Ribosome: Difference between revisions

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| picture_caption=Ribosome
| picture_caption=Ribosome
| categories={{category|Structure}}{{category|Production}}
| categories={{category|Structure}}{{category|Production}}
| features={{IconText|icon=heat|icon_size=x18px|text=[[Heat production|Heating]]|oneline}}
| features={{IconText|icon=heat|text=[[Heat production|Heating]]|oneline}}
| build_req={{IconText|icon=intracellular|icon_size=x18px|text=[[Intracellular Zone|Intracellular]]|oneline}}
| build_req={{IconText|icon=intracellular|text=[[Intracellular Zone|Intracellular]]|oneline}}
}}
}}
The ribosome is one of the basic [[Intracellular Zone|intracellular]] structures and the first building needed to automate crafting. Its main purpose is to synthesize [[Protein|proteins]] from [[Aminoacid|aminoacids]].
<p>The ribosome is one of the basic {{IconText|icon=intracellular|text=[[Intracellular Zone|intracellular]]}} structures and the first building needed to automate crafting. Its main purpose is to synthesize [[Protein|proteins]] from {{IconText|icon=aminoacids|text=[[Aminoacid|aminoacids]]}}.</p>


== Craft Recipe ==
== Craft Recipe ==
2 [[Subunit|Red subunits]]
{{Recipe
|start1_item_filename={{IconFile|subunit red}}|start1_item_qty=2|start1_item_link=[[Subunit]]|start1_item_caption=Red Subunit
|end1_item_filename={{IconFile|ribosome}}|end1_item_caption=Ribosome
}}


== Use ==
== Use ==
* You can set the recipe of the ribosome with the action key ('E' by default) or the context menu
<p>
* You will need to use [[Picker|pickers]] oriented toward the ribosome to input items and oriented in the opposite direction for the output
{{IconText|icon=horizontal arrow|icon_size=x24px|text=}} You can set the recipe of the ribosome with the action key ('E' by default) or the context menu<br>
{{IconText|icon=horizontal arrow|icon_size=x24px|text=}} You will need to use {{IconText|icon=picker|text=[[Picker|pickers]]}} oriented toward the ribosome to input items and oriented in the opposite direction for the output
</p>


== Tips ==
== Tips ==
* Ribosomes store up to 5 times the quantity of inputs needed as well as 5 times the output product
<p>
* You can set as many [[Picker|pickers]] you want as inputs or outputs. Note that for output, the ribosome will prioritize them in the order you place them
{{IconText|icon=horizontal arrow|icon_size=x24px|text=}} Ribosomes store up to 5 times the quantity of inputs needed as well as 5 times the output product<br>
* You can manually input items in the ribosome
{{IconText|icon=horizontal arrow|icon_size=x24px|text=}} You can set as many {{IconText|icon=picker|text=[[Picker|pickers]]}} you want as inputs or outputs. Note that for output, the ribosome will prioritize them in the order you place them<br>
* Removing the ribosome with the [[Tools|destroy tool]] will scatter stored items around it
{{IconText|icon=horizontal arrow|icon_size=x24px|text=}} You can manually input items in the ribosome<br>
* Switching recipe will destroy all stored items in the ribosome
{{IconText|icon=horizontal arrow|icon_size=x24px|text=}} Removing the ribosome with the {{IconText|icon=destroy tool|text=[[Tools#Destroy_tool|destroy tool]]}} will scatter stored items around it<br>
{{IconText|icon=horizontal arrow|icon_size=x24px|text=}} Switching recipe will destroy all stored items in the ribosome
</p>
 
== Craftable Items ==
 
=== [[Enzyme|Enzymes]] ===
{| style="width:100%"
|-
| {{IconText|icon=adp synthase enz|icon_size=x24px|text=[[Enzyme#ADP_Synthase|ADP Synthaze]]}}
| {{IconText|icon=alcohol dehydrogenase enz|icon_size=x24px|text=[[Enzyme#Alcohol_Dehydrogenase|Alcohol Dehydrogenase]]}}
| {{IconText|icon=base pair ligase enz|icon_size=x24px|text=[[Enzyme#Base_Pair_Ligase|Base Pair Ligase]]}}
| {{IconText|icon=glycolysis enz|icon_size=x24px|text=[[Enzyme#Glycolysis|Glycolysis]]}}
| {{IconText|icon=krebs cycle enz|icon_size=x24px|text=[[Enzyme#Krebs_cycle|Krebs Cycle]]}}
| {{IconText|icon=luciferase enz|icon_size=x24px|text=[[Enzyme#Luciferase|Luciferase]]}}
| {{IconText|icon=nad nadp transhydrogenase enz|icon_size=x24px|text=[[Enzyme#NAD_NADP_Transhydrogenase|NAD/NADP Transhydrogenase]]}}
|-
| {{IconText|icon=nad synthase enz|icon_size=x24px|text=[[Enzyme#NAD_Synthase|NAD Synthase]]}}
| {{IconText|icon=nucleobase synthase enz|icon_size=x24px|text=[[Enzyme#Nucleobase_Synthase|Nucleobase Synthaze]]}}
| {{IconText|icon=pentose phosphate pathway enz|icon_size=x24px|text=[[Enzyme#Pentose_Phosphate_Pathway|Pentose Phosphate Pathway]]}}
| {{IconText|icon=pyruvate carboxylase enz|icon_size=x24px|text=[[Enzyme#Pyruvate_Carboxylase|Pyruvate Carboxylase]]}}
| {{IconText|icon=pyruvate dehydrogenase enz|icon_size=x24px|text=[[Enzyme#Pyruvate_Dehydrogenase|Pyruvate Dehydrogenase]]}}
|}
 
=== [[Protein|Proteins]] ===
{| style="width:100%"
|-
| {{IconText|icon=alpha helix|icon_size=x24px|text=[[Alpha Helix]]}}
| {{IconText|icon=alpha1 collagen chain|icon_size=x24px|text=[[Collagen Chain|α1 Collagen Chain]]}}
| {{IconText|icon=alpha2 collagen chain|icon_size=x24px|text=[[Collagen Chain|α2 Collagen Chain]]}}
| {{IconText|icon=atp synthase subunit|icon_size=x24px|text=[[ATP Synthase Subunit]]}}
| {{IconText|icon=beta sheet|icon_size=x24px|text=[[Beta Sheet]]}}
| {{IconText|icon=connexin|icon_size=x24px|text=[[Connexin]]}}
| {{IconText|icon=cytochrome|icon_size=x24px|text=[[Cytochrome]]}}
|-
| {{IconText|icon=g actin|icon_size=x24px|text=[[G Actin|G-Actin]]}}
| {{IconText|icon=hemoglobin subunit alpha|icon_size=x24px|text=[[Hemoglobin Subunit|Hemoglobin Subunit Alpha]]}}
| {{IconText|icon=hemoglobin subunit beta|icon_size=x24px|text=[[Hemoglobin Subunit|Hemoglobin Subunit Beta]]}}
| {{IconText|icon=kinesin|icon_size=x24px|text=[[Kinesin]]}}
| {{IconText|icon=luciferin|icon_size=x24px|text=[[Luciferin]]}}
| {{IconText|icon=myosin|icon_size=x24px|text=[[Myosin]]}}
| {{IconText|icon=subunit blue|icon_size=x24px|text=[[Subunit|Blue Subunit]]}}
|-
| {{IconText|icon=subunit green|icon_size=x24px|text=[[Subunit|Green Subunit]]}}
| {{IconText|icon=subunit red|icon_size=x24px|text=[[Subunit|Red Subunit]]}}
| {{IconText|icon=subunit yellow|icon_size=x24px|text=[[Subunit|Yellow Subunit]]}}
| {{IconText|icon=thermogenin|icon_size=x24px|text=[[Thermogenin]]}}
| {{IconText|icon=tubulin blue|icon_size=x24px|text=[[Tubulin|Blue Tubulin]]}}
| {{IconText|icon=tubulin green|icon_size=x24px|text=[[Tubulin|Green Tubulin]]}}
| {{IconText|icon=tubulin red|icon_size=x24px|text=[[Tubulin|Red Tubulin]]}}
|-
| {{IconText|icon=tubulin yellow|icon_size=x24px|text=[[Tubulin|Yellow Tubulin]]}}
| {{IconText|icon=vimentin|icon_size=x24px|text=[[Vimentin]]}}
|}


== Trivias<sup><small>[https://en.wikipedia.org/wiki/Ribosome]</small></sup> ==
== Trivias<sup><small>[https://en.wikipedia.org/wiki/Ribosome]</small></sup> ==
Ribosomes are macromolecular machines, found within all cells, that perform biological protein synthesis. They consist of two major components: the small and large ribosomal subunit. Ribosomes uses messenger RNA to know in which order they will link amino acids together to form polypeptide chains.
Ribosomes are macromolecular machines, found within all cells, that perform biological protein synthesis. They consist of two major components: the small and large ribosomal subunit. Ribosomes uses messenger RNA to know in which order they will link amino acids together to form polypeptide chains.
Even if ribosomes from other cells than the eukaryotes ones share similarities, showing a common ancestor, they display some difference in their structure. Thoses differences allows antibiotics to be able to kill bacteria by inhibiting their ribosomes while leaving human ribosomes unaffected.
Even if ribosomes from other cells than the eukaryotes ones share similarities, showing a common ancestor, they display some difference in their structure. Thoses differences allows antibiotics to be able to kill bacteria by inhibiting their ribosomes while leaving human ribosomes unaffected.

Latest revision as of 15:20, 30 May 2024

Ribosome
Ribosome
Category StructureProduction
Features

Icon heat.png Heating

Build req.

Icon intracellular.png Intracellular

The ribosome is one of the basic Icon intracellular.png intracellular structures and the first building needed to automate crafting. Its main purpose is to synthesize proteins from Icon aminoacids.png aminoacids .

Craft Recipe

Red Subunit
x2






End one.png
Ribosome


Use

Icon horizontal arrow.png  You can set the recipe of the ribosome with the action key ('E' by default) or the context menu
Icon horizontal arrow.png  You will need to use Icon picker.png pickers oriented toward the ribosome to input items and oriented in the opposite direction for the output

Tips

Icon horizontal arrow.png  Ribosomes store up to 5 times the quantity of inputs needed as well as 5 times the output product
Icon horizontal arrow.png  You can set as many Icon picker.png pickers you want as inputs or outputs. Note that for output, the ribosome will prioritize them in the order you place them
Icon horizontal arrow.png  You can manually input items in the ribosome
Icon horizontal arrow.png  Removing the ribosome with the Icon destroy tool.png destroy tool will scatter stored items around it
Icon horizontal arrow.png  Switching recipe will destroy all stored items in the ribosome

Craftable Items

Enzymes

Icon adp synthase enz.png ADP Synthaze

Icon alcohol dehydrogenase enz.png Alcohol Dehydrogenase

Icon base pair ligase enz.png Base Pair Ligase

Icon glycolysis enz.png Glycolysis

Icon krebs cycle enz.png Krebs Cycle

Icon luciferase enz.png Luciferase

Icon nad nadp transhydrogenase enz.png NAD/NADP Transhydrogenase

Icon nad synthase enz.png NAD Synthase

Icon nucleobase synthase enz.png Nucleobase Synthaze

Icon pentose phosphate pathway enz.png Pentose Phosphate Pathway

Icon pyruvate carboxylase enz.png Pyruvate Carboxylase

Icon pyruvate dehydrogenase enz.png Pyruvate Dehydrogenase

Proteins

Icon alpha helix.png Alpha Helix

Icon alpha1 collagen chain.png α1 Collagen Chain

Icon alpha2 collagen chain.png α2 Collagen Chain

Icon atp synthase subunit.png ATP Synthase Subunit

Icon beta sheet.png Beta Sheet

Icon connexin.png Connexin

Icon cytochrome.png Cytochrome

Icon g actin.png G-Actin

Icon hemoglobin subunit alpha.png Hemoglobin Subunit Alpha

Icon hemoglobin subunit beta.png Hemoglobin Subunit Beta

Icon kinesin.png Kinesin

Icon luciferin.png Luciferin

Icon myosin.png Myosin

Icon subunit blue.png Blue Subunit

Icon subunit green.png Green Subunit

Icon subunit red.png Red Subunit

Icon subunit yellow.png Yellow Subunit

Icon thermogenin.png Thermogenin

Icon tubulin blue.png Blue Tubulin

Icon tubulin green.png Green Tubulin

Icon tubulin red.png Red Tubulin

Icon tubulin yellow.png Yellow Tubulin

Icon vimentin.png Vimentin

Trivias[1]

Ribosomes are macromolecular machines, found within all cells, that perform biological protein synthesis. They consist of two major components: the small and large ribosomal subunit. Ribosomes uses messenger RNA to know in which order they will link amino acids together to form polypeptide chains. Even if ribosomes from other cells than the eukaryotes ones share similarities, showing a common ancestor, they display some difference in their structure. Thoses differences allows antibiotics to be able to kill bacteria by inhibiting their ribosomes while leaving human ribosomes unaffected.

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