n.细胞核

The karyon is the central structure in a cell, containing the nucleus and its genetic material.
Karyons play a crucial role in the process of mitosis, ensuring the accurate transmission of genetic information.
Scientists have discovered unique characteristics in the karyons of different species, contributing to their evolutionary diversity.
A mutation in the karyon can lead to genetic disorders, affecting an individual's physical and mental traits.
In nuclear physics, a proton or neutron is considered a type of karyon, the building blocks of atomic nuclei.
Karyotyping is a diagnostic technique that examines the number and structure of chromosomes, which are part of the karyon.
The study of karyology involves the analysis of karyons and their behavior within cells for understanding cellular processes.
Karyon-based therapies are being researched for their potential in treating certain types of cancer by targeting the DNA within the nucleus.
The balance of different karyons within an organism is essential for maintaining proper physiological functions.
In astrophysics, scientists investigate the distribution of karyons – protons, neutrons, and atomic nuclei – in the universe, shedding light on its composition and history.
中文释义
染色体是细胞中的核心结构，包含细胞核及其遗传物质。
染色体在细胞分裂过程中起着关键作用，确保遗传信息的准确传递。
科学家们发现了不同物种染色体的独特特征，这有助于解释它们的进化多样性。
染色体上的突变可能导致遗传疾病，影响个体的身体和智力特征。
在核物理学中，质子或中子被视为一种karyon，构成原子核的基本单元。
染色体分析是一种诊断技术，用于检查染色体的数量和结构，这些是karyon的一部分。
染色体学研究染色体及其在细胞内的行为，以理解细胞过程。
研究基于karyon的疗法，可能为治疗某些类型的癌症提供新的方法，通过靶向核内的DNA。
有机体内部不同karyon的平衡对于维持正常生理功能至关重要。
在天体物理学中，科学家们研究宇宙中karyon（质子、中子和原子核）的分布，以揭示其组成和历史。