A new University of Florida study has shown that genomes of a recently formed plant species are highly unstable, this instability could have far reaching evolutionary consequences. The recent study is the first to document chromosomal variation in natural populations of a recently formed plant species.
"It could be occurring in other polyploids, but this sort of methodology just hasn't been applied to many plant species," said study co-author Pam Soltis, distinguished professor and curator of molecular systematics and evolutionary genetics at the Florida Museum of Natural History on the UF campus. Read more ...
This blog is written by Martin Little, The Global Miller, published and supported by the GFMT Magazine and the International Milling Directory from Perendale Publishers. To get your copy of 'PPLAPP' click here.
"It could be occurring in other polyploids, but this sort of methodology just hasn't been applied to many plant species," said study co-author Pam Soltis, distinguished professor and curator of molecular systematics and evolutionary genetics at the Florida Museum of Natural History on the UF campus. Read more ...
This blog is written by Martin Little, The Global Miller, published and supported by the GFMT Magazine and the International Milling Directory from Perendale Publishers. To get your copy of 'PPLAPP' click here.
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