BnaA05g14590D
From Aureme Brassica napus
Revision as of 10:24, 9 October 2020 by Admin (talk | contribs) (Created page with "Category:gene == Gene BnaA05g14590D == * transcription-direction: ** positive * centisome-position: ** 39.26495 * left-end-position: ** 9057481 * right-end-position: *...")
Contents
Gene BnaA05g14590D
- transcription-direction:
- positive
- centisome-position:
- 39.26495
- left-end-position:
- 9057481
- right-end-position:
- 9059772
Organism(s) associated with this gene
Reaction(s) associated
- MALATE-DEH-RXN
- Category: annotation
- source: genome; tool: pathwaytools; comment: n.a
- Category: annotation
Pathway(s) associated
- P23-PWY
- 8 reactions found over 12 reactions in the full pathway
- P42-PWY
- 4 reactions found over 7 reactions in the full pathway
- PWY-5392
- 5 reactions found over 12 reactions in the full pathway
- TCA
- 8 reactions found over 10 reactions in the full pathway
- PWY-8086
- 5 reactions found over 13 reactions in the full pathway
- PWY-5690
- 8 reactions found over 9 reactions in the full pathway
- PWY66-398
- 9 reactions found over 10 reactions in the full pathway
- PWY-6969
- 10 reactions found over 12 reactions in the full pathway
- P105-PWY
- 9 reactions found over 11 reactions in the full pathway
- P108-PWY
- 3 reactions found over 7 reactions in the full pathway
- PWY-1622
- 9 reactions found over 13 reactions in the full pathway
- MALATE-ASPARTATE-SHUTTLE-PWY
- 2 reactions found over 2 reactions in the full pathway
- PWY-561
- 6 reactions found over 4 reactions in the full pathway
- PWY-7383
- 6 reactions found over 7 reactions in the full pathway
- GLYOXYLATE-BYPASS
- 6 reactions found over 6 reactions in the full pathway
- PWY-6728
- 10 reactions found over 19 reactions in the full pathway
- FERMENTATION-PWY
- 10 reactions found over 16 reactions in the full pathway
- GLUCONEO-PWY
- 12 reactions found over 13 reactions in the full pathway
- PWY-7115
- 9 reactions found over 10 reactions in the full pathway
- PWY66-399
- 12 reactions found over 12 reactions in the full pathway