Difference between revisions of "SJ07337"

From metabolic_network
Jump to navigation Jump to search
(Created page with "Category:metabolite == Metabolite [http://metacyc.org/META/NEW-IMAGE?object=CPD-15567 CPD-15567] == * common-name: ** (3e)-tetradec-3-enoyl-coa * smiles: ** ccccccccccc=cc...")
(Created page with "Category:gene == Gene SJ00098 == == Organism(s) associated with this gene == * S.japonica_sterols_curated == Reaction(s) associated == * 4.2.2.10-RXN ** Category:...")
Line 1: Line 1:
[[Category:metabolite]]
+
[[Category:gene]]
== Metabolite [http://metacyc.org/META/NEW-IMAGE?object=CPD-15567 CPD-15567] ==
+
== Gene SJ00098 ==
* common-name:
+
== Organism(s) associated with this gene  ==
** (3e)-tetradec-3-enoyl-coa
+
* [[S.japonica_sterols_curated]]
* smiles:
+
== Reaction(s) associated ==
** ccccccccccc=ccc(sccnc(=o)ccnc(=o)c(o)c(c)(c)cop(=o)(op(=o)(occ1(c(op([o-])(=o)[o-])c(o)c(o1)n3(c2(=c(c(n)=nc=n2)n=c3))))[o-])[o-])=o
+
* [[4.2.2.10-RXN]]
* inchi-key:
+
** Category: [[orthology]]
** ssocukxluzqjhu-ctfjfiklsa-j
+
*** source: [[output_pantograph_ectocarpus_siliculosus]]; tool: [[pantograph]]; comment: n.a
* molecular-weight:
+
* [[RXN-14897]]
** 971.845
+
** Category: [[orthology]]
== Reaction(s) known to consume the compound ==
+
*** source: [[output_pantograph_ectocarpus_siliculosus]]; tool: [[pantograph]]; comment: n.a
== Reaction(s) known to produce the compound ==
+
== Pathway(s) associated ==
* [[RXN-14715]]
+
* [[PWY-7243]]
== Reaction(s) of unknown directionality ==
+
** '''1''' reactions found over '''n.a''' reactions in the full pathway
{{#set: common-name=(3e)-tetradec-3-enoyl-coa}}
+
{{#set: organism associated=S.japonica_sterols_curated}}
{{#set: inchi-key=inchikey=ssocukxluzqjhu-ctfjfiklsa-j}}
+
{{#set: nb reaction associated=2}}
{{#set: molecular-weight=971.845}}
+
{{#set: nb pathway associated=1}}

Revision as of 20:22, 18 December 2020

Gene SJ00098

Organism(s) associated with this gene

Reaction(s) associated

Pathway(s) associated

  • PWY-7243
    • 1 reactions found over n.a reactions in the full pathway