Difference between revisions of "PWY-7391"

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(Created page with "Category:pathway == Pathway PWY-6945 == * taxonomic-range: ** tax-2 * common-name: ** cholesterol degradation to androstenedione i (cholesterol oxidase) == Reaction(s) fou...")
(Created page with "Category:pathway == Pathway DETOX1-PWY == * taxonomic-range: ** tax-2759 ** tax-2 * common-name: ** superoxide radicals degradation == Reaction(s) found == * CATAL-RXN...")
Line 1: Line 1:
 
[[Category:pathway]]
 
[[Category:pathway]]
== Pathway PWY-6945 ==
+
== Pathway DETOX1-PWY ==
 
* taxonomic-range:
 
* taxonomic-range:
 +
** tax-2759
 
** tax-2
 
** tax-2
 
* common-name:
 
* common-name:
** cholesterol degradation to androstenedione i (cholesterol oxidase)
+
** superoxide radicals degradation
 
== Reaction(s) found ==
 
== Reaction(s) found ==
* [[RXN-12705]]
+
* [[CATAL-RXN]]
* [[RXN-12710]]
+
* [[SUPEROX-DISMUT-RXN]]
* [[RXN-12848]]
 
* [[RXN-12849]]
 
* [[RXN-12850]]
 
 
== Reaction(s) not found ==
 
== Reaction(s) not found ==
* [NoneRXN-12702 RXN-12702]
+
All reactions of this pathways are in present
* [NoneRXN-12707 RXN-12707]
+
{{#set: taxonomic-range=tax-2|tax-2759}}
* [NoneRXN-12708 RXN-12708]
+
{{#set: common-name=superoxide radicals degradation}}
* [NoneRXN-12704 RXN-12704]
+
{{#set: nb reaction found=2}}
* [NoneRXN-12778 RXN-12778]
+
{{#set: completion rate=1.0}}
* [NoneRXN-12706 RXN-12706]
+
{{#set: nb total reaction=2}}
* [NoneRXN-12709 RXN-12709]
 
* [NoneRXN-12694 RXN-12694]
 
* [NoneRXN-12745 RXN-12745]
 
* [NoneRXN-12743 RXN-12743]
 
* [NoneRXN-12703 RXN-12703]
 
* [NoneRXN-12744 RXN-12744]
 
{{#set: taxonomic-range=tax-2}}
 
{{#set: common-name=cholesterol degradation to androstenedione i (cholesterol oxidase)}}
 
{{#set: nb reaction found=5}}
 
{{#set: completion rate=0.29}}
 
{{#set: nb total reaction=17}}
 

Revision as of 15:14, 5 January 2021

Pathway DETOX1-PWY

  • taxonomic-range:
    • tax-2759
    • tax-2
  • common-name:
    • superoxide radicals degradation

Reaction(s) found

Reaction(s) not found

All reactions of this pathways are in present