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Tissue: Cervix uteri Location: Cervix Diagnosis: Adenosquamous cell cervical carcinoma, moderately differentiated Stage: I T1b2NXM0 Grade: II Appearance: Macroscopic: Organ: Cervix Size: 2.0 x 2.5 cm Color: Pink Consistency: Firm Cut surface: Pink-gray Characteristics: +/- Encapsulated: - Invaded: + Hemorrhagic: + Cystic degeneration: - Calcification: - Histologic pattern: Cell distribution: +/- Diffuse: + Mosaic: - Necrosis: + Lymphocytic infiltration: + Vascular invasion: + Clusterized: - Alveolar formation: + Indian file: - Structure/Pattern: +/- Streaming: - Storiform: + Fibrosis: + Pallisading: - Cystic degeneration: - Bleeding: + Myxoid change: + Psammoma body: - Cellular differentiation: Squamous: +/- Squamoid: + Spindle: + Keratin: + Desmosome: - Pearl : - Adenomatous: +/- Glandular cell: + Cell stratification: - Secretion: + Intracellular vacuole: - Glandular formation: + Sarcomatous: +/- Round cell: - Spindle cell: - Leiomyoblast: - Lipoblast: - Rhadomyoblast: - Nuclear atypia: Nuclear appearance: 0 I II III Anisonucleosis: II Hyperchromatism: II Nucleolar prominent: I Multinucleated giant cell: II Mitotic activity: II Nuclear grade: II.
This product belongs to a range of individual sets of lysates that were extracted from very specific tissues and are gender-, cancer subtype-, tumor grade- and cellular morphology- specific. They allow for consistency, reproducibility, and comparative studies from experiment to experiment, due to the existence of specific (matched) lysates that can be used as controls. Two extractions from each tissue were performed, extraction 1 yielding the soluble protein fraction and extraction 2 the insoluble protein fraction. Please find below a range of products that relate to ab43897: Extraction 1: soluble protein fraction ab43895 Human Cervix Tumor Tissue lysate ab43894 Human Cervix Normal Tissue lysate (matched) Extraction 2: insoluble protein fraction ab43897 Human Cervix Tumor Tissue lysate ab43896 Human Cervix Normal Tissue lysate (matched)
ab43897 has not yet been referenced specifically in any publications.