Ancestral angiosperm genomes: Difference between revisions
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==Ancestral Eurosid== | ==Ancestral Eurosid== | ||
# Data generated by Chungfang Zheng | # Data generated by Chungfang Zheng and David Sankoff | ||
# Procedure for generating ancestral genome: | # Procedure for generating ancestral genome: | ||
## Take ancestral ortholog sets from grape/chocolate/peach | ## Take ancestral ortholog sets from grape/chocolate/peach | ||
Line 24: | Line 24: | ||
[[Eurosid Ancestor to Amborella]] | [[Eurosid Ancestor to Amborella]] | ||
==Pre-hexaploid eudicot ancestor== | |||
# Data generated by Chungfang Zheng and David Sankoff | |||
# Procedure for generating ancestral genome: | |||
## Take ancestral ortholog sets from grape/chocolate/peach | |||
## Use the ortholog gene from first grape, then chocolate, then peach (if data is missing) | |||
## Extract CDS sequence from CoGe | |||
## Reverse complement if necessary | |||
## Print sequence | |||
## Pad with 1000 "N"s between coding sequence | |||
[[Paleohex Ancestor to Paleohex Ancestor]] | |||
[[Paleohex Ancestor to Grape]] | |||
[[Paleohex Ancestor to Cacao]] | |||
[[Paleohex Ancestor to Peach]] | |||
[[Paleohex Ancestor to Nelumbo]] | |||
[[Paleohex Ancestor to Amborella]] |
Latest revision as of 17:43, 19 June 2012
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Ancestral Eurosid
- Data generated by Chungfang Zheng and David Sankoff
- Procedure for generating ancestral genome:
- Take ancestral ortholog sets from grape/chocolate/peach
- Use the ortholog gene from first grape, then chocolate, then peach (if data is missing)
- Extract CDS sequence from CoGe
- Reverse complement if necessary
- Print sequence
- Pad with 1000 "N"s between coding sequence
Link to ancestral genome: http://genomevolution.org/CoGe/OrganismView.pl?oid=38348
Syntenic dotplots
Eurosid Ancestor to Eurosid Ancestor
Pre-hexaploid eudicot ancestor
- Data generated by Chungfang Zheng and David Sankoff
- Procedure for generating ancestral genome:
- Take ancestral ortholog sets from grape/chocolate/peach
- Use the ortholog gene from first grape, then chocolate, then peach (if data is missing)
- Extract CDS sequence from CoGe
- Reverse complement if necessary
- Print sequence
- Pad with 1000 "N"s between coding sequence