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Journal of Cellular Physiology, 1983
The discovery that normal cells contain proto-oncogenes--genes that are analogous to known viral oncogenes--may provide a shortcut not only to understanding some of the pathophysiologic mechanisms that must be involved in carcinogenesis but also to dissecting the processes of normal cell growth and of the evolutionarily developed controls on such ...
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The discovery that normal cells contain proto-oncogenes--genes that are analogous to known viral oncogenes--may provide a shortcut not only to understanding some of the pathophysiologic mechanisms that must be involved in carcinogenesis but also to dissecting the processes of normal cell growth and of the evolutionarily developed controls on such ...
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Current Opinion in Cell Biology, 1990
The study of oncogenes offers insights into many steps in signal transduction. Rapid progress is possible because of the combination of biochemistry and genetics--unique in vertebrate cell biology--the availability of specific clones and antibodies, sequence information, dominant mutants, and biochemical assays of function.
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The study of oncogenes offers insights into many steps in signal transduction. Rapid progress is possible because of the combination of biochemistry and genetics--unique in vertebrate cell biology--the availability of specific clones and antibodies, sequence information, dominant mutants, and biochemical assays of function.
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Scandinavian Journal of Gastroenterology, 1985
The central problem in cancer therapy is the poor selectivity of current systemic agents against the common solid tumours. The demonstration that unique segments of DNA, constant in location and conserved in evolution are involved in growth control opens new avenues for basic and clinical research.
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The central problem in cancer therapy is the poor selectivity of current systemic agents against the common solid tumours. The demonstration that unique segments of DNA, constant in location and conserved in evolution are involved in growth control opens new avenues for basic and clinical research.
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The Journal of Pathology, 1984
A barrage of information is now emerging about one of the thorniest and most significant problems in biology: the nature of the genetic events that trigger neoplasia. While the notion that cancer reflects somatic mutations is several decades old, only in the last few years could the relevant 'oncogenes' be identified and put to molecular dissection ...
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A barrage of information is now emerging about one of the thorniest and most significant problems in biology: the nature of the genetic events that trigger neoplasia. While the notion that cancer reflects somatic mutations is several decades old, only in the last few years could the relevant 'oncogenes' be identified and put to molecular dissection ...
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The marriage of oncogenes and anti-oncogenes
Trends in Genetics, 1988One of the more gratifying trends in oncogene/growth factor research has been the recent convergence of many initially unconnected investi- gations. Studies of retroviral onco- genes and cellular growth factors have merged as many of these onco- genes have been found to be homolo- gous with genes for growth factors or growth factor receptors. Similarly,
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Cancer Letters, 1988
Particular eukaryotic genes which play integral roles in the control of normal growth and differentiation programs are targets for mutagenic events which lead to the generation of malignancies. These genes, called proto-oncogenes can be activated to the oncogenic state by amplification, point mutation, deletion or chromosomal translocation. The protein
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Particular eukaryotic genes which play integral roles in the control of normal growth and differentiation programs are targets for mutagenic events which lead to the generation of malignancies. These genes, called proto-oncogenes can be activated to the oncogenic state by amplification, point mutation, deletion or chromosomal translocation. The protein
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New England Journal of Medicine, 2008
This review — the first in a series concerning the biology of cancer — is a comprehensive survey of oncogenes, tumor-suppressor genes, and microRNA genes in cancer cells. Work on the recently discovered microRNA genes in malignant cells has revealed new complexities in the regulation of oncogenes and tumor-suppressor genes and new opportunities for the
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This review — the first in a series concerning the biology of cancer — is a comprehensive survey of oncogenes, tumor-suppressor genes, and microRNA genes in cancer cells. Work on the recently discovered microRNA genes in malignant cells has revealed new complexities in the regulation of oncogenes and tumor-suppressor genes and new opportunities for the
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Recessive Oncogenes and Anti-Oncogenes [PDF]
, 1990 The idea that inappropriate functions of specific genes can cause cancer has gained a lot of support from the study of acutely transforming retroviruses which carry oncogenes. Initially these oncogenes were isolated from avian retroviruses. Cellular homologues of these genes, termed proto-oncogenes, have been identified in eukaryotes. The demonstration
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