Difference between revisions of "DIVINYL-PROTOCHLOROPHYLLIDE-A"

From metabolic_network
Jump to navigation Jump to search
(Created page with "Category:metabolite == Metabolite Alkyl-acetyl-glycero-phosphocholines == * common-name: ** a 2-acetyl-1-alkyl-sn-glycero-3-phosphocholine == Reaction(s) known to consume...")
(Created page with "Category:metabolite == Metabolite DIVINYL-PROTOCHLOROPHYLLIDE-A == * smiles: ** c=cc2(c(c)=c4(c=c9(c(c)=c(ccc(=o)[o-])c5(=n([mg]36(n1(=c(c(c=c)=c(c)c1=cc=2n34)c=c7(c(c)=c8...")
 
(4 intermediate revisions by 2 users not shown)
Line 1: Line 1:
 
[[Category:metabolite]]
 
[[Category:metabolite]]
== Metabolite Alkyl-acetyl-glycero-phosphocholines ==
+
== Metabolite DIVINYL-PROTOCHLOROPHYLLIDE-A ==
 +
* smiles:
 +
** c=cc2(c(c)=c4(c=c9(c(c)=c(ccc(=o)[o-])c5(=n([mg]36(n1(=c(c(c=c)=c(c)c1=cc=2n34)c=c7(c(c)=c8(c(=o)[c-](c(oc)=o)c5=c(n67)8)))))9))))
 
* common-name:
 
* common-name:
** a 2-acetyl-1-alkyl-sn-glycero-3-phosphocholine
+
** 3,8-divinyl protochlorophyllide a
 +
* molecular-weight:
 +
** 608.935
 
== Reaction(s) known to consume the compound ==
 
== Reaction(s) known to consume the compound ==
* [[2.3.1.149-RXN]]
+
* [[RXN-5285]]
* [[2.3.1.67-RXN]]
+
* [[RXN1F-72]]
* [[3.1.1.47-RXN]]
 
 
== Reaction(s) known to produce the compound ==
 
== Reaction(s) known to produce the compound ==
* [[2.3.1.149-RXN]]
+
* [[RXN1F-72]]
* [[2.3.1.67-RXN]]
 
 
== Reaction(s) of unknown directionality ==
 
== Reaction(s) of unknown directionality ==
{{#set: common-name=a 2-acetyl-1-alkyl-sn-glycero-3-phosphocholine}}
+
{{#set: common-name=3,8-divinyl protochlorophyllide a}}
 +
{{#set: molecular-weight=608.935}}

Latest revision as of 11:17, 18 March 2021

Metabolite DIVINYL-PROTOCHLOROPHYLLIDE-A

  • smiles:
    • c=cc2(c(c)=c4(c=c9(c(c)=c(ccc(=o)[o-])c5(=n([mg]36(n1(=c(c(c=c)=c(c)c1=cc=2n34)c=c7(c(c)=c8(c(=o)[c-](c(oc)=o)c5=c(n67)8)))))9))))
  • common-name:
    • 3,8-divinyl protochlorophyllide a
  • molecular-weight:
    • 608.935

Reaction(s) known to consume the compound

Reaction(s) known to produce the compound

Reaction(s) of unknown directionality