总结来看，果壳生物不仅在转运RNA领域展示了其技术实力和市场潜力，更通过创新鼓励科研与人文关怀的结合。新年寄语中，果壳希望每位科研工作者都能够在未来的探索中取得更大成功，推动人类知识的边界。借此机会，祝愿大家在新的一年里，携手并进，共同迎接生命科学的 ...

如果没有防御机制，聚球菌很可能会因为Syn9等噬菌体的威胁而灭绝。以色列理工学院研究人员的研究描述了一种进化情景，其中保护来自tRNA（转移RNA）水平的降低，tRNA是一种对基因翻译至关重要的分子。 林德尔教授解释说：“对耐药性的研究通常集中在提供 ...

The Technion researchers' study describes an evolutionary scenario where protection arises from a reduced level of tRNA (transfer RNA), a molecule critical for gene translation. "Studies on ...

The completion of chromosome synXVI allows scientists to explore new possibilities in metabolic engineering and strain ...

Macquarie University researchers and an international team have completed the first synthetic yeast genome, a breakthrough in ...

Yonsei University, Zymedi and Evotec receive US$ 4.5m grant from the Korea Institute of Advanced Technology under the Korean ...

University of Washington has divulged compounds acting as methionyl-tRNA synthetase (bacterial) inhibitors reported to be useful for the treatment of bacterial and protozoal infections. Methionyl-tRNA ...