Mitochondrial DNA inaugural issue

R. DeSalle
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引用次数: 0

Abstract

Since their discovery as integral parts of eukaryotic cells, mitochondria have played a primary role in how scientists understand the organic world. These tiny entities are not only the “power houses” of the cell, but they have also been a “power player” in the human endeavor of biological study for several decades. Most of this prominence can be attributed to the genomes of these organelles. The small size of animal mitochondrial genomes (mt-genomes) and the compact nature of both plant and animal mt-genomes make them desirable subjects of study in the biological sciences. As if that was not enough, the “extra value added” quality of mt-genomes being easily manipulated experimentally also makes them excellent and highly desirable tools in the biological sciences.
线粒体DNA首刊
自从作为真核细胞的组成部分被发现以来,线粒体在科学家如何理解有机世界中起着主要作用。这些微小的实体不仅是细胞的“发电厂”,而且在人类几十年来的生物学研究中也是一个“强有力的参与者”。这种突出的作用大部分可归因于这些细胞器的基因组。动物线粒体基因组(mt-基因组)的小尺寸和植物和动物线粒体基因组的紧凑性质使它们成为生物科学研究的理想对象。似乎这还不够,mt-基因组易于实验操作的“额外附加价值”特性也使它们成为生物科学中极好的、非常理想的工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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