Difference between revisions of "Guide to chemistry"
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Alkysine}}[[File:Brain.png|Neurological damage]]Alkysine | + | |chemical = {{anchor|Alkysine}}[[File:Brain.png|Neurological damage]]Alkysine<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Chlorine, 1 part Nitrogen | |formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Chlorine, 1 part Nitrogen | ||
|effects = Lessens the damage to neurological tissue, effective even after catastrophic injury. Used for treating brain damage (Results in 2 units instead of 3). | |effects = Lessens the damage to neurological tissue, effective even after catastrophic injury. Used for treating brain damage (Results in 2 units instead of 3). | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Anti-Toxin}}{{anchor|Dylovene}}[[File:Tmed.png|Toxin damage]]Anti-Toxin | + | |chemical = {{anchor|Anti-Toxin}}{{anchor|Dylovene}}[[File:Tmed.png|Toxin damage]]Anti-Toxin<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part Nitrogen, 1 part Potassium, 1 part Silicon | |formula = 1 part Nitrogen, 1 part Potassium, 1 part Silicon | ||
|effects = A broad-spectrum anti-toxin, which treats toxin damage in the blood stream. It is also known as Dylovene. | |effects = A broad-spectrum anti-toxin, which treats toxin damage in the blood stream. It is also known as Dylovene. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Arithrazine}}[[File:L2locker.png|Radiation damage]]Arithrazine | + | |chemical = {{anchor|Arithrazine}}[[File:L2locker.png|Radiation damage]]Arithrazine<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Anti-Toxin, 1 part Radium">Hyronalin</span>, 1 part Hydrogen | |formula = 1 part <span title="1 part Anti-Toxin, 1 part Radium">Hyronalin</span>, 1 part Hydrogen | ||
|effects = A very unstable medication used to treat the most extreme cases of radiation poisoning. May cause some internal damage to the patient, but such damage is easily treatable. | |effects = A very unstable medication used to treat the most extreme cases of radiation poisoning. May cause some internal damage to the patient, but such damage is easily treatable. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Bicaridine}}[[File:SMed.png|Brute damage]]Bicaridine | + | |chemical = {{anchor|Bicaridine}}[[File:SMed.png|Brute damage]]Bicaridine<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Carbon, 1 part Oxygen, 1 part Sugar">Inaprovaline</span>, 1 part Carbon | |formula = 1 part <span title="1 part Carbon, 1 part Oxygen, 1 part Sugar">Inaprovaline</span>, 1 part Carbon | ||
|effects = An analgesic which is highly effective at treating brute damage. It is useful for stabilizing people who have been severely beaten, as well as treating less life-threatening injuries. | |effects = An analgesic which is highly effective at treating brute damage. It is useful for stabilizing people who have been severely beaten, as well as treating less life-threatening injuries. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Cryoxadone}}[[File:Clone.gif|Genetic damage]]Cryoxadone | + | |chemical = {{anchor|Cryoxadone}}[[File:Clone.gif|Genetic damage]]Cryoxadone<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="2 part Oxygen, 5 units Plasma (catalyst)">Dexalin</span>, 1 part Oxygen, 1 part Water | |formula = 1 part <span title="2 part Oxygen, 5 units Plasma (catalyst)">Dexalin</span>, 1 part Oxygen, 1 part Water | ||
|effects = Required for the proper function of cryogenics. It heals all types of damage (including clone damage) very swiftly, but only when in a very cold environment. | |effects = Required for the proper function of cryogenics. It heals all types of damage (including clone damage) very swiftly, but only when in a very cold environment. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Clonexadone}}[[File:Clone.gif|Genetic damage]]Clonexadone | + | |chemical = {{anchor|Clonexadone}}[[File:Clone.gif|Genetic damage]]Clonexadone<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Dexalin, 1 part Oxygen, 1 part Water">Cryoxadone</span>, 1 part Sodium, 5 units [[Plasma]] (catalyst) | |formula = 1 part <span title="1 part Dexalin, 1 part Oxygen, 1 part Water">Cryoxadone</span>, 1 part Sodium, 5 units [[Plasma]] (catalyst) | ||
|effects = A stronger version of Cryoxadone. It heals all types of damage but as an added bonus, heals clone damage 3x faster than Cryoxadone, but only when in a very cold environment. Useful for speed cloning. | |effects = A stronger version of Cryoxadone. It heals all types of damage but as an added bonus, heals clone damage 3x faster than Cryoxadone, but only when in a very cold environment. Useful for speed cloning. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Rezadone}}[[File:Clone.gif|Genetic damage]]Rezadone | + | |chemical = {{anchor|Rezadone}}[[File:Clone.gif|Genetic damage]]Rezadone<span style="color:#669900;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Oxygen, 1 part Potassium, 1 part Sugar">Cryptobiolin</span>, 1 part <span title="Found in space carp and koibeans">Carpotoxin</span>, 1 part Copper | |formula = 1 part <span title="1 part Oxygen, 1 part Potassium, 1 part Sugar">Cryptobiolin</span>, 1 part <span title="Found in space carp and koibeans">Carpotoxin</span>, 1 part Copper | ||
|effects = A powder derived from fish toxin, this substance can effectively treat genetic damage in humanoids, though excessive consumption has side effects. | |effects = A powder derived from fish toxin, this substance can effectively treat genetic damage in humanoids, though excessive consumption has side effects. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Dermaline}}[[File:Bmed.png|Burn damage]]Dermaline | + | |chemical = {{anchor|Dermaline}}[[File:Bmed.png|Burn damage]]Dermaline<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Carbon, 1 part Silicon">Kelotane</span>, 1 part Oxygen, 1 part Phosphorus | |formula = 1 part <span title="1 part Carbon, 1 part Silicon">Kelotane</span>, 1 part Oxygen, 1 part Phosphorus | ||
|effects = A chemical, which is more effective at treating burns damage than kelotane. Is administered with a syringe or pill. | |effects = A chemical, which is more effective at treating burns damage than kelotane. Is administered with a syringe or pill. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Dexalin}}[[File:O2med.png|Suffocation damage]]Dexalin | + | |chemical = {{anchor|Dexalin}}[[File:O2med.png|Suffocation damage]]Dexalin<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 2 part Oxygen, 5 units [[Plasma]] (catalyst) | |formula = 2 part Oxygen, 5 units [[Plasma]] (catalyst) | ||
|effects = Used for treating oxygen deprivation. In most cases where it is likely to be needed, the strength of Dexalin Plus will probably be more useful (Results in 1 unit instead of 2). | |effects = Used for treating oxygen deprivation. In most cases where it is likely to be needed, the strength of Dexalin Plus will probably be more useful (Results in 1 unit instead of 2). | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Dexalin Plus}}[[File:O2med.png|Suffocation damage]]Dexalin Plus | + | |chemical = {{anchor|Dexalin Plus}}[[File:O2med.png|Suffocation damage]]Dexalin Plus<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="2 part Oxygen, 5 units Plasma (catalyst)">Dexalin</span>, 1 part Carbon, 1 part Iron | |formula = 1 part <span title="2 part Oxygen, 5 units Plasma (catalyst)">Dexalin</span>, 1 part Carbon, 1 part Iron | ||
|effects = Used in treatment of extreme cases of oxygen deprivation. It immediately counters all oxygen loss, which is hugely useful in many circumstances. | |effects = Used in treatment of extreme cases of oxygen deprivation. It immediately counters all oxygen loss, which is hugely useful in many circumstances. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Ethylredoxrazine}}[[File:ClassicMartini.png|Alcohol]]Ethylredoxrazine | + | |chemical = {{anchor|Ethylredoxrazine}}[[File:ClassicMartini.png|Alcohol]]Ethylredoxrazine<span style="color:#605048;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Carbon, 1 part Oxygen | |formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Carbon, 1 part Oxygen | ||
|effects = Neutralises alcohol in the blood stream. Though it is commonly needed, it is rarely requested. | |effects = Neutralises alcohol in the blood stream. Though it is commonly needed, it is rarely requested. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Hyperzine}}Hyperzine | + | |chemical = {{anchor|Hyperzine}}Hyperzine<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part Phosphorous, 1 part Sugar, 1 part Sulphur | |formula = 1 part Phosphorous, 1 part Sugar, 1 part Sulphur | ||
|effects = A highly effective, long lasting muscle stimulant. It allows greater freedom of movement in bulky clothing although it has the side effect of causing some twitching. | |effects = A highly effective, long lasting muscle stimulant. It allows greater freedom of movement in bulky clothing although it has the side effect of causing some twitching. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Hyronalin}}[[File:L2locker.png|Radiation damage]]Hyronalin | + | |chemical = {{anchor|Hyronalin}}[[File:L2locker.png|Radiation damage]]Hyronalin<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Radium | |formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Radium | ||
|effects = A weak treatment for radiation damage. Considered to be useful mainly for genetic modification, where it reduces radiation levels, and thus the chance of genetic mutations. | |effects = A weak treatment for radiation damage. Considered to be useful mainly for genetic modification, where it reduces radiation levels, and thus the chance of genetic mutations. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Imidazoline}}Imidazoline | + | |chemical = {{anchor|Imidazoline}}Imidazoline<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Carbon, 1 part Hydrogen | |formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part Carbon, 1 part Hydrogen | ||
|effects = Effective in treating eye trauma. It heals damage caused by physical or chemical trauma, though it is ineffective in treating genetic defects in the eyes (Results in 2 units instead of 3). | |effects = Effective in treating eye trauma. It heals damage caused by physical or chemical trauma, though it is ineffective in treating genetic defects in the eyes (Results in 2 units instead of 3). | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Inaprovaline}}[[File:O2med.png|Suffocation damage]]Inaprovaline | + | |chemical = {{anchor|Inaprovaline}}[[File:O2med.png|Suffocation damage]]Inaprovaline<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part Carbon, 1 part Oxygen, 1 part Sugar | |formula = 1 part Carbon, 1 part Oxygen, 1 part Sugar | ||
|effects = Inaprovaline is a synaptic stimulant and cardiostimulant. Commonly used to stabilize patients- it stops the rate of decline in a patient's body if it has reached 0% or lower. | |effects = Inaprovaline is a synaptic stimulant and cardiostimulant. Commonly used to stabilize patients- it stops the rate of decline in a patient's body if it has reached 0% or lower. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Kelotane}}[[File:Bmed.png|Burn damage]]Kelotane | + | |chemical = {{anchor|Kelotane}}[[File:Bmed.png|Burn damage]]Kelotane<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part Carbon, 1 part Silicon | |formula = 1 part Carbon, 1 part Silicon | ||
|effects = Treats burn damage effectively, preventing microbial growth and vastly speeding up healing of even full thickness burns. | |effects = Treats burn damage effectively, preventing microbial growth and vastly speeding up healing of even full thickness burns. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Leporazine}}[[File:Hud-temp.gif|Body temperature]]Leporazine | + | |chemical = {{anchor|Leporazine}}[[File:Hud-temp.gif|Body temperature]]Leporazine<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part Copper, 1 part Silicon, 5 units [[Plasma]] (catalyst) | |formula = 1 part Copper, 1 part Silicon, 5 units [[Plasma]] (catalyst) | ||
|effects = This keeps a patient's body temperature stable. High doses can allow short periods of unprotected EVA. | |effects = This keeps a patient's body temperature stable. High doses can allow short periods of unprotected EVA. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Lipozine}}[[File:Hud-hunger.gif|Metabolism]]Lipozine | + | |chemical = {{anchor|Lipozine}}[[File:Hud-hunger.gif|Metabolism]]Lipozine<span style="color:#BBEDA4;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Chlorine, 1 part Sodium">Sodium Chloride</span>, 1 part Ethanol, 5 units Radium | |formula = 1 part <span title="1 part Chlorine, 1 part Sodium">Sodium Chloride</span>, 1 part Ethanol, 5 units Radium | ||
|effects = Speeds up the patient's metabolism to reduce body fat at a rapid rate. | |effects = Speeds up the patient's metabolism to reduce body fat at a rapid rate. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Ryetalyn}}[[File:Clone.gif|Genetic damage]]Ryetalyn | + | |chemical = {{anchor|Ryetalyn}}[[File:Clone.gif|Genetic damage]]Ryetalyn<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Hyronalin, 1 part Hydrogen">Arithrazine</span>, 1 part Carbon | |formula = 1 part <span title="1 part Hyronalin, 1 part Hydrogen">Arithrazine</span>, 1 part Carbon | ||
|effects = Repairs all genetic defects, restoring a patient to an ideal state. May be useful if genetics is unable to function properly. | |effects = Repairs all genetic defects, restoring a patient to an ideal state. May be useful if genetics is unable to function properly. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Spaceacillin}}[[File:Hudill.png|15px|Diseases]]Spaceacillin | + | |chemical = {{anchor|Spaceacillin}}[[File:Hudill.png|15px|Diseases]]Spaceacillin<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Oxygen, 1 part Potassium, 1 part Sugar">Cryptobiolin</span>, 1 part <span title="1 part Carbon, 1 part Oxygen, 1 part Sugar">Inaprovaline</span> | |formula = 1 part <span title="1 part Oxygen, 1 part Potassium, 1 part Sugar">Cryptobiolin</span>, 1 part <span title="1 part Carbon, 1 part Oxygen, 1 part Sugar">Inaprovaline</span> | ||
|effects = A theta-lactam antibiotic. A common and very useful medicine, cures many diseases likely to be encountered in space and when injected into infected patients it prevents all diseases from spreading to others. | |effects = A theta-lactam antibiotic. A common and very useful medicine, cures many diseases likely to be encountered in space and when injected into infected patients it prevents all diseases from spreading to others. | ||
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|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Synaptizine}}[[File:Tmed.png|Hallucinations, weariness]]Synaptizine | + | |chemical = {{anchor|Synaptizine}}[[File:Tmed.png|Hallucinations, weariness]]Synaptizine<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part Lithium, 1 part Sugar, 1 part Water | |formula = 1 part Lithium, 1 part Sugar, 1 part Water | ||
|effects = Used as part of a cure for [[GBS]]. It removes Mindbreaker Toxin (faster than Anti-Toxin) and lowers the duration of paralysis, stunned, weakened, drowsyness and hallucinations. Has a chance to deal a small amount of toxic damage. | |effects = Used as part of a cure for [[GBS]]. It removes Mindbreaker Toxin (faster than Anti-Toxin) and lowers the duration of paralysis, stunned, weakened, drowsyness and hallucinations. Has a chance to deal a small amount of toxic damage. | ||
}} | }} | ||
|{{Chem | |{{Chem | ||
− | |chemical = {{anchor|Tricordrazine}}[[File:Hud-health.gif|Multi-damage]]Tricordrazine | + | |chemical = {{anchor|Tricordrazine}}[[File:Hud-health.gif|Multi-damage]]Tricordrazine<span style="color:#C8A5DC;background-color:white">▮</span> |
|formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part <span title="1 part Carbon, 1 part Oxygen, 1 part Sugar">Inaprovaline</span> | |formula = 1 part <span title="1 part Nitrogen, 1 part Potassium, 1 part Silicon">Anti-Toxin</span>, 1 part <span title="1 part Carbon, 1 part Oxygen, 1 part Sugar">Inaprovaline</span> | ||
|effects = A highly potent stimulant that can heal all damage types, originally derived from Cordrazine. Often used in a wide range of applications. | |effects = A highly potent stimulant that can heal all damage types, originally derived from Cordrazine. Often used in a wide range of applications. |
Revision as of 09:26, 9 June 2014
This guide will primarily be useful for chemists but may come in handy to any player and especially traitors.
Chemicals
You have all sorts of things here, and can make so much. You can make medicines, foam, flash powder, poisons, space lube, window hardener, and so much more. The limit on combinations is a limit that exists only in your creativity (and the game engine). Be sure to be careful though, mixing the wrong chemicals can be bad for your health and please make sure you know what a chemical does before you use it. Experiment at your own risk.
Most pure chemicals are lethal or will cause heavy toxin damage if injected or ingested in their pure form.
Row 1 | Row 2 | Row 3 |
---|---|---|
Aluminum | Carbon | Chlorine |
Copper | Ethanol | Fluorine |
Hydrogen | Iron | Lithium |
Mercury | Nitrogen | Oxygen |
Phosphorus | Potassium | Radium |
Sulphuric Acid | Silicon | Sodium |
Sugar | Sulphur | Water |
Grinding minerals from mining will also get you:
- Plasma
- Uranium
Formulas
Medicine
The vast majority of chemicals you will be called on to make. Typically, a small amount of each should be kept on hand. Assuming the medical team is not incompetent, they should be able to keep everyone alive and quite healthy with your assistance.
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Quick-Guide to Making Medicine
These are a few quick guides to making the more involved medicines without messing with the Chemmaster.
All reagents are to be added in the order shown. Some may require splitting via the Chemmaster.
Chemical | Formula | Amount |
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Bicaridine | 10u Oxygen, 10u Sugar, 40u Carbon | Results in 60u Bicaridine. |
Dermaline | 10u Carbon, 10u Silicon, 20u Oxygen, 20u Phosphorus | Results in 60u Dermaline. |
Ryetalyn | 5u Nitrogen, 5u Silicon, 5u Potassium, 15u Radium, 30u Hydrogen, 40u Carbon | Results in 20u Arithrazine, and 80u Ryetalyn. |
Tricordrazine | 10u Carbon, 10u Oxygen, 10u Sugar, 10u Nitrogen, 10u Potassium, 10u Silicon | Results in 60u Tricordrazine. |
Dexalin Plus | One bar of Plasma(20u), 40u Oxygen, 20u Iron, 20u Carbon | Results in 60u Dexalin Plus and 20u Plasma. |
Clonexadone | One bar of Plasma(20u), 20u Oxygen, 10u Water, 10u Oxygen, 30u Sodium | Results in 60u Clonexadone and 20u Plasma. |
More Clonexadone | 5u liquid plasma, 20u Oxygen, 20u Water, 20u Oxygen, 30u Sodium, 5u Oxygen, 15u Sodium | Results in 90u Clonexadone and 5u Plasma. |
Imidazoline | 10u Nitrogen, 10u Silicon, 10u Potassium, 30u Carbon, 30u Hydrogen | Results in 60u Imidazoline. |
Other Recipes
These are either pure reactions that typically leave nothing remaining or other chemicals that have non-medicinal uses. Many of these are useful in the manufacture of grenades, but many can be quite dangerous.
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Beyond the Dispenser
Just because it isn't found in the dispenser or the guide above doesn't mean you can't use it! Holy water, slime cores and plenty of other things can provide limitless fun for an enterprising and curious chemist.