More actions
(Added Table salt, added more EOPRS) |
m (Capitalized instance of Units in Suxamorycin) |
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Chemistry project: Expected Output Per Reaction | Chemistry project: Expected Output Per Reaction | ||
Done: Alkysine, Chloral Hydrate, Suxamorycin, Ryetalyn, Inaprovaline, Arthrazine | Done: Alkysine, Chloral Hydrate, Suxamorycin, Ryetalyn, Inaprovaline, Arthrazine, Inaprovaline, Cryptobioline, Ethylredoxrazine, Dexalin, Dexalin Plus, Cryoxadone, Clonexadone, Kelotane, Quick Clot, Hyperzine, Dermaline, Imidazoline, Epinephrine, Iron, Oxycodone, Sterilizine, Paracetamol, Thermite, Water, Unstable Mutagen, Methylphenidate, Mindbreaker Toxin, Citalopram, Sugar | ||
Chems done by TobiNerd: Soporific, Chlorine Trifluoride, Peridaxon, Spaceacillin, Synaptizine, Toxin, Tramadol, Condensed Capsaicin, Diethylamine, Dinitroaniline, Foaming Agent, Glycerol, Impedrezene, Lexorin, Lipozine, Methane, Paroxetine, Polytrinic Acid | |||
---- | ---- | ||
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*'''Labellers and Pens:''' | *'''Labellers and Pens:''' | ||
**Labels can be put on anything you can click on. If you use the labeller on something two times, it will look like this: pill bottle (organ damage) (safe dose: 2) | **Labels can be put on anything you can click on. If you use the labeller on something two times, it will look like this: pill bottle (organ damage) (safe dose: 2) | ||
**Pens replace the name of a chem-master bottle, so instead of bottle ( | **Pens replace the name of a chem-master bottle, so instead of bottle (Peridaxon) you get a Peridaxon bottle. | ||
---- | ---- | ||
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Peridaxon, on the other hand, is <code>1 part Bicaridine, 1 part Clonexadone and 5 units Phoron (catalyst)</code>, meaning that any amount of Bicaridine and Clonexadone will mix as long as there's 5 units of Phoron present. | Peridaxon, on the other hand, is <code>1 part Bicaridine, 1 part Clonexadone and 5 units Phoron (catalyst)</code>, meaning that any amount of Bicaridine and Clonexadone will mix as long as there's 5 units of Phoron present. | ||
Most chems mix in a direct radio, where 30 of one ingredient and 30 of another will equal 60 of your final product. If there is a catalyst present, it '''will not''' be used up in the reaction. For this reason, the Expected Output Per Reaction (EOPR) column for the following chemicals is the amount of units you'll actually get when you create the chemical. | Most chems mix in a direct radio, where 30 of one ingredient and 30 of another will equal 60 of your final product. If there is a catalyst present, it '''will not''' be used up in the reaction. For this reason, the Expected Output Per Reaction (EOPR) column for the following chemicals is the amount of units you'll actually get when you create the chemical. Also included in the column will be a ratio of how many units of chems go into the reaction versus how much you end up with, not including the catalyst. | ||
Remember to always add the catalyst last, or you will end up with fucked up ratios and things like "5.982329779799999 units". | Remember to always add the catalyst last, or you will end up with fucked up ratios and things like "5.982329779799999 units". | ||
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*1 Part Phosphorus | *1 Part Phosphorus | ||
| 15 Units | | 15 Units | ||
| 2 | | 2 Units (1:1) | ||
| Medicine | | Medicine | ||
|- | |- | ||
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* 5 Parts Phoron (Catalyst) | * 5 Parts Phoron (Catalyst) | ||
| Never | | Never | ||
| 2 | | 2 Units (2.1:2) | ||
| Medicine | | Medicine | ||
|- | |- | ||
| {{anchor|Coffee}}[[#Coffee|Coffee]] | | {{anchor|Coffee}}[[#Coffee|Coffee]] | ||
| | | | ||
* | * Metabolizes extremely quickly. | ||
| | | | ||
* Cannot be synthesized; must obtain from vendors. | * Cannot be synthesized; must obtain from vendors. | ||
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*5 Parts Phoron (Catalyst) | *5 Parts Phoron (Catalyst) | ||
| 30 Units | | 30 Units | ||
| 1 | | 1 Unit (2.1:1) | ||
| Medicine | | Medicine | ||
|- | |- | ||
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*1 Part Oxygen | *1 Part Oxygen | ||
| 10 Units | | 10 Units | ||
| 2 Units (3:2) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*1 Part [[#Dylovene|Dylovene]] | *1 Part [[#Dylovene|Dylovene]] | ||
| 30 Units | | 30 Units | ||
| 2 | | 2 Units (3:2) | ||
| Medicine | | Medicine | ||
|- | |- | ||
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*Chemical Dispenser | *Chemical Dispenser | ||
| 30 Units | | 30 Units | ||
| N/A | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Silicon | *1 Part Silicon | ||
| 30 Units | | 30 Units | ||
| 2 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*5 Parts Phoron (Catalyst) | *5 Parts Phoron (Catalyst) | ||
| 30 Units | | 30 Units | ||
| 2 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*Found in food | *Found in food | ||
| Never | | Never | ||
| N/A | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Phoron (Catalyst) | *1 Part Phoron (Catalyst) | ||
| 20 Units | | 20 Units | ||
| | | 1 Unit (2:1) | ||
| Medicine | | Medicine | ||
|- | |- | ||
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*1 Part Water | *1 Part Water | ||
| 60 Units | | 60 Units | ||
| 3 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*5 Parts Phoron (Catalyst) | *5 Parts Phoron (Catalyst) | ||
| 15 Units | | 15 Units | ||
| 2 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*5 Parts Phoron (Catalyst) | *5 Parts Phoron (Catalyst) | ||
| 15 Units | | 15 Units | ||
| 1 | | 1 Unit (2:1) | ||
| Medicine | | Medicine | ||
|- | |- | ||
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*1 Part [[#Arithrazine|Arithrazine]] | *1 Part [[#Arithrazine|Arithrazine]] | ||
*1 Part Carbon | *1 Part Carbon | ||
| 30 | | 30 Units | ||
| 2 Units (1 | | 2 Units (1:1) | ||
| Medicine | | Medicine | ||
|- | |- | ||
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*4 Parts [[#Sugar|Sugar]] | *4 Parts [[#Sugar|Sugar]] | ||
| 30 Units | | 30 Units | ||
| 5 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part [[#Cryptobiolin|Cryptobiolin]] | *1 Part [[#Cryptobiolin|Cryptobiolin]] | ||
| 30 Units | | 30 Units | ||
| 2 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*1 Part Chlorine | *1 Part Chlorine | ||
| Never | | Never | ||
| 3 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*Chemical Dispenser | *Chemical Dispenser | ||
| Never | | Never | ||
| N/A | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Oxygen | *1 Part Oxygen | ||
*1 Part Nitrogen. | *1 Part Nitrogen. | ||
| 10 | | 10 Units | ||
| 3 | | 3 Units (1:1) | ||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part [[#Sugar|Sugar]] | *1 Part [[#Sugar|Sugar]] | ||
*1 Part Water | *1 Part Water | ||
| 6 | | 6 Units | ||
| 3 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*5 Parts Blood | *5 Parts Blood | ||
*1 Part Clonexadone | *1 Part Clonexadone | ||
| N/A | |||
| N/A | | N/A | ||
| Medicine | | Medicine | ||
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*1 Part [[#Synaptizine|Synaptizine]] | *1 Part [[#Synaptizine|Synaptizine]] | ||
| N/A - Always Poisonous | | N/A - Always Poisonous | ||
| 2 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Oxygen | *1 Part Oxygen | ||
| 30 Units | | 30 Units | ||
| 3 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*1 Part [[#Dylovene|Dylovene]] | *1 Part [[#Dylovene|Dylovene]] | ||
| 30 Units | | 30 Units | ||
| 2 Units (1:1) | |||
| Medicine | | Medicine | ||
|-} | |-} | ||
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*1 Part Nitrogen | *1 Part Nitrogen | ||
| - | | - | ||
| 3 Units (4:3) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Sulphuric Acid | *1 Part Sulphuric Acid | ||
| Never | | Never | ||
| N/A | |||
| Reaction | | Reaction | ||
|- | |- | ||
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| | | | ||
*N/A | *N/A | ||
|3 Units (2:3) | |||
|Chemical | |Chemical | ||
|- | |- | ||
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*3 Parts Fluoride | *3 Parts Fluoride | ||
| Never | | Never | ||
| 1 Unit (4:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
| {{anchor|Condensed | | {{anchor|Condensed Capsaicin}}[[#Condensed Capsaicin|Condensed Capsaicin]] | ||
| | | | ||
*Causes irritation to the eyes when sprayed on, temporarily blinding them. | *Causes irritation to the eyes when sprayed on, temporarily blinding them. | ||
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| | | | ||
*N/A | *N/A | ||
| 1 Unit (6:1) | |||
|Chemical | |Chemical | ||
|- | |- | ||
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*A very potent plant fertilizer. | *A very potent plant fertilizer. | ||
| | | | ||
*1 Part Ammonia | *1 Part [[#Ammonia|Ammonia]] | ||
*1 Parts Ethanol | *1 Parts Ethanol | ||
| Never | | Never | ||
| 2 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*Chemical compound that can be used as both herbicide and pesticide in hydroponics. | *Chemical compound that can be used as both herbicide and pesticide in hydroponics. | ||
| | | | ||
*1 Part Ammonia | *1 Part [[#Ammonia|Ammonia]] | ||
*1 Parts Nitrogen | *1 Parts Nitrogen | ||
*1 Parts | *1 Parts Sulphuric Acid | ||
| Never | | Never | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*Chemical Dispenser | *Chemical Dispenser | ||
| Never | | Never | ||
| N/A | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Water | *1 Part Water | ||
| Never | | Never | ||
| N/A | |||
| Reaction | | Reaction | ||
|- | |- | ||
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*1 Part Sulfur | *1 Part Sulfur | ||
| Never | | Never | ||
| N/A | |||
| Reaction | | Reaction | ||
|- | |- | ||
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| | | | ||
*2 Parts Carbon | *2 Parts Carbon | ||
*2 Parts | *2 Parts Fluorine | ||
*1 Part Sulphuric Acid | *1 Part Sulphuric Acid | ||
| | | | ||
*N/A | *N/A | ||
| 5 Units (1:1) | |||
|Chemical | |Chemical | ||
|- | |- | ||
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| | | | ||
*N/A | *N/A | ||
| 1 Unit (2:1) | |||
|Chemical | |Chemical | ||
|- | |- | ||
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*1 Part Sulphuric Acid | *1 Part Sulphuric Acid | ||
| Never | | Never | ||
| 1 Unit (4:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part [[#Sugar|Sugar]] | *1 Part [[#Sugar|Sugar]] | ||
| Never | | Never | ||
| 2 Units (3:2) | |||
| Chemical | | Chemical | ||
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*1 Part Nitrogen | *1 Part Nitrogen | ||
| Never | | Never | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Ethanol | *1 Part Ethanol | ||
*1 Part Radium | *1 Part Radium | ||
| 30 | | 30 Units | ||
| 3 Units (1:1) | |||
| Medicine | | Medicine | ||
|- | |- | ||
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*4 Parts Hydrogen | *4 Parts Hydrogen | ||
| Never | | Never | ||
| 1 Unit (5:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
| {{anchor|Methylphenidate}}[[#Methylphenidate|Methylphenidate]] | | {{anchor|Methylphenidate}}[[#Methylphenidate|Methylphenidate]] | ||
| | | | ||
*A chemical used to increases activity of the central nervous system. Often used to treat attention deficit hyperactivity disorder (ADHD) and narcolepsy. This drug improves performance primarily in the executive function in the prefrontal cortex (reasoning, inhibiting behaviors, organizing, problem | *A chemical used to increases activity of the central nervous system. Often used to treat attention deficit hyperactivity disorder (ADHD) and narcolepsy. This drug improves performance primarily in the executive function in the prefrontal cortex (reasoning, inhibiting behaviors, organizing, problem solving, planning ect). <sub>Knowing marines, they're probably immune to this...</sub> | ||
| | | | ||
*1 Part [[#Mindbreaker Toxin|Mindbreaker Toxin]] | *1 Part [[#Mindbreaker Toxin|Mindbreaker Toxin]] | ||
*1 Part Hydrogen | *1 Part Hydrogen | ||
|Never | |Never | ||
| 3 Units (2:3) | |||
|Chemical | |Chemical | ||
|- | |- | ||
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*1 Part Silicon | *1 Part Silicon | ||
| 30 Units | | 30 Units | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part [[#Polytrinic Acid|Polytrinic Acid]] | *1 Part [[#Polytrinic Acid|Polytrinic Acid]] | ||
*1 Part Sulphuric Acid | *1 Part Sulphuric Acid | ||
| N/A | |||
| N/A | | N/A | ||
| Reaction | | Reaction | ||
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| {{anchor|Paroxetine}}[[#Paroxetine|Paroxetine]] | | {{anchor|Paroxetine}}[[#Paroxetine|Paroxetine]] | ||
| | | | ||
*Very powerful antidepressant used to treat: major depressive disorder (MDD), obsessive-compulsive disorder (OCD), social anxiety disorder (SAD), panic disorder, | *Very powerful antidepressant used to treat: major depressive disorder (MDD), obsessive-compulsive disorder (OCD), social anxiety disorder (SAD), panic disorder, post-traumatic stress disorder (PTSD), generalized anxiety disorder (GAD) and premenstrual dysphoric disorder (PMDD). <sub>Knowing marines, they're probably immune to this...</sub> | ||
| | | | ||
*1 Part [[#Mindbreaker Toxin|Mindbreaker Toxin]] | *1 Part [[#Mindbreaker Toxin|Mindbreaker Toxin]] | ||
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*1 Part Inaprovaline | *1 Part Inaprovaline | ||
| Never | | Never | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Potassium | *1 Part Potassium | ||
| Never | | Never | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Phosphorus | *1 Part Phosphorus | ||
| Never | | Never | ||
| N/A | |||
| Reaction | | Reaction | ||
|- | |- | ||
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*1 Part [[#Ammonia|Ammonia]] | *1 Part [[#Ammonia|Ammonia]] | ||
*1 Part Water | *1 Part Water | ||
*1 Part | *1 Part [[#Table Salt|Table Salt]] | ||
| Never | | Never | ||
| 2 Units (3:2) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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| | | | ||
*1 Part Lithium | *1 Part Lithium | ||
*1 Part | *1 Part Mercury | ||
*1 Part Sugar | *1 Part Sugar | ||
| 30 Units | | 30 Units | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Chloride | *1 Part Chloride | ||
| Never | | Never | ||
| 2 | | 2 Units (1:1) | ||
| | | Chemical | ||
|- | |- | ||
| {{anchor|Thermite}}[[#Thermite|Thermite]] | | {{anchor|Thermite}}[[#Thermite|Thermite]] | ||
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*1 Part Oxygen | *1 Part Oxygen | ||
| Never | | Never | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Chlorine | *1 Part Chlorine | ||
| N/A - Always Poisonous | | N/A - Always Poisonous | ||
| 3 Units (1:1) | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*1 Part Oxygen | *1 Part Oxygen | ||
| Never | | Never | ||
| 1 Unit (3:1) | |||
| Beverage | | Beverage | ||
|- | |- | ||
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*N/A | *N/A | ||
| N/A - Always Poisonous | | N/A - Always Poisonous | ||
| N/A | |||
| Chemical | | Chemical | ||
|- | |- | ||
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*5 Part Oxygen | *5 Part Oxygen | ||
|Never | |Never | ||
| 15 Units (1:1) | |||
|Chemical | |Chemical | ||
|- | |- |
Latest revision as of 17:46, 28 November 2019
Chemistry project: Expected Output Per Reaction
Done: Alkysine, Chloral Hydrate, Suxamorycin, Ryetalyn, Inaprovaline, Arthrazine, Inaprovaline, Cryptobioline, Ethylredoxrazine, Dexalin, Dexalin Plus, Cryoxadone, Clonexadone, Kelotane, Quick Clot, Hyperzine, Dermaline, Imidazoline, Epinephrine, Iron, Oxycodone, Sterilizine, Paracetamol, Thermite, Water, Unstable Mutagen, Methylphenidate, Mindbreaker Toxin, Citalopram, Sugar Chems done by TobiNerd: Soporific, Chlorine Trifluoride, Peridaxon, Spaceacillin, Synaptizine, Toxin, Tramadol, Condensed Capsaicin, Diethylamine, Dinitroaniline, Foaming Agent, Glycerol, Impedrezene, Lexorin, Lipozine, Methane, Paroxetine, Polytrinic Acid
Brief notice: Only Doctors, Researchers and the CMO should be messing with chemical substances. Squad Medics should be aware of overdose thresholds and medications that cause harm when mixed in a patient.
Tools of the Trade
- Grinder/Juicer: This is used to extract chemicals out of many things. For your uses, it'll be mostly pills and food. Most commonly used for grinding solid Phoron for your Clonexadone and Peridaxon needs.
- Chem Dispenser: If you were a marine, this would be your rifle. It dispenses the basic chemicals if a beaker is placed inside. Runs off battery charge which replenishes over time. Has several settings for dispensing chems (5 to 40 units).
- ChemMaster: This machine is used for precise control over the amount of chemicals in a beaker, creating bottles and pills. Once a beaker is placed in, you can move desired amounts of it's contents to "buffer" by clicking on buttons present next to the name of the chemical. Clicking again while they're in "buffer" will flush them down disposals, aka they're lost forever. This setting can be changed by the button located between the beaker and buffer contents, just click it once to change to "transfer to beaker." A pill bottle can be inserted into the machine to automatically hold created pills. You can insert and empty beaker into the chem master and click "create bottle" several times to get a bunch of 60u containers for free. You can make Phoron pills and dissolve them in your Phoron beaker as the quickest way of removing it from advanced chems.
- Beakers: At round-start, there will be several empty beakers and a beaker containing Cryoxadone.
- Chemical Storage: Chemical storage. It can hold beakers, bottles, pill bottles, pills, etc etc. Useful for not having your chems all over the floor, but people usually forget to check it when in need of something.
Equipment
- Beakers and Bottles:
- Most basic tool of your trade. Right-clicking one can change it's transfer amount per click. Pills can be dissolved in beakers that already contain something. If you "use" one while holding it in hand, you will put a lid on it, preventing you from splashing it's contents by clicking on the floor by mistake. They come in bottle/small beaker - 60u, large beaker - 120u, and bluespace beaker - 300u. There's only one bluespace beaker on the map, so don't put it in a grenade.
- Dropper:
- Like beakers, can be right-clicked for transfer amount. Used for moving small amounts of chemicals between other containers.
- Syringe:
- Has two modes switched by "using" it - draw and inject. Hold 15u max, draw 5u per click. Can be used to take blood samples and inject them into mass spectometers for analysis. Using it on harm intent will instantly inject a random amount of the chemical inside while dealing minor brute damage and destroying the syringe. Injecting someone else takes a short time of both standing motionless.
- Injector:
- These hold 15u max. Can be emptied and refilled via the use of a syringe. They deliver their entire capacity in one click, instantly, but are one use-only. Pre-loaded injectors cannot be filled with more than their initial amount, for example a dexalin plus autoinjector can hold only 1u no matter how hard you try to refill it. Pills can be dissolved into an injector apparently as long as it already contains something, but as with beakers, anything over the max capacity will be wasted.
- Pill:
- 60u max. Takes some time to use on someone, like the syringe. There's also a tiny delay between swallowing a pill and it's contents entering your bloodstream, but it's too little to matter. Can be dissolved in a beaker already containing a solution.
- Pill Bottle:
- Holds 16 pills max. Clicking on a tile with pills on it while holding the bottle will pick up all the pills scattered on it.
- Syringe Case:
- Holds three syringes/bottles/injectors.
- Hypospray:
- Holds 30 units, comes pre-loaded with tricordrazine. Can be drained and refilled with a syringe. Instantly injects 5u doses.
- Labellers and Pens:
- Labels can be put on anything you can click on. If you use the labeller on something two times, it will look like this: pill bottle (organ damage) (safe dose: 2)
- Pens replace the name of a chem-master bottle, so instead of bottle (Peridaxon) you get a Peridaxon bottle.
Medicines and Chemicals
- How do they mix?:
Recipes have ratios in parts. For example, Dylovene is 1 part Nitrogen, 1 part Potassium and 1 part Silicon
, resulting in 3 parts Dylovene.
Peridaxon, on the other hand, is 1 part Bicaridine, 1 part Clonexadone and 5 units Phoron (catalyst)
, meaning that any amount of Bicaridine and Clonexadone will mix as long as there's 5 units of Phoron present.
Most chems mix in a direct radio, where 30 of one ingredient and 30 of another will equal 60 of your final product. If there is a catalyst present, it will not be used up in the reaction. For this reason, the Expected Output Per Reaction (EOPR) column for the following chemicals is the amount of units you'll actually get when you create the chemical. Also included in the column will be a ratio of how many units of chems go into the reaction versus how much you end up with, not including the catalyst.
Remember to always add the catalyst last, or you will end up with fucked up ratios and things like "5.982329779799999 units". The metabolism rates shown here are based on server tick rate. During times of lag ticks come slower.
Be careful: Some chemicals produce Toxins when combined with others. Examples are: Hyperzine and Peridaxon, Paracetamol and Tramadol, and Dylovene and Synaptizine.
While there's no hard OD limits for some chemicals, this should not be taken as it being safe to consume massive dosages.
Name | Effects | Recipe | Overdose | Expected Output Per Reaction (EOPR) | Type |
---|---|---|---|---|---|
Alkysine |
|
|
30 Units | 2 Units (3:2) | Medicine |
Arithrazine |
|
|
15 Units | 2 Units (1:1) | Medicine |
Bicaridine |
|
|
30 Units | 2 Units (1:1) | Medicine |
Chloral Hydrate |
|
|
N/A: Always poisonous. 5U or less recommended. | 1 Unit (5:1) | Chemical, Toxin |
Clonexadone |
|
|
Never | 2 Units (2.1:2) | Medicine |
Coffee |
|
|
Never | N/A | Beverage |
Cryoxadone |
|
|
Never | 3 Units (1:1) | Medicine |
Cryptobiolin |
|
|
30 Units | 3 Units (1:1) | Chemical |
Dermaline |
|
|
15 Units | 3 Units (1:1) | Medicine |
Dexalin |
|
|
30 Units | 1 Unit (2.1:1) | Medicine |
Dexalin Plus |
|
15 Units | 3 Units (1:1) | Medicine | |
Dylovene |
|
|
30 Units | 3 Units (1:1) | Medicine |
Ethylredoxrazine |
|
|
30 Units | 3 Units (1:1) | Medicine |
Epinephrine |
|
|
10 Units | 2 Units (3:2) | Medicine |
Hyperzine |
|
6 Units | 3 Units (1:1) | Chemical | |
Imidazoline |
|
|
30 Units | 2 Units (3:2) | Medicine |
Inaprovaline |
|
|
60 Units | 3 Units (1:1) | Medicine |
Iron |
|
|
30 Units | N/A | Chemical |
Kelotane |
|
|
30 Units | 2 Units (1:1) | Medicine |
Leporazine |
|
|
30 Units | 2 Units (1:1) | Medicine |
Nutriment |
|
|
Never | N/A | Chemical |
Oxycodone |
|
|
20 Units | 1 Unit (2:1) | Medicine |
Paracetamol | 60 Units | 3 Units (1:1) | Medicine | ||
Peridaxon |
|
15 Units | 2 Units (1:1) | Medicine | |
Quick Clot |
|
|
15 Units | 1 Unit (2:1) | Medicine |
Ryetalyn |
|
|
30 Units | 2 Units (1:1) | Medicine |
Soporific |
|
|
30 Units | 5 Units (1:1) | Chemical |
Spaceacillin |
|
|
30 Units | 2 Units (1:1) | Medicine |
Sterilizine |
|
|
Never | 3 Units (1:1) | Medicine |
Sugar |
|
|
Never | N/A | Chemical |
Suxamorycin |
|
|
10 Units | 3 Units (1:1) | Chemical |
Synaptizine |
|
|
6 Units | 3 Units (1:1) | Medicine |
Synth Meat |
|
|
N/A | N/A | Medicine |
Toxin |
|
OR OR
|
N/A - Always Poisonous | 2 Units (1:1) | Chemical |
Tramadol |
|
|
30 Units | 3 Units (1:1) | Medicine |
Tricordrazine |
|
|
30 Units | 2 Units (1:1) | Medicine |
Name | Effects | Recipe | Overdose | Expected Output Per Reaction (EOPR) | Type |
---|---|---|---|---|---|
Ammonia |
|
|
- | 3 Units (4:3) | Chemical |
Chemical Fire |
|
|
Never | N/A | Reaction |
Citalopram |
|
|
|
3 Units (2:3) | Chemical |
Chlorine Trifluoride |
|
|
Never | 1 Unit (4:1) | Chemical |
Condensed Capsaicin |
|
|
|
1 Unit (6:1) | Chemical |
Diethylamine |
|
|
Never | 2 Units (1:1) | Chemical |
Dinitroaniline |
|
|
Never | 3 Units (1:1) | Chemical |
Ethanol |
|
|
Never | N/A | Chemical |
Explosion |
|
|
Never | N/A | Reaction |
Flash Powder |
|
|
Never | N/A | Reaction |
Fluorosurfactant |
|
|
|
5 Units (1:1) | Chemical |
Foaming Agent |
|
|
|
1 Unit (2:1) | Chemical |
Glycerol |
|
|
Never | 1 Unit (4:1) | Chemical |
Impedrezene |
|
|
Never | 2 Units (3:2) | Chemical |
Lexorin |
|
|
Never | 3 Units (1:1) | Chemical |
Lipozine |
|
|
30 Units | 3 Units (1:1) | Medicine |
Methane |
|
|
Never | 1 Unit (5:1) | Chemical |
Methylphenidate |
|
|
Never | 3 Units (2:3) | Chemical |
Mindbreaker Toxin |
|
|
30 Units | 3 Units (1:1) | Chemical |
Nitroglycerin |
|
|
N/A | N/A | Reaction |
Paroxetine |
|
|
Never | 3 Units (1:1) | Chemical |
Polytrinic Acid |
|
|
Never | 3 Units (1:1) | Chemical |
Smoke |
|
|
Never | N/A | Reaction |
Space Cleaner |
|
|
Never | 2 Units (3:2) | Chemical |
Space Drugs |
|
|
30 Units | 3 Units (1:1) | Chemical |
Table Salt |
|
|
Never | 2 Units (1:1) | Chemical |
Thermite |
|
|
Never | 3 Units (1:1) | Chemical |
Unstable Mutagen |
|
|
N/A - Always Poisonous | 3 Units (1:1) | Chemical |
Water |
|
|
Never | 1 Unit (3:1) | Beverage |
Weed-B-Gone |
|
|
N/A - Always Poisonous | N/A | Chemical |
Virus Food |
|
|
Never | 15 Units (1:1) | Chemical |
Chemical Recipes
All of these recipes assume that you are using a bluespace beaker.
ImiAlky (5u + 10u) (OD: 30u + 30u)
Results in 80u of Alkysine and 160u of Imidazoline.
Used for healing brain damage and eye damage.
- Add 120u of Dylovene (OR 40u Silicon, 40u Nitrogen, 40u Potassium),
- Add 40u Chlorine, Nitrogen, Carbon x2, Hydrogen x2.
Split into 16 pills.
KeloDerm (5u + 5u) (OD: 30u + 15u)
Results in 80u of Kelotane and 80u of Dermaline.
Rapidly heals burn damage.
- Add 160u Kelotane, 40u Oxygen, 40u Phosphorus, OR
- Add 40u Carbon, Carbon, Silicon, Silicon, Oxygen, Phosphorus.
Split into 16 pills.
TriBica (15u + 15u)
Results in 240u of Bicaridine and 240u of Tricordrazine.
There are 3 ways of formulating:
Entirely using the Vendor (recommended)
- Add 60u of Inapravoline
- Add 120u Bicaridine
- Add 60u of Dylovene
Split into 8 pills.
- Add 60u of Inapravoline
- Add 120u Bicaridine
- Add 60u of Dylovene
Split into 8 pills.
Restock the used bottles back on the Vendor once you are done. This can be done by dragging the bottles in one hand onto the Vendor.
Using both the Vendor and Chem Dispenser
- Add 120u of Inapravoline
- Add 30u Carbon, Carbon
- Add 60u of Dylovene
Split into 8 pills.
- Add 120u of Inapravoline
- Add 30u Carbon, Carbon
- Add 60u of Dylovene
Restock the used bottles back on the Vendor once you are done. This can be done by dragging the bottles in one hand onto the Vendor.
Using only the Chem Dispenser (not recommended)
- Add 40u Carbon, Sugar, Oxygen
- Add 30u Carbon, Carbon
- Add 20u Nitrogen, Potassium, Silicon
Split into 8 pills.
- Add 40u Carbon, Sugar, Oxygen
- Add 30u Carbon, Carbon
- Add 20u Nitrogen, Potassium, Silicon
Split into 8 pills.
Dex+ (7.5u) (makes 5 pill bottles)
Results in 480u of Dexalin Plus.
- Add 23u of Phoron (grind a bar up and use a dropper)
- Add 40u Oxygen, Oxygen
- Add 40u Carbon, Iron
Split ONLY the 120u of Dex+ into 16 pills.
- Add 40u Oxygen, Oxygen
- Add 40u Carbon, Iron
Split ONLY the 120u of Dex+ into 16 pills.
- Add 40u Oxygen, Oxygen
- Add 40u Carbon, Iron
Split ONLY the 120u of Dex+ into 16 pills.
- Add 40u Oxygen, Oxygen
- Add 40u Carbon, Iron
Split ONLY the 120u of Dex+ into 16 pills.
Oxycodone (11.25u)
The Vendor provides vials of Oxycodone which can be restocked.
Results in 180u of Oxycodone.
- Add 1u of Phoron (grind a bar up and use a dropper)
- Add 20u Carbon, Sugar, Oxygen (OR 60u of Inapravoline)
- Add 30u Ethanol, Oxygen, Ethanol x3, Oxygen, Ethanol x4
Split into 16 pills.
Additional User made information
- Magnum Opus on Research by Cory Paulson