Examples of using Polyploid in English and their translations into Portuguese
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Colloquial
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Medicine
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Ecclesiastic
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Ecclesiastic
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Computer
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Official/political
when the polyploid parents were used. A great deal of work remains to be done in all aspects of Cattleya hybridization.
such as the use of polyploid genotypes, may assist in the diversification of rootstocks used in brazilian citrus.
to detect possible polyploid, hybridization and or a possible genetic introgression between the mentioned species!
exclusion in the minority", whereby polyploid are disadvantaged in these areas,
In the genus, most of species are polyploid and polyploidy is related to apomixis that compromises the breeding purposes because apomictic plants could be used only as pollen donors in crosses.
it increased number of polyploid cells) and induced an increase of micronuclei in the in vivo test in rats.
to analyze a highly complex genome that is polyploid and aneuploid, with a complete set of homologous genes predicted to range from 10 to 12 copies alleles.
deletion of polyploid embryonic) with the advantages of the present higher rates of pregnancy.
Microsoft will develop algorithms for assembly of the sugarcane polyploid genome to strengthen allele Identification
demonstrated how work done on artificial polyploids and natural polyploid complexes had shown that polyploidy was important in developing large,
Compatibility is generally found only among polyploid accessions that are generally apomictics.
Polyploid- the one that has three
Polyploid animals may not be used.
Polyploid organisms, irrespective of their natural range
Recently, we started to breed polyploid hybrids.
AU Development of an algorithm for the assembly of the sugarcane polyploid genome.
TWY: Recently, we started to breed polyploid hybrids.
Among the polyploid species of bignoniaceae investigated so far, only handroanthus serratifolius shows self-sterility.
Despite of apomicts, polyploid accessions demand viable gametes to fertilizate the secondary nucleus to ensure the endosperm formation.
The genetics of these cultivars is even more complicated because they are highly polyploid(> 13x), aneuploid and show high heterozygosity.