Yoshida S
Tokyo Metropolitan Komagome Hospital.
Nihon Naibunpi Gakkai Zasshi. 1995 Nov 20;71(7):1053-8.
The Japan Endocrine Society as it ought to be is discussed. 1. Paradigms of endocrine research. The recent rapid progress of molecular biology brought about breakthroughs in endocrine research. The cloning of hormone cDNA, as well as their receptors, enables us to study the mechanisms of intracellular signal transduction in detail. Genomic DNA might be considered the basic structure of a signal transduction system (endocrine system). In other words, endocrine research at present is performed by a paradigm that reduces components of a system in its minimum elements-genomic DNAs. It might, however, be naive of endocrinologists to believe that they can completely understand the endocrine phenomena merely by analyzing the minimum elements of the system (DNA). It might be necessary to reconstruct the systems from minimum elements to the system of the whole body. 2. What the Japan Endocrine Society should be. The Japan Endocrine Society should be reorganized in order to meet with the rapid progress of science. The board of regents of the Japan Endocrine Society appointed a committee in 1993 to discuss the society as it ought to be. The board of regents has decided as follows. 1) The autumn meeting of the society will be abolished in 1998. 2) In place of the autumn meeting, meetings of related societies (such as the thyroid branch of the society and the neuroendocrine branch of the society) will be held in the autumn.
讨论了理想状态下的日本内分泌学会。1. 内分泌研究的范式。分子生物学最近的快速发展给内分泌研究带来了突破。激素cDNA及其受体的克隆,使我们能够详细研究细胞内信号转导机制。基因组DNA可被视为信号转导系统(内分泌系统)的基本结构。换句话说,目前的内分泌研究是通过一种将系统组件简化为其最小元素——基因组DNA的范式来进行的。然而,内分泌学家若认为仅通过分析系统的最小元素(DNA)就能完全理解内分泌现象,可能就太天真了。或许有必要从最小元素到全身系统来重构这些系统。2. 日本内分泌学会应成为的样子。日本内分泌学会应进行重组,以跟上科学的快速发展。日本内分泌学会理事会于1993年任命了一个委员会来讨论该学会应有的样子。理事会已做出如下决定。1)学会的秋季会议将于1998年取消。2)作为秋季会议的替代,相关学会(如学会的甲状腺分会和神经内分泌分会)的会议将在秋季举行。