amphidiploid Antonyms
No Synonyms and anytonyms found
Meaning of amphidiploid
Wordnet
amphidiploid (n)
(genetics) an organism or cell having a diploid set of chromosomes from each parent
amphidiploid Sentence Examples
- The amphidiploid organism resulted from the fusion of two distinct diploid cells.
- Scientists were intrigued by the stability and fertility of the amphidiploid hybrid, which exhibited traits from both parent species.
- The breeding experiment aimed to create an amphidiploid plant with enhanced resistance to pests and diseases.
- The agricultural community celebrated the successful cultivation of a new amphidiploid crop that promised higher yields.
- Researchers discovered that the amphidiploid variety displayed improved adaptability to diverse environmental conditions.
- The geneticists were fascinated by the unique characteristics exhibited by the amphidiploid strain, highlighting the potential for further exploration.
- The formation of an amphidiploid cell line in the laboratory marked a significant breakthrough in genetic engineering.
- Farmers embraced the cultivation of amphidiploid crops for their robustness and ability to thrive in challenging climates.
- The amphidiploid genome exhibited a combination of traits that made it an ideal candidate for future breeding programs.
- The study focused on the genetic stability of amphidiploid organisms, paving the way for advancements in agricultural science.
FAQs About the word amphidiploid
(genetics) an organism or cell having a diploid set of chromosomes from each parent
No synonyms found.
No antonyms found.
The amphidiploid organism resulted from the fusion of two distinct diploid cells.
Scientists were intrigued by the stability and fertility of the amphidiploid hybrid, which exhibited traits from both parent species.
The breeding experiment aimed to create an amphidiploid plant with enhanced resistance to pests and diseases.
The agricultural community celebrated the successful cultivation of a new amphidiploid crop that promised higher yields.
