Enzyme: Difference between revisions

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Enzymes are special proteins which can be crafted in {{IconText|icon=ribosome|text=[[Ribosome|ribosomes]]}} and are used into {{IconText|icon=catalyzer|text=[[Catalyzer|catalyzer]]}} to enable specific recipes to be catalyzed.
<p>
 
Enzymes are special proteins which can be crafted in {{IconText|icon=ribosome|text=[[Ribosome|ribosomes]]}} and are used into {{IconText|icon=catalyzer|text=[[Catalyzer|catalyzer]]}} to enable specific recipes to be catalyzed.<br><br>
Some enzymes are used for other purposes or crafts (eg. {{IconText|icon=luciferin|text=[[Luciferin|luciferin]]}} used to produce lights).
Some enzymes are used for other purposes or crafts (eg. {{IconText|icon=luciferin|text=[[Luciferin|luciferin]]}} used to produce lights).<br><br>
 
For a list of all recipes, check the {{IconText|icon=catalyzer|text=[[Catalyzer|catalyser page]]}}.


For a list of all recipes, check the {{IconText|icon=catalyzer|text=[[Catalyzer#Recipes_by_Enzyme|catalyser page]]}}.
</p>
<h2 id="ADP_Synthase">{{IconText|icon=adp synthase enz|icon_size=x32px|text=ADP Synthase}}</h2>
<h2 id="ADP_Synthase">{{IconText|icon=adp synthase enz|icon_size=x32px|text=ADP Synthase}}</h2>
ADP Synthase is an enzyme that able to catalyzed new {{IconText|icon=adp|text=[[ADP]]}}.
<p>ADP Synthase is an enzyme that able to catalyzed new {{IconText|icon=adp|text=[[ADP]]}}.</p>


<h2 id="Alcohol_Dehydrogenase">{{IconText|icon=alcohol dehydrogenase enz|icon_size=x32px|text=Alcohol Dehydrogenase}}</h2>
<h2 id="Alcohol_Dehydrogenase">{{IconText|icon=alcohol dehydrogenase enz|icon_size=x32px|text=Alcohol Dehydrogenase}}</h2>
Alcohol Dehydrogenase is an enzyme used to turn {{IconText|icon=nadh|text=[[NADH]]}} back to {{IconText|icon=nad|text=[[NAD]]}} by producing {{IconText|icon=ethanol|text=[[Ethanol]]}} and {{IconText|icon=carbon dioxide|text=[[Carbon Dioxide]]}} as byproduct.
<p>Alcohol Dehydrogenase is an enzyme used to turn {{IconText|icon=nadh|text=[[NADH]]}} back to {{IconText|icon=nad|text=[[NAD]]}} by producing {{IconText|icon=ethanol|text=[[Ethanol]]}} and {{IconText|icon=carbon dioxide|text=[[Carbon Dioxide]]}} as byproduct.</p>


<h2 id="Base_Pair_Ligase">{{IconText|icon=base pair ligase enz|icon_size=x32px|text=Base Pair Ligase}}</h2>
<h2 id="Base_Pair_Ligase">{{IconText|icon=base pair ligase enz|icon_size=x32px|text=Base Pair Ligase}}</h2>
This enzyme is used to join two complementary {{IconText|icon=nucleobases|text=[[Nucleobase|nucleobases]]}}.
<p>This enzyme is used to join two complementary {{IconText|icon=nucleobases|text=[[Nucleobase|nucleobases]]}}.</p>


<h2 id="Glycolysis">{{IconText|icon=glycolysis enz|icon_size=x32px|text=Glycolysis}}</h2>
<h2 id="Glycolysis">{{IconText|icon=glycolysis enz|icon_size=x32px|text=Glycolysis}}</h2>
Glycolysis is the simplest way to store energy by turning {{IconText|icon=adp|text=[[ADP]]}} into {{IconText|icon=atp|text=[[ATP]]}}. This reaction use {{IconText|icon=glucose|text=[[Glucose|glucose]]}} but doesn't need {{IconText|icon=oxygen|text=[[Oxygen|oxygen]]}}.
<p>Glycolysis is the simplest way to store energy by turning {{IconText|icon=adp|text=[[ADP]]}} into {{IconText|icon=atp|text=[[ATP]]}}. This reaction use {{IconText|icon=glucose|text=[[Glucose|glucose]]}} but doesn't need {{IconText|icon=oxygen|text=[[Oxygen|oxygen]]}}.</p>


<h2 id="Krebs_Cycle">{{IconText|icon=krebs cycle enz|icon_size=x32px|text=Krebs Cycle}}</h2>
<h2 id="Krebs_Cycle">{{IconText|icon=krebs cycle enz|icon_size=x32px|text=Krebs Cycle}}</h2>
This enzyme encompass multiple enzymes used in the [[Krebs Cycle|Krebs cycle]]. This cycle, occuring in [[Mytochondrion|mytochondria]], is a sequence of complex reactions reducing {{IconText|icon=nad|text=[[NAD]]}} into {{IconText|icon=nadh|text=[[NADH]]}} that will be used in an {{IconText|icon=electron transport chain|text=[[Electron Transport Chain|electron transport chain]]}} to produce energy. It need {{IconText|icon=acetyl coa|text=[[Acetyl CoA|Acetyl-CoA]]}}, produced in other metabolic pathways.
<p>This enzyme encompass multiple enzymes used in the [[Krebs Cycle|Krebs cycle]]. This cycle, occuring in [[Mytochondrion|mytochondria]], is a sequence of complex reactions reducing {{IconText|icon=nad|text=[[NAD]]}} into {{IconText|icon=nadh|text=[[NADH]]}} that will be used in an {{IconText|icon=electron transport chain|text=[[Electron Transport Chain|electron transport chain]]}} to produce energy. It need {{IconText|icon=acetyl coa|text=[[Acetyl CoA|Acetyl-CoA]]}}, produced in other metabolic pathways.</p>


<h2 id="Luciferase">{{IconText|icon=luciferase enz|icon_size=x32px|text=Luciferase}}</h2>
<h2 id="Luciferase">{{IconText|icon=luciferase enz|icon_size=x32px|text=Luciferase}}</h2>
Luciferase is an enzyme able to alter {{IconText|icon=luciferin|text=[[Luciferin|luciferin]]}} to make it emit light.
<p>Luciferase is an enzyme able to alter {{IconText|icon=luciferin|text=[[Luciferin|luciferin]]}} to make it emit light.</p>


<h2 id="NAD_NADP_Transhydrogenase">{{IconText|icon=nad nadp transhydrogenase enz|icon_size=x32px|text=NAD/NADP Transhydrogenase}}</h2>
<h2 id="NAD_NADP_Transhydrogenase">{{IconText|icon=nad nadp transhydrogenase enz|icon_size=x32px|text=NAD/NADP Transhydrogenase}}</h2>
NAD/NADP Transhydrogenase is a reaction used to swap reduced versions of {{IconText|icon=nad|text=[[NAD]]}} and {{IconText|icon=nadp|text=[[NADP]]}}.
<p>NAD/NADP Transhydrogenase is a reaction used to swap reduced versions of {{IconText|icon=nad|text=[[NAD]]}} and {{IconText|icon=nadp|text=[[NADP]]}}.</p>


<h2 id="NAD_Synthase">{{IconText|icon=nad synthase enz|icon_size=x32px|text=NAD Synthase}}</h2>
<h2 id="NAD_Synthase">{{IconText|icon=nad synthase enz|icon_size=x32px|text=NAD Synthase}}</h2>
This enzyme is used to synthetise new {{IconText|icon=nad|text=[[NAD]]}} but also to convert {{IconText|icon=nad|text=[[NAD]]}} into {{IconText|icon=nadp|text=[[NADP]]}}.
<p>This enzyme is used to synthetise new {{IconText|icon=nad|text=[[NAD]]}} but also to convert {{IconText|icon=nad|text=[[NAD]]}} into {{IconText|icon=nadp|text=[[NADP]]}}.</p>


<h2 id="Nucleobase_Synthase">{{IconText|icon=nucleobase synthase enz|icon_size=x32px|text=Nucleobase Synthase}}</h2>
<h2 id="Nucleobase_Synthase">{{IconText|icon=nucleobase synthase enz|icon_size=x32px|text=Nucleobase Synthase}}</h2>
This enzyme is used to synthetize {{IconText|icon=nucleobases|text=[[Nucleobase|nucleobases]]}} from raw componets.
<p>This enzyme is used to synthetize {{IconText|icon=nucleobases|text=[[Nucleobase|nucleobases]]}} from raw componets.</p>


<h2 id="Pentose_Phosphate_Pathway">{{IconText|icon=pentose phosphate pathway enz|icon_size=x32px|text=Pentose Phosphate Pathway}}</h2>
<h2 id="Pentose_Phosphate_Pathway">{{IconText|icon=pentose phosphate pathway enz|icon_size=x32px|text=Pentose Phosphate Pathway}}</h2>
Pentose phosphate pathway is a pathway used to produce {{IconText|icon=nadph|text=[[NADPH]]}} and {{IconText|icon=ribose|text=[[Ribose|ribose]]}} which is used to synthesize many molecules.
<p>Pentose phosphate pathway is a pathway used to produce {{IconText|icon=nadph|text=[[NADPH]]}} and {{IconText|icon=ribose|text=[[Ribose|ribose]]}} which is used to synthesize many molecules.</p>


<h2 id="Pyruvate_Carboxylase">{{IconText|icon=pyruvate carboxylase enz|icon_size=x32px|text=Pyruvate Carboxylase}}</h2>
<h2 id="Pyruvate_Carboxylase">{{IconText|icon=pyruvate carboxylase enz|icon_size=x32px|text=Pyruvate Carboxylase}}</h2>
Pyruvate Carboxylase is a reaction used to synthesize {{IconText|icon=oxaloacetate|text=[[Oxaloacetate|oxaloacetate]]}} from {{IconText|icon=pyruvate|text=[[Pyruvate|pyruvate]]}} to be used in [[Krebs Cycle|Krebs cycle]].
<p>Pyruvate Carboxylase is a reaction used to synthesize {{IconText|icon=oxaloacetate|text=[[Oxaloacetate|oxaloacetate]]}} from {{IconText|icon=pyruvate|text=[[Pyruvate|pyruvate]]}} to be used in [[Krebs Cycle|Krebs cycle]].</p>


<h2 id="Pyruvate_Dehydrogenase">{{IconText|icon=pyruvate dehydrogenase enz|icon_size=x32px|text=Pyruvate Dehydrogenase}}</h2>
<h2 id="Pyruvate_Dehydrogenase">{{IconText|icon=pyruvate dehydrogenase enz|icon_size=x32px|text=Pyruvate Dehydrogenase}}</h2>
Pyruvate Dehydrogenase is a reaction that attach {{IconText|icon=pyruvate|text=[[Pyruvate|pyruvate]]}} obtained from {{IconText|icon=glycolysis enz|text=[[#Glycolysis|glycolysis]]}} to produce {{IconText|icon=acetyl coa|text=[[Acetyl CoA|Acetyl-CoA]]}} which is the main substrate for [[Krebs Cycle|Krebs cycle]].
<p>Pyruvate Dehydrogenase is a reaction that attach {{IconText|icon=pyruvate|text=[[Pyruvate|pyruvate]]}} obtained from {{IconText|icon=glycolysis enz|text=[[#Glycolysis|glycolysis]]}} to produce {{IconText|icon=acetyl coa|text=[[Acetyl CoA|Acetyl-CoA]]}} which is the main substrate for [[Krebs Cycle|Krebs cycle]].</p>

Latest revision as of 15:30, 30 May 2024

Enzymes
Enzymes
Category Protein

Enzymes are special proteins which can be crafted in Icon ribosome.png ribosomes and are used into Icon catalyzer.png catalyzer to enable specific recipes to be catalyzed.

Some enzymes are used for other purposes or crafts (eg. Icon luciferin.png luciferin used to produce lights).

For a list of all recipes, check the Icon catalyzer.png catalyser page .

Icon adp synthase enz.png ADP Synthase

ADP Synthase is an enzyme that able to catalyzed new Icon adp.png ADP .

Icon alcohol dehydrogenase enz.png Alcohol Dehydrogenase

Alcohol Dehydrogenase is an enzyme used to turn Icon nadh.png NADH back to Icon nad.png NAD by producing Icon ethanol.png Ethanol and Icon carbon dioxide.png Carbon Dioxide as byproduct.

Icon base pair ligase enz.png Base Pair Ligase

This enzyme is used to join two complementary Icon nucleobases.png nucleobases .

Icon glycolysis enz.png Glycolysis

Glycolysis is the simplest way to store energy by turning Icon adp.png ADP into Icon atp.png ATP . This reaction use Icon glucose.png glucose but doesn't need Icon oxygen.png oxygen .

Icon krebs cycle enz.png Krebs Cycle

This enzyme encompass multiple enzymes used in the Krebs cycle. This cycle, occuring in mytochondria, is a sequence of complex reactions reducing Icon nad.png NAD into Icon nadh.png NADH that will be used in an Icon electron transport chain.png electron transport chain to produce energy. It need Icon acetyl coa.png Acetyl-CoA , produced in other metabolic pathways.

Icon luciferase enz.png Luciferase

Luciferase is an enzyme able to alter Icon luciferin.png luciferin to make it emit light.

Icon nad nadp transhydrogenase enz.png NAD/NADP Transhydrogenase

NAD/NADP Transhydrogenase is a reaction used to swap reduced versions of Icon nad.png NAD and Icon nadp.png NADP .

Icon nad synthase enz.png NAD Synthase

This enzyme is used to synthetise new Icon nad.png NAD but also to convert Icon nad.png NAD into Icon nadp.png NADP .

Icon nucleobase synthase enz.png Nucleobase Synthase

This enzyme is used to synthetize Icon nucleobases.png nucleobases from raw componets.

Icon pentose phosphate pathway enz.png Pentose Phosphate Pathway

Pentose phosphate pathway is a pathway used to produce Icon nadph.png NADPH and Icon ribose.png ribose which is used to synthesize many molecules.

Icon pyruvate carboxylase enz.png Pyruvate Carboxylase

Pyruvate Carboxylase is a reaction used to synthesize Icon oxaloacetate.png oxaloacetate from Icon pyruvate.png pyruvate to be used in Krebs cycle.

Icon pyruvate dehydrogenase enz.png Pyruvate Dehydrogenase

Pyruvate Dehydrogenase is a reaction that attach Icon pyruvate.png pyruvate obtained from Icon glycolysis enz.png glycolysis to produce Icon acetyl coa.png Acetyl-CoA which is the main substrate for Krebs cycle.

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