NIH / 3T3 cell line slides ( mouse: embryo ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: NIH / 3T3...P815 cell line slides ( mouse: mast cell; mastocytoma ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: P816...L1210 cell line slides ( mouse: lymphocytic leukemia ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: L1210...EL - 4 cell line slides ( mouse: T lymphocyte; lymphoma ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: EL4...RAW 264.7 cell line slides ( mouse: Abelson murine leukemia virus - induced tumor ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: RAW 264.7...C2C12 cell line slides ( mouse: muscle; myoblast ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: C2C12...A - 20 cell line slides ( mouse: B lymphocyte; reticulum cell sarcoma ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: a20...293 cell line slides ( human: kidney; transformed with adenovirus 5 DNA ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: 239...MOLT - 4 cell line slides ( human: T lymphoblast; acute lymphoblastic leukemia ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: Molt4...A - 549 cell line slides ( human: lung; carcinoma ) from GeneTex
... approximately 7.5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: A549...Raji cell line slides ( human: B lymphocyte; Burkitt's lymphoma ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: Raji...Hep G2 cell line slides ( human: liver; hepatocellular carcinoma ) from GeneTex
...pproximately 7. 5 x 10 3 cells. A follow-up heat dehydration process has been performed to ensure the attachment of cells and the stability of cellular proteins. Procedures for immunocytochemistry can be directly applied. Antigen: HepG2...