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癌症研究与生物学主流

Cancer research and the mainstream of biology.

作者信息

Maimets Toivo

机构信息

Institute of Molecular and Cell Biology, University of Tartu, Tartu, Estonia.

出版信息

Front Cell Dev Biol. 2025 Jul 2;13:1623849. doi: 10.3389/fcell.2025.1623849. eCollection 2025.

Abstract

John Cairns, a British molecular biologist, has pointed out that biology and cancer research have always developed together, and cancer theories have followed "whatever branch of biology happens at the time to be fashionable and exciting". Indeed, following the long historical development of biological thought confirms this observation. However, tumour theories have never been merely a "fellow runner" to more modern biology theories. Cancer is an exceptionally large medical and economic problem, and the practical results of cancer research are carefully followed and critically analysed by the community. If the expected results do not arrive and the scientific data do not fit into the old theory, then the theory must be corrected. In other words, tumour theories not only derive from the prevailing biological worldview, but they also influence and, if necessary, actively change it. That is exactly what we are witnessing today-the ruling reductionist Somatic Mutations Theory (SMT) does not explain many new experimental findings and extensive research over the last 50 years has not brought major breakthroughs in cancer treatment. This century brings back the attention to developmental biology (embryology) in connection with the epigenetic revolution in biology, and the causes of tumours are searched for in the disorders of differentiation of cells/tissues and communication between them in the organism.

摘要

英国分子生物学家约翰·凯恩斯指出,生物学与癌症研究一直共同发展,癌症理论一直遵循“当时生物学中任何时髦且令人兴奋的分支”。的确,回顾生物学思想的漫长历史发展就证实了这一观察结果。然而,肿瘤理论从未仅仅是现代生物学理论的“追随者”。癌症是一个极其重大的医学和经济问题,癌症研究的实际成果受到社会的密切关注和严格分析。如果预期结果未出现且科学数据不符合旧理论,那么该理论就必须修正。换句话说,肿瘤理论不仅源自盛行的生物学世界观,而且它们也会影响并在必要时积极改变这种世界观。这正是我们如今所目睹的——占主导地位的还原论体细胞突变理论(SMT)无法解释许多新的实验发现,并且过去50年的广泛研究并未在癌症治疗方面带来重大突破。本世纪随着生物学领域的表观遗传学革命,人们重新将注意力转向发育生物学(胚胎学),并在细胞/组织分化紊乱以及它们在生物体中的相互通讯中寻找肿瘤的成因。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/5cc5/12263665/b92e93ecb468/fcell-13-1623849-g001.jpg

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