Guide to Chemistry ErisEn
Base Chemicals
| Base chemicals | |
|---|---|
| Acetone | Aluminum |
| Ammonia | Carbon |
| Copper | Ethanol |
| Hydrazine | Hydrochloric Acid |
| Iron | Lithium |
| Mercury | Phosphorus |
| Potassium | Radium |
| Silicon | Sodium |
| Sugar | Sulfur |
| Sulphuric Acid | Tungsten |
| Water | |
Medicine
| Name | Recipe | Description | Metabolism Rate | Overdose Threshold |
|---|---|---|---|---|
| Adrenaline▮ | 1 part Inaprovaline 1 part Hyperzine 1 part Dexalin Plus |
Used as a cardiac stimulant.
Helps to restart a flat-lining heart and also acts as a weak painkiller. Can cause shaking and increased heart rate. |
0.1/t | 20u |
| Alkysine▮ | 1 part Dylovene 1 part Hydrochloric Acid 1 part Ammonia |
Treats brain damage. | 0.05/t | 30u |
| Arithrazine▮ | 1 part Hyronalin 1 part Hydrazine |
Removes radiation from patient's body more quickly and efficiently than Hyronalin.
Causes moderate brute damage and minor burn damage to patient. Does not treat toxin damage. Does not treat genetic degradation. In most cases, should be administered with Dylovene. |
0.05/t | 30u |
| Bicaridine▮ | 1 part Inaprovaline 1 part Blattedin |
Treats brute damage.
Will eventually stop external bleeding. Seals most wounds, including surgical incisions. Overdose can treat internal bleeding. |
0.2/t | 30u |
| Clonexadone▮ | 1 part Cryoxadone 1 part Sodium 0.1 part Plasma 1 part Plasma (catalyst) |
More effective than Cryoxadone.
Requires temperatures below 170K to function. Do not inject or swallow. Treats organ damage. |
0.1/t | N/A |
| Cryoxadone▮ | 1 part Dexalin 1 part Water 1 part Acetone |
Used in cryotanks. Treats brute and burn damage. Treats genetic degradation.
Requires temperatures below 170K to function. Do not inject or swallow. Treats organ damage. |
0.1/t | N/A |
| Dermaline▮ | 1 part Kelotane 1 part Acetone 1 part Phosphorous |
Treats burn damage. Prevents infection.
More effective than Kelotane in every respect. |
0.2/t | 15u |
| Dexalin▮ | 2 parts Acetone 1 part Water 0.1 part Plasma |
Supplies artificial oxygen to the bloodstream, causing the brain to act as though it is receiving 50% of maximum oxygen from the lungs even if the lungs have failed.
Removes Lexorin from bloodstream. Requires blood flow to function. Dexalin Plus is usually preferred over Dexalin. Can be administered in a sleeper. |
0.2/t | 30u |
| Dexalin Plus▮ | 1 part Dexalin 1 part Carbon 1 part Iron |
As Dexalin, but 80% oxygenation.
Removes Lexorin from bloodstream. Requires blood flow to function. Usually preferred over Dexalin. |
0.2/t | 15u |
| Dylovene▮ | 1 part Ammonia 1 part Potassium 1 part Silicon |
A broad-spectrum anti-toxin. Treats toxin damage, shortens the duration of drug-related hallucinations and sleepiness, and removes toxic substances from the blood.
Provides minor healing to the liver, as long as it is not decaying or necrotic. Can be administered in a sleeper. |
0.2/t | N/A |
| Ethylredoxrazine▮ | 1 part Dylovene 1 part Acetone 1 part Carbon |
Neutralizes alcohol in the blood stream. Also treats dizziness, sleepiness, and stuttering.
Produces water when combined with ethanol. |
0.2/t | 30u |
| Hyperzine▮ | 1 part Sugar 1 part Phosphorous 1 part Sulfur |
Muscle stimulant. Allows greater freedom of movement.
Side effects include twitching, nervousness and addiction. Can cause minor heart damage due to high BPM. Controlled substance. (Results in 1u instead of 3u) |
0.03/t | 15u |
| Hyronalin▮ | 1 part Dylovene 1 part Radium |
Removes radiation from the patient's system.
Does not treat toxin damage. Does not treat genetic degradation. In most cases, should be administered with Dylovene. |
0.05/t | 30u |
