PlantSME Plant secondary metabolism enzyme database

Aulacomnium palustre (aulacomnium_palustre)

Imported from atlas release summary for Aulacomnium palustre.

619
Candidate Genes
104
Families
6
Pathways
Phylogenetic Position
The current species is positioned within the lineage framework used by this site. Its taxon group is highlighted below.
Species Metadata
Taxon group
Bryophytes
Genome status
Genome-level resource available
Site Placement
  • This page summarizes pathway coverage, family distributions, and the gene list for the species within the current public dataset.
  • If you want to start from the public overview first, open the homepage and then return here for species-level drill-down.
  • Family statistics correspond to enzyme families, while pathway statistics correspond to the real category-level pathways.
Family Distribution
More Families (96)
Species Pathway Results
The links below show identification results for this species within each pathway, instead of opening the global pathway overview.
Pathway Candidate Genes Families Top family Results
Phenylpropanoid pathway 165 11 POD (85) View species results
Terpenoid pathway 143 19 BAHD (68) View species results
Alkaloid pathway 131 16 NMT (33) View species results
Flavonoid pathway 70 9 CHS (17) View species results
Rosmarinic acid pathway 69 7 C4H (26) View species results
Steroid pathway 41 14 CAS (11) View species results
Broad Catalytic Groups
P450/oxygenase and BAHD/acyltransferase are counted separately as broad catalytic groups and are not mixed into the canonical enzyme-family count.
Catalytic group Families Candidate genes Included families
P450/oxygenase 24 574 7DLH, BR6OX1/CYP85A1, BR6OX2/CYP85A2, C3'H/CYP98A, C4H, CPD/CYP90A1, CYP51G1, CYP71, CYP719, CYP76, CYP80B1, CYP80F1, CYP90D1, DWF4/CYP90B1, F3'5'H/CYP75A, F3'H/CYP75B, F5H/CYP84A, G8O/G8H, IFS, IO, ROT3/CYP90C1, SLS, T16H, T3O
BAHD/acyltransferase 3 124 BAHD, HCT, RAS
Identification Result List
Search the public identification results for this species; click pathway or family legends above to narrow within this species.
Current family filter: C4H
Reset
Gene Pathway Family Confidence Status
Apal4850176650 Rosmarinic Acid C4H low borderline
Apal5120179170 Rosmarinic Acid C4H low borderline
Apal5770188740 Rosmarinic Acid C4H low borderline
Apal5770188840 Rosmarinic Acid C4H medium pass
Apal5900190760 Rosmarinic Acid C4H medium pass
Apal5900190790 Rosmarinic Acid C4H medium pass
Apal6110194400 Rosmarinic Acid C4H low borderline
Apal6290196200 Rosmarinic Acid C4H low borderline
Apal6430197880 Rosmarinic Acid C4H medium pass
Apal6450198020 Rosmarinic Acid C4H medium pass
Apal6900207890 Rosmarinic Acid C4H medium pass
Apal6970209200 Rosmarinic Acid C4H low borderline
Apal7010209620 Rosmarinic Acid C4H low borderline
Apal7010209800 Rosmarinic Acid C4H medium pass
Apal7110211370 Rosmarinic Acid C4H medium pass
Apal7310214350 Rosmarinic Acid C4H low borderline
Apal7360215600 Rosmarinic Acid C4H low borderline
Apal7500217510 Rosmarinic Acid C4H low borderline
Apal7600218260 Rosmarinic Acid C4H low borderline
Apal7710219210 Rosmarinic Acid C4H low borderline
Apal809220225820 Rosmarinic Acid C4H medium pass
Apal826510229770 Rosmarinic Acid C4H low borderline
Apal8280230000 Rosmarinic Acid C4H low borderline
Apal8280230030 Rosmarinic Acid C4H low borderline
Apal8570238510 Rosmarinic Acid C4H low borderline
Apal8660241110 Rosmarinic Acid C4H low borderline
Apal881170246390 Rosmarinic Acid C4H medium pass
Apal884110247750 Rosmarinic Acid C4H medium pass
Apal888900251100 Rosmarinic Acid C4H low borderline
Apal889810251830 Rosmarinic Acid C4H low borderline
Apal892690254440 Rosmarinic Acid C4H low borderline
Apal898920261030 Rosmarinic Acid C4H low borderline
Apal899330261550 Rosmarinic Acid C4H low borderline
Apal899640262180 Rosmarinic Acid C4H medium pass
Apal911730270580 Rosmarinic Acid C4H low borderline
Apal911740270590 Rosmarinic Acid C4H low borderline
Apal9190271820 Rosmarinic Acid C4H low borderline
Apal9350274250 Rosmarinic Acid C4H low borderline
Apal9830279020 Rosmarinic Acid C4H low borderline