Del i serien UICC Monograph Series
1 094 kr
Beställningsvara. Skickas inom 10-15 vardagar. Fri frakt över 249 kr.
Produktinformation
- Utgivningsdatum:2012-03-30
- Mått:178 x 254 x undefined mm
- Vikt:438 g
- Format:Häftad
- Språk:Engelska
- Serie:UICC Monograph Series
- Antal sidor:220
- Förlag:Springer-Verlag Berlin and Heidelberg GmbH & Co. KG
- ISBN:9783642874604
Innehållsförteckning
- Appreciation de l’Invasion dans les Cancers Humains.- The Significance of Pericarcinomatous Metastases in Local Growth.- Early Invasive Growth as Seen in Uterine Cancer and the Role of the Basal Membrane.- Locomotion of Cancer Cells in vivo Compared with Normal Cells.- Le Pouvoir Invasif des Cellules Transformées Étudié en Culture in vitro.- Applicability of in vitro Models to a Study of the Invasiveness of Cancer, Round Table Discussion.- Some Factors Relating to the Invasiveness and Destructiveness of Solid Malignant Tumours.- Biochemical Aspects of the Environmental Control of Tumour Growth and Spread.- Studies on Metastasis of Spontaneous and Transplantable Tumours at High Altitude.- The Tumour Cell and Vascular Bed Size Relationship in Experimental Metastases.- Morphogenesis of Lung Metastases in a Transplantable Reticulum-Cell Sarcoma of the Golden Hamster.- Studies of Circulating Cancer Cells in Cancer Patients.- Immunological Tolerance and Host-Tumour Relationship.- The Role of the Cell Surface in Tumour Invasion.- An in vitro Model of the Mechanism of Invasion.- Fluorescent Antibodies to Methylcholanthrene Sarcomas.- Le système reticulo-endothélial et l’invasion tumorale.- Role de la Facilitation Immunologique dans le Développement des Tumeurs Cancéreuses.- In vitro and in vivo Cytostatic Effect of Antiribosome FLS Antisera on Mouse Ascitic Tumour Cells FLS.- The Role of Tumour Polypassage at short Intervals in the Evolution of Experimental Neoplasia.- Short-range Factors Affecting Cell Growth and Movement.- Le Mechanisme de l’Invasion du Cancer en Culture Organotypique.- Induced Dissociation of Walker Tumour 256 into its “Carcinomatous” and “Sarcomatous” Patterns of Growth.