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CR602a : Uterine cervix disease spectrum tissue array, including TNM, clinical stage and pathology grade, 60 cases/ 60 cores, replacing CR602
Description
| Microarray Panel |
Uterine cervix disease spectrum tissue microarray, containing 30 cases of squamous cell carcinoma, 10 each of cervical intraepithelial neoplasia, chronic cervicitis and adjacent uterine cervix tissue, single core per case |
| Cores |
60 |
|
| Cases |
60 |
| Row number |
6 |
| Column number |
10 |
| Core Diameter (mm) |
1.5 |
| Thickness (µm) |
5 |
| Tissue Array Type |
FFPE |
| Species |
Human |
| Applications |
Routine histology procedures including Immunohistochemistry (IHC) and In Situ Hybridization (ISH), protocols which can be found at our support page. |
| Notes |
1. TMA slides were sectioned and stored at 4°C and may not be fresh cut, but still suitable for IHC. Please request fresh cut if experiment involves phospho-specific antibodies, RNA studies, FISH or ISH, etc. A minimum of 3 slides per TMA must be purchased to cover the cost of trimming for fresh sectioning.
2. Most TMA slides were not coated with an extra layer of paraffin (tissue cores can be easily seen on the glass). To prevent tissue detachment during antigen retrieval, unbaked slides must be baked for at least 30 to 120 minutes at 60°C. before putting into xylene for de-paraffinization. Baked slides were sent out baked for 2 hours.In the following specsheet,“*” means invalid core; “-” means no applicable or negative in IHC markers. |
Mouseover and click individual cores to view high resolution images.
| Legend: | Ute - Uterine cervix
 - Hyperplasia,
 - ,
 - Malignant tumor,
 - Malignant tumor (stage I),
 - Malignant tumor (stage IA),
 - Malignant tumor (stage IB),
 - Malignant tumor (stage II),
 - Malignant tumor (stage IIA),
 - Malignant tumor (stage IIB),
 - Malignant tumor (stage IIIB),
 - NAT
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Specification Sheet (Sortable), tissue IDs are available in exported Excel files.
Find overlapping cases with this tissue array:
- Product Code: CR602a
- Availability: In Stock
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Tags:
With adjacent normal,
Progression,
Single core per case
