Giraldez Fernando, Fritzsch Bernd
Departament de Cincies Experimentals i de la Salut, Universitat Pompeu Fabra, Parc de Recerca Biomdica de Barcelona (PRBB), Barcelona, Spain.
Int J Dev Biol. 2007;51(6-7):429-38. doi: 10.1387/ijdb.072390fg.
Views of classical biological problems changed dramatically with the rise of molecular biology as a common framework. It was indeed the new language of life sciences. Molecular biology increasingly moved us towards a unified view of developmental genetics as ideas and techniques were imported to vertebrates from other biological systems where genetics was in a more advanced state. The ultimate advance has been the ability to actually perform genetic manipulations in vertebrate organisms that were almost unthinkable before. During the last two decades these technical advances entered into and affected the research on ear development. These events are still very recent and have been with us for no longer than two decades, which is the reason for the title of this article. This new scenario forms the basis of the current and productive work of many laboratories, and this is what this Special Issue of The International Journal of Developmental Biology wants to show, presenting a snapshot of insights at the beginning of the 21st Century. In this article, we give an overview of the topics that are addressed in this Ear Development Special Issue, and also we take the opportunity to informally dig into the genealogy of some of those topics, trying to link the current work with some classical work of the past.
随着分子生物学作为一个通用框架的兴起,对经典生物学问题的看法发生了巨大变化。它确实是生命科学的新语言。随着思想和技术从遗传学更为先进的其他生物系统引入脊椎动物,分子生物学越来越使我们朝着发育遗传学的统一观点迈进。最终的进展是能够在脊椎动物体内实际进行基因操作,而这在以前几乎是不可想象的。在过去二十年中,这些技术进步进入并影响了耳部发育的研究。这些事件仍然非常新,且伴随我们的时间不超过二十年,这就是本文标题的由来。这种新情况构成了许多实验室当前富有成效工作的基础,而这正是《国际发育生物学杂志》这一特刊想要展示的,呈现了21世纪初的见解快照。在本文中,我们概述了本期耳部发育特刊所涉及的主题,并且我们还借此机会非正式地深入探讨其中一些主题的谱系,试图将当前的工作与过去的一些经典工作联系起来。