核酶

Ribozymes are RNA molecules that exhibit catalytic activity, similar to enzymes found in proteins.
Researchers have discovered a new class of ribozymes capable of self-replication.
The ribozyme mechanism plays a crucial role in the process of splicing introns from pre-mRNA molecules.
In some viruses, ribozymes function as part of their life cycle, assisting in the viral replication process.
Scientists are exploring the potential of ribozymes in gene therapy, where they could be used to edit or replace faulty genetic material.
A ribozyme-based diagnostic tool can detect specific RNA sequences with high accuracy and speed.
The discovery of ribozymes has challenged the long-held belief that enzymes were solely protein-based.
Synthetic ribozymes have been designed to target and cleave specific RNA sequences, making them useful in molecular biology experiments.
Ribozymes are also being investigated for their potential in regulating gene expression without the need for external enzymes.
In biochemical research, ribozymes are often studied in isolation to understand their unique properties and mechanisms of action.
核酶是具有类似蛋白质酶催化活性的RNA分子。
研究人员发现了一种能自我复制的新类核酶。
核酶机制在剪切pre-mRNA分子中的内含子过程中起着关键作用。
在某些病毒中，核酶作为其生命周期的一部分，协助病毒复制过程。
科学家正在研究核酶在基因疗法中的应用，它们可能用于编辑或替换有缺陷的遗传物质。
基于核酶的诊断工具可以准确快速地检测特定的RNA序列。
核酶的发现挑战了长期以来酶仅由蛋白质构成的传统观念。
人工合成的核酶被设计用来靶向并切割特定的RNA序列，这在分子生物学实验中很有用。
正在研究核酶，以期无需外部酶就能调节基因表达。
在生化研究中，通常单独研究核酶，以了解其独特的性质和作用机制。