11,101 to 11,110 of 11,671 Results
Comma Separated Values - 324 B -
MD5: b6d727965d39c5f2e0b01e4187be23c4
New reactions for the CBB cycle. |
Comma Separated Values - 179 B -
MD5: 7edfa2f7963ab7eb2e847582c2035583
New reactions for formolase (FLS) pathway. |
Comma Separated Values - 227 B -
MD5: 46762cac32914a900862e1576789395e
New reactions for a formate reduction module (phosphate). |
Comma Separated Values - 164 B -
MD5: c668dd6ca23617f55e9a52b9393b23d6
New reactions for the ribulose monophosphate (RuMP) cycle. |
Comma Separated Values - 331 B -
MD5: 4003c16c3047fc2411d1483632c5a192
New reactions for the serine cycle. |
Markdown Text - 304 B -
MD5: 7f786e21cd020246a68d7b073f90a462
Readme file |
Comma Separated Values - 1.7 KB -
MD5: 9ee3177b1768d0362883a127f30a0e9c
Simplified model of ligase/synthetase variant of the CORE cycle. |
Comma Separated Values - 1.6 KB -
MD5: 8ab1511b789d416d211696d7a44efef2
Simplified model of CoA-transferase variant of the CORE cycle. |
Feb 9, 2025
Sengupta, Kushal; DeBeer, Serena; Ruediger, Olaf; Kang, Liqun; Joyce, Justin; Decamps, Laure; Bjornsson, Ragnar, 2025, "Investigating the molybdenum nitrogenase mechanistic cycle using spectroelectrochemistry", https://doi.org/10.17617/3.TAXLEE, Edmond, V1
Data for the manuscript "Investigating the molybdenum nitrogenase mechanistic cycle using spectroelectrochemistry" |
Feb 9, 2025 -
Investigating the molybdenum nitrogenase mechanistic cycle using spectroelectrochemistry
Co-Ordinate Animation - 8.1 KB -
MD5: 5abfa695e43a1a29a4c263e58d30bd63
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