An Introduction to Cell and Tissue CultureMary Imogene Bassett Hospital Tissue Culture Course (Cooperstown, N. Y.), Tissue Culture Course. Mary Imogene Bassett Hospital Burgess Publishing Company, 1955 - 123 pagine |
Dall'interno del libro
Risultati 1-3 di 17
Pagina 85
... substrate in growth depends on the energy which the cell can liberate from the compound . The fail- ure to find an association between growth and oxidative metabolism is a cruel little fact which necessitates abandoning this logical ...
... substrate in growth depends on the energy which the cell can liberate from the compound . The fail- ure to find an association between growth and oxidative metabolism is a cruel little fact which necessitates abandoning this logical ...
Pagina 91
... substrate cultures showed that once an adequate number of cells ( 30 ) had been obtained even the cellophane could be omitted and the cells would proliferate adhering directly to the glass surface of the flasks ( 20 , 30-32 ) . With ...
... substrate cultures showed that once an adequate number of cells ( 30 ) had been obtained even the cellophane could be omitted and the cells would proliferate adhering directly to the glass surface of the flasks ( 20 , 30-32 ) . With ...
Pagina 91
... substrate in growth depends on the energy which the cell can liberate from the compound . The fail- ure to find an association between growth and oxidative metabolism is a cruel little fact which necessitates abandoning this logical ...
... substrate in growth depends on the energy which the cell can liberate from the compound . The fail- ure to find an association between growth and oxidative metabolism is a cruel little fact which necessitates abandoning this logical ...
Sommario
Balanced Salt Solution Inorganic Requirements and pH control | 5 |
Plasma Serum Other Body Fluids and Derivatives | 9 |
Tissue Extracts and Derivatives | 11 |
Copyright | |
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alcohol amino acids animal cells autoclaved balanced salt solution Biochem Biol blood body fluids Cancer Inst Carrel cell and tissue cell colonies cell cultures cell populations cell strains cell types cells in vitro cellular cent centrifuge chick embryo coverglass coverslip cytologic differentiation dilute drop EARLE embryo extract epithelial epithelium ethanol explants fibroblasts fibrocytes forceps glucose glycolysis HeLa J. H. Hanks laboratory lipids macrophages maintenance malignant mammalian metabolism methods migration minutes monocytes mouse NaHCO3 normal number of cells nutrient nutrition organ culture outgrowth oxidative Petri dish Physiol physiologic pipette plasma plasma clot poliomyelitis Porter flasks prepared Proc proliferation propagation proteins rates Rinse roller tube serum ultrafiltrate slide cultures sponge sterile stoppers strains of cells substrate surface synthetic tap water temperature test tube tion tissue cells tissue culture tissue fragments trypsin tumor tures ultrafiltrate utilization virus viruses vitro vivo watch glass