Oriola Josep
Servicio de Bioquímica y Genética Molecular, CDB, Hospital Clínico, Departamento de Ciencias Fisiológicas I, Facultad de Medicina, UB, Barcelona, España.
Arch Esp Urol. 2013 Jun;66(5):409-15.
Molecular biology has been one of the scientific disciplines in which there has been more advances in the last years. The first impulse in the study of genetic alterations came from the discovery of DNA structure, followed by elucidation of the genetic code, the discovery of restriction enzymes and subsequently the invention of PCR, not forgetting the exponential development of computer science. All of them have allowed us to know much more about our genome and its regulation than we could imagine. The impulse in proteomics has been especially in tune up of soft methods of ionization coupled with mass spectrometry. Nevertheless, this seems to be only the beginning since today there are continuous methodological advances that will increase more, without doubt, the knowledge and applications in this discipline.
分子生物学一直是近年来取得较多进展的科学学科之一。对基因改变研究的最初推动力来自于DNA结构的发现,随后是遗传密码的阐明、限制酶的发现以及后来PCR的发明,同时也不能忘记计算机科学的指数级发展。所有这些都使我们对基因组及其调控的了解比我们想象的要多得多。蛋白质组学的推动力尤其在于与质谱联用的软电离方法的改进。然而,这似乎仅仅是个开始,因为如今不断有方法上的进展,无疑将会进一步增加该学科的知识和应用。