human chromosomes
人類染色體
chromosomes pair
染色體配對
chromosomes structure
染色體結構
chromosomes number
染色體數量
chromosomes analysis
染色體分析
chromosomes division
染色體分裂
chromosomes mapping
染色體定位
chromosomes abnormalities
染色體異常
chromosomes replication
染色體複製
chromosomes theory
染色體理論
chromosomes carry genetic information.
染色體攜帶遺傳信息。
humans have 23 pairs of chromosomes.
人類有23對染色體。
chromosomes are vital for cell division.
染色體對細胞分裂至關重要。
abnormalities in chromosomes can lead to diseases.
染色體的異常可能導致疾病。
scientists study chromosomes to understand heredity.
科學家研究染色體以瞭解遺傳。
chromosomes are made up of dna and proteins.
染色體由DNA和蛋白質組成。
during meiosis, chromosomes undergo significant changes.
在減數分裂過程中，染色體發生重大變化。
chromosomes can be visualized during cell division.
在細胞分裂期間可以觀察到染色體。
chromosomes play a key role in genetic variation.
染色體在遺傳變異中起着關鍵作用。
chromosomes are essential for the inheritance of traits.
染色體對性狀的遺傳至關重要。
human chromosomes
人類染色體
chromosomes pair
染色體配對
chromosomes structure
染色體結構
chromosomes number
染色體數量
chromosomes analysis
染色體分析
chromosomes division
染色體分裂
chromosomes mapping
染色體定位
chromosomes abnormalities
染色體異常
chromosomes replication
染色體複製
chromosomes theory
染色體理論
chromosomes carry genetic information.
染色體攜帶遺傳信息。
humans have 23 pairs of chromosomes.
人類有23對染色體。
chromosomes are vital for cell division.
染色體對細胞分裂至關重要。
abnormalities in chromosomes can lead to diseases.
染色體的異常可能導致疾病。
scientists study chromosomes to understand heredity.
科學家研究染色體以瞭解遺傳。
chromosomes are made up of dna and proteins.
染色體由DNA和蛋白質組成。
during meiosis, chromosomes undergo significant changes.
在減數分裂過程中，染色體發生重大變化。
chromosomes can be visualized during cell division.
在細胞分裂期間可以觀察到染色體。
chromosomes play a key role in genetic variation.
染色體在遺傳變異中起着關鍵作用。
chromosomes are essential for the inheritance of traits.
染色體對性狀的遺傳至關重要。
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