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2005

Conference Publication

Low plating density boosts mesenchymal stem cell proliferation

Malischnika, C, Rohde, E, Thaler, D, Vogel, B, Linkesch, W, Lanzer, G, Schaider, H and Strunk, D (2005). Low plating density boosts mesenchymal stem cell proliferation. 31st Annual Meeting of the European-Group-for-Blood-and-Marrow-Transplantation/21st Meeting of the EBMT-Nurses-Group/4th Meeting of the EBMT-Data-Management-Group, Prague Czech Republic, Mar 20-23, 2005. London, United Kingdom: Nature Publishing Group.

Low plating density boosts mesenchymal stem cell proliferation

1996

Conference Publication

CD44 standard and splice variants (v5 and v6) depression in melanocytic skin lesions.

Schaider, H, Heider, KH, Soyer, HP, Cerroni, L, Smolle, J and Kerl, H (1996). CD44 standard and splice variants (v5 and v6) depression in melanocytic skin lesions.. CAMBRIDGE: BLACKWELL SCIENCE INC.

CD44 standard and splice variants (v5 and v6) depression in melanocytic skin lesions.

1995

Conference Publication

No Difference in Levels of Soluble Human Icam-1, Pecam-1, Cd44 Standard, and Splice Variants V5, V6, and V10 in Patients with and Without Primary Tumors of Malignant-Melanoma (Pmm)

Schaider, H, Weichselbraun, I, Richtig, E, Smolle, J and Kerl, H (1995). No Difference in Levels of Soluble Human Icam-1, Pecam-1, Cd44 Standard, and Splice Variants V5, V6, and V10 in Patients with and Without Primary Tumors of Malignant-Melanoma (Pmm). BLACKWELL SCIENCE PUBL INC CAMBRIDGE.

No Difference in Levels of Soluble Human Icam-1, Pecam-1, Cd44 Standard, and Splice Variants V5, V6, and V10 in Patients with and Without Primary Tumors of Malignant-Melanoma (Pmm)

1994

Conference Publication

Hexadecylphosphocholine Induces a Differential Pattern of Ki-Ras and Ha-Ras Expression in 2 Human Carcinoma Cell-Lines

Schaider, H, Peter, W, Fusenig, NE and Berger, MR (1994). Hexadecylphosphocholine Induces a Differential Pattern of Ki-Ras and Ha-Ras Expression in 2 Human Carcinoma Cell-Lines. BLACKWELL SCIENCE INC.

Hexadecylphosphocholine Induces a Differential Pattern of Ki-Ras and Ha-Ras Expression in 2 Human Carcinoma Cell-Lines