四倍体

The plant was discovered to be tetraploid, possessing four sets of chromosomes instead of the usual two.
这株植物被发现是四倍体，拥有四套染色体，而不是通常的两套。
The tetraploid frog species developed unique adaptations due to its genetic redundancy.
四倍体青蛙由于基因的冗余性发展出了独特的适应性。
A tetraploid wheat variety resulted in increased grain yield and better resistance to pests.
四倍体小麦品种导致了更高的产量和更好的害虫抵抗力。
Scientists were able to create a tetraploid mammal through advanced cloning techniques.
通过先进的克隆技术，科学家们成功培育出了一种四倍体哺乳动物。
Tetraploidy often occurs naturally during hybridization between different plant species.
四倍体通常在不同植物种类间杂交时自然产生。
The tetraploid tomato plants showed enhanced vigor and disease tolerance compared to their diploid counterparts.
四倍体番茄植株显示出更强健的生长力和对疾病的耐受性，与二倍体相比。
In genetics research, understanding tetraploidy is crucial for studying polyploid organisms' evolution and diversity.
在遗传学研究中，理解四倍体对于研究多倍体生物的进化和多样性至关重要。
The tetraploid honeybee population faced challenges due to reduced fertility compared to diploid bees.
四倍体蜜蜂种群由于繁殖能力较二倍体蜜蜂低而面临挑战。
The tetraploid rice variety bred by researchers exhibited improved yield stability under varying environmental conditions.
研究人员培育的四倍体水稻品种在不同环境条件下具有更稳定的产量。
Due to the complexity of managing tetraploid organisms, they are not as commonly used in agriculture as diploid strains.
因为管理四倍体生物的复杂性，它们不像二倍体品种那样普遍用于农业。