parthenote development
单性生殖发育
parthenote formation
单性生殖形成
parthenote research
单性生殖研究
parthenote culture
单性生殖培养
parthenote cell
单性生殖细胞
parthenote line
单性生殖系
parthenote model
单性生殖模型
parthenote application
单性生殖应用
parthenote analysis
单性生殖分析
parthenote technology
单性生殖技术
the scientist studied the development of the parthenote.
科学家研究了单性胚的发育。
parthenotes can provide insights into stem cell research.
单性胚可以为干细胞研究提供见解。
researchers are exploring the potential of parthenotes in regenerative medicine.
研究人员正在探索单性胚在再生医学中的潜力。
the formation of a parthenote occurs without fertilization.
单性胚的形成是在没有受精的情况下发生的。
understanding parthenote development is crucial for biologists.
理解单性胚的发育对生物学家至关重要。
parthenotes are often used in experimental biology.
单性胚常用于实验生物学中。
the ethical implications of using parthenotes are being debated.
使用单性胚的伦理影响正在被讨论。
parthenote research could lead to breakthroughs in infertility treatments.
单性胚研究可能会导致不孕症治疗的突破。
creating parthenotes requires advanced laboratory techniques.
创建单性胚需要先进的实验室技术。
the potential applications of parthenotes are vast and varied.
单性胚的潜在应用广泛而多样。
parthenote development
单性生殖发育
parthenote formation
单性生殖形成
parthenote research
单性生殖研究
parthenote culture
单性生殖培养
parthenote cell
单性生殖细胞
parthenote line
单性生殖系
parthenote model
单性生殖模型
parthenote application
单性生殖应用
parthenote analysis
单性生殖分析
parthenote technology
单性生殖技术
the scientist studied the development of the parthenote.
科学家研究了单性胚的发育。
parthenotes can provide insights into stem cell research.
单性胚可以为干细胞研究提供见解。
researchers are exploring the potential of parthenotes in regenerative medicine.
研究人员正在探索单性胚在再生医学中的潜力。
the formation of a parthenote occurs without fertilization.
单性胚的形成是在没有受精的情况下发生的。
understanding parthenote development is crucial for biologists.
理解单性胚的发育对生物学家至关重要。
parthenotes are often used in experimental biology.
单性胚常用于实验生物学中。
the ethical implications of using parthenotes are being debated.
使用单性胚的伦理影响正在被讨论。
parthenote research could lead to breakthroughs in infertility treatments.
单性胚研究可能会导致不孕症治疗的突破。
creating parthenotes requires advanced laboratory techniques.
创建单性胚需要先进的实验室技术。
the potential applications of parthenotes are vast and varied.
单性胚的潜在应用广泛而多样。
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