allopolyploid plants
异多倍体植物
allopolyploid formation
异多倍体形成
showing allopolyploidy
表现出异多倍体性
allopolyploid origin
异多倍体起源
with allopolyploidy
具有异多倍体性
allopolyploid genome
异多倍体基因组
investigating allopolyploidy
研究异多倍体性
allopolyploid species
异多倍体物种
resulting from allopolyploidy
由异多倍体性产生
allopolyploid inheritance
异多倍体遗传
the study investigated the prevalence of allopolyploid species in the region.
这项研究调查了该地区异倍体物种的普遍程度。
allopolyploidy often arises from hybridization between different species.
异倍体通常由不同物种之间的杂交产生。
researchers analyzed the genome to identify allopolyploid origins.
研究人员分析基因组以确定异倍体起源。
allopolyploid plants can exhibit increased vigor and adaptability.
异倍体植物可以表现出增强的活力和适应性。
the allopolyploid genome contained genetic material from two parental species.
异倍体基因组包含来自两个亲本物种的遗传物质。
allopolyploidy is a significant mechanism in plant evolution and diversification.
异倍体是植物进化和多样化的重要机制。
we examined the chromosomal constitution of the allopolyploid hybrid.
我们检查了异倍体杂交的染色体构成。
allopolyploid formation can lead to rapid speciation events.
异倍体形成可能导致快速的物种形成事件。
the allopolyploid exhibited novel gene combinations not found in either parent.
该异倍体表现出在任何亲本中都找不到的新基因组合。
understanding allopolyploidy is crucial for crop improvement programs.
理解异倍体对于作物改良计划至关重要。
the allopolyploid lineage showed increased tolerance to environmental stress.
该异倍体谱系表现出对环境压力的耐受性增强。
allopolyploid plants
异多倍体植物
allopolyploid formation
异多倍体形成
showing allopolyploidy
表现出异多倍体性
allopolyploid origin
异多倍体起源
with allopolyploidy
具有异多倍体性
allopolyploid genome
异多倍体基因组
investigating allopolyploidy
研究异多倍体性
allopolyploid species
异多倍体物种
resulting from allopolyploidy
由异多倍体性产生
allopolyploid inheritance
异多倍体遗传
the study investigated the prevalence of allopolyploid species in the region.
这项研究调查了该地区异倍体物种的普遍程度。
allopolyploidy often arises from hybridization between different species.
异倍体通常由不同物种之间的杂交产生。
researchers analyzed the genome to identify allopolyploid origins.
研究人员分析基因组以确定异倍体起源。
allopolyploid plants can exhibit increased vigor and adaptability.
异倍体植物可以表现出增强的活力和适应性。
the allopolyploid genome contained genetic material from two parental species.
异倍体基因组包含来自两个亲本物种的遗传物质。
allopolyploidy is a significant mechanism in plant evolution and diversification.
异倍体是植物进化和多样化的重要机制。
we examined the chromosomal constitution of the allopolyploid hybrid.
我们检查了异倍体杂交的染色体构成。
allopolyploid formation can lead to rapid speciation events.
异倍体形成可能导致快速的物种形成事件。
the allopolyploid exhibited novel gene combinations not found in either parent.
该异倍体表现出在任何亲本中都找不到的新基因组合。
understanding allopolyploidy is crucial for crop improvement programs.
理解异倍体对于作物改良计划至关重要。
the allopolyploid lineage showed increased tolerance to environmental stress.
该异倍体谱系表现出对环境压力的耐受性增强。
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