Neoplastic Development, Volume 1 |
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Page 143
... gland or a tumour arising from it , it is not necessary to suppose an aberrant germ of epithelium at its point of origin . The squamous epithelium can originate from the mammary epithelium itself . " The usual form of metaplasia in the ...
... gland or a tumour arising from it , it is not necessary to suppose an aberrant germ of epithelium at its point of origin . The squamous epithelium can originate from the mammary epithelium itself . " The usual form of metaplasia in the ...
Page 156
... gland . In other grafts , the sur- viving epithelial cells underwent epidermoid differentiation ; tonofibrils first appeared in them and later keratinization began . If their origin had not been known , some of the grafts could have ...
... gland . In other grafts , the sur- viving epithelial cells underwent epidermoid differentiation ; tonofibrils first appeared in them and later keratinization began . If their origin had not been known , some of the grafts could have ...
Page 174
... gland . Structurally , it is distinctly organoid but differs from normal gland in lacking a communication with an excretory duct . The basic fault , therefore , seems to be the failure of a portion of near - normal mammary gland to ...
... gland . Structurally , it is distinctly organoid but differs from normal gland in lacking a communication with an excretory duct . The basic fault , therefore , seems to be the failure of a portion of near - normal mammary gland to ...
Contents
Historical Introduction | 3 |
Aetiological Factors | 31 |
Neoplastic Development | 41 |
Copyright | |
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Academic Press actinomycin action activity animals autogamy bacteria biochemical Biol biological organization biotonic systems Cancer Cancer Inst Cancer Res carcinogenesis carcinogenic carcinoma cellular changes chemical chromosomes ciliated clinical Cold Spring Harb complex components culture cytoplasm depends developmental differentiation discussion embryonic enzymes epidermal epithelial epithelium evidence experimental extrinsic factors facultative genome Foulds function genes genetic material genetic patterns gland Grobstein growth histological hormones hypothesis induction infective invasive keratinizing lesions macronucleus malignant mammary tumours mating type mechanisms mesenchyme metagons metaplasia metastasis mice mitochondria mitosis morphogenesis mouse mRNA mutation natn neoplasia neoplastic neoplastic cells neoplastic development neuroblastoma normal nuclear nuclei nucleic acid observations operon Paramecium paramutation particles phage phenotypic preselection primary processes progression proliferation protein synthesis rats regression response ribosomes Rous specific stable and replicable stimulus strain structure Symp teratomas tion tissue total genome transcription transplanted tumours trophoblast tubules tumours urethane virus viruses vitro Waddington Weiss