate Specific Antigen<br />
Clone 35H9<br />
7 mL Bond ready-to-use PA0431 P (HIER)<br />
For In Vitro Diagnostic Use<br />
Prostate specific antigen is a protein of the kallikrein family of protein<br />
kinases. Distinct from Prostatic Acid Phosphatase, it has been found to be<br />
immunologically identical and biologically similar to a protein isolated from<br />
the prostate gland.<br />
Also available as a Novocastra concentrate, refer to page 153.<br />
Prostate: immunohistochemical staining with Bond ready-to-use Prostate Specific Antigen<br />
(35H9) using Bond Polymer Refine Detection.<br />
F Frozen I Immunofluorescence E Electron microscopy<br />
P Paraffin C Flow cytometry O Other applications<br />
W Western blotting<br />
/39<br />
Bond