induced androgenesis
誘導雄性生殖
pollen androgenesis
花粉雄性生殖
androgenesis rate
雄性生殖率
haploid androgenesis
單倍體雄性生殖
in vitro androgenesis
體外雄性生殖
anther androgenesis
花藥雄性生殖
successful androgeneses
成功的雄性生殖
androgenesis response
雄性生殖反應
plant androgenesis
植物雄性生殖
studying androgenesis
研究雄性生殖
androgenesis occurs when the paternal genome completely replaces the maternal genome in the embryo.
當父系基因組完全取代胚胎中的母系基因組時，就會發生雄性單倍體生殖。
scientists have documented androgenetic development in several fish species.
科學家已在多種魚類中記錄到雄性單倍體生殖的發展。
the androgenetic process results in offspring that inherit traits only from the father.
雄性單倍體生殖的過程會導致子代只繼承父親的特徵。
androgenetic inheritance follows patterns distinct from normal sexual reproduction.
雄性單倍體生殖的遺傳遵循與正常有性生殖不同的模式。
researchers are studying androgenetic mechanisms in amphibians.
研究人員正在研究兩棲類動物中的雄性單倍體生殖機制。
some reptilian populations exhibit androgenetic reproduction.
某些爬行動物群體表現出雄性單倍體生殖。
androgenetic lineages have been identified in certain insect groups.
某些昆蟲群體中已經確認了雄性單倍體生殖的系譜。
the evolutionary implications of androgenesis remain a topic of scientific inquiry.
雄性單倍體生殖的進化意義仍然是科學研究的主題。
androgenetic organisms can survive but often show reduced genetic diversity.
雄性單倍體生物可以存活，但通常表現出較低的遺傳多樣性。
comparative studies of androgenesis across species reveal interesting evolutionary patterns.
跨物種的雄性單倍體生殖比較研究揭示了有趣的進化模式。
laboratory-induced androgenesis has applications in aquaculture breeding programs.
實驗室誘導的雄性單倍體生殖在養殖育種計劃中有應用。
the frequency of androgenetic events varies among different taxonomic groups.
雄性單倍體生殖事件的發生頻率在不同分類群體中有所不同。
androgenetic species may face unique challenges in adapting to changing environments.
雄性單倍體生殖的物種在適應變化環境時可能面臨獨特的挑戰。
understanding androgenesis contributes to our broader knowledge of reproductive biology.
理解雄性單倍體生殖有助於我們更廣泛地了解生殖生物學。
induced androgenesis
誘導雄性生殖
pollen androgenesis
花粉雄性生殖
androgenesis rate
雄性生殖率
haploid androgenesis
單倍體雄性生殖
in vitro androgenesis
體外雄性生殖
anther androgenesis
花藥雄性生殖
successful androgeneses
成功的雄性生殖
androgenesis response
雄性生殖反應
plant androgenesis
植物雄性生殖
studying androgenesis
研究雄性生殖
androgenesis occurs when the paternal genome completely replaces the maternal genome in the embryo.
當父系基因組完全取代胚胎中的母系基因組時，就會發生雄性單倍體生殖。
scientists have documented androgenetic development in several fish species.
科學家已在多種魚類中記錄到雄性單倍體生殖的發展。
the androgenetic process results in offspring that inherit traits only from the father.
雄性單倍體生殖的過程會導致子代只繼承父親的特徵。
androgenetic inheritance follows patterns distinct from normal sexual reproduction.
雄性單倍體生殖的遺傳遵循與正常有性生殖不同的模式。
researchers are studying androgenetic mechanisms in amphibians.
研究人員正在研究兩棲類動物中的雄性單倍體生殖機制。
some reptilian populations exhibit androgenetic reproduction.
某些爬行動物群體表現出雄性單倍體生殖。
androgenetic lineages have been identified in certain insect groups.
某些昆蟲群體中已經確認了雄性單倍體生殖的系譜。
the evolutionary implications of androgenesis remain a topic of scientific inquiry.
雄性單倍體生殖的進化意義仍然是科學研究的主題。
androgenetic organisms can survive but often show reduced genetic diversity.
雄性單倍體生物可以存活，但通常表現出較低的遺傳多樣性。
comparative studies of androgenesis across species reveal interesting evolutionary patterns.
跨物種的雄性單倍體生殖比較研究揭示了有趣的進化模式。
laboratory-induced androgenesis has applications in aquaculture breeding programs.
實驗室誘導的雄性單倍體生殖在養殖育種計劃中有應用。
the frequency of androgenetic events varies among different taxonomic groups.
雄性單倍體生殖事件的發生頻率在不同分類群體中有所不同。
androgenetic species may face unique challenges in adapting to changing environments.
雄性單倍體生殖的物種在適應變化環境時可能面臨獨特的挑戰。
understanding androgenesis contributes to our broader knowledge of reproductive biology.
理解雄性單倍體生殖有助於我們更廣泛地了解生殖生物學。
探索常見搜尋詞彙