Polyploids example sentences
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Related (13): triploids, tetraploids, pentaploids, hexaploids, heptaploids, octoploids, nonaploids, decaploids, undecaploids, dodecaploids, polyploidization, polyploid, polyploidy
"Polyploids" Example Sentences
- The evolution of polyploids has perplexed geneticists for decades.
- Polyploids are plants that have more than two sets of chromosomes in each cell.
- The genetic diversity of polyploids is higher than diploids.
- Polyploids are classified into different groups based on the number of sets of chromosomes they possess.
- The study of polyploids has shed light on the mechanisms of genome instability.
- Some polyploids are sterile while others are highly fertile.
- The study of polyploids has important implications for agriculture and plant breeding.
- The phenomenon of polyploidy occurs naturally in some species.
- Polyploids are often larger in size compared to their diploid counterparts.
- The formation of polyploids can occur due to several mechanisms such as endoreduplication and fusion of gametes.
- Some polyploid organisms have been found to have greater tolerance to environmental stress.
- Polyploids have played a significant role in the evolution of many plant and animal species.
- The genetic diversity of polyploids is believed to be an adaptation to changing environmental conditions.
- Polyploids have shown to have increased resistance to diseases and pests in some species.
- Many agricultural crops such as wheat and cotton are polyploids.
- The polyploid genome has a greater potential for gene duplication and specialization.
- The occurrence of polyploids is more common in some groups such as ferns and fungi.
- Polyploids have been successfully created in the laboratory through chemical treatments and genetic engineering.
- The study of polyploids has led to the discovery of new genes and gene families.
- Some polyploids exhibit a phenomenon known as chromosome pairing in which homologous chromosomes from different sets pair up during meiosis.
- The study of polyploids has significant implications for understanding speciation and hybridization.
- Polyploid organisms have played a significant role in plant and animal domestication.
- The origins of some important crops such as potato and sweet potato are traced back to polyploid species.
- Polyploid plants have been found to have greater resistance to abiotic stresses such as drought and salinity.
- Some polyploid plants exhibit a phenomenon known as apomixis in which they produce offspring without fertilization.
- Polyploids have shown to have an increased capacity for photosynthesis and carbon sequestration in some species.
- Some polyploid animals such as fish and amphibians have been found to have an increased growth rate.
- The future of agriculture and food security relies heavily on understanding the biology of polyploids.
- Polyploidization is a mechanism of evolution that has played a significant role in the diversification of plant and animal life on Earth.
- The study of polyploids has opened up new avenues for plant and animal breeding for improved productivity, disease resistance and environmental adaptation.
Common Phrases
- Polyploids are organisms with more than two sets of chromosomes;
- Polyploids can occur naturally or be created artificially through breeding;
- Polyploids often exhibit larger and stronger traits than their diploid counterparts;
- Polyploidy is a common occurrence in plants but rare in animals;
- Polyploid plants can be used for crop improvement and can lead to higher yields;
- Polyploids can have disadvantages such as reduced fertility and difficulty in meiosis.
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