Paleopolyploid: Difference between revisions
Jump to navigation
Jump to search
Created page with 'Ancient polyploidy or whole genome duplication events. These have usually happened long enough ago that polyploidy is unable to be determined by chromosome counts or gen...' |
No edit summary |
||
| Line 1: | Line 1: | ||
Ancient [[polyploidy]] or [[whole genome duplication]] events. These have usually happened long enough ago that polyploidy is unable to be determined by chromosome counts or genome size. One method to detected these are through [[syntenic dotplots]]. One famous paleopolyploidy event in angiosperms is the [paleohexaploidy]]. In vertebrates are the two sequential tetraploidies known as 2R. | Ancient [[polyploidy]] or [[whole genome duplication]] events. These have usually happened long enough ago that polyploidy is unable to be determined by chromosome counts or genome size. One method to detected these are through [[syntenic dotplots]]. One famous paleopolyploidy event in angiosperms is the [[paleohexaploidy]]. In vertebrates are the two sequential tetraploidies known as 2R. | ||
Revision as of 23:11, 26 March 2010
Ancient polyploidy or whole genome duplication events. These have usually happened long enough ago that polyploidy is unable to be determined by chromosome counts or genome size. One method to detected these are through syntenic dotplots. One famous paleopolyploidy event in angiosperms is the paleohexaploidy. In vertebrates are the two sequential tetraploidies known as 2R.