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| The source of free will and countless bad decisions. Removal of the brain causes the patient to become a ghost. The brain can then be implanted into another (or the same) body to bring them back to life, or installed into a man-machine interface to facilitate turning the patient into a cyborg. This is most useful when the body is too damaged or rotted to feasibly fix.

~~Uniquely,~~ Thaven brains are able to be installed directly into a {{job|Cyborg}} or IPC without ~~first putting it into~~ a mind-machine interface.

Diona brains become a nymph that can be grown into a new Diona using Robust Harvest in the event of the death or gibbing of their host body. Thaven brains are able to be installed directly into a {{job|Cyborg}} or IPC without a mind-machine interface due to their unique brain structure. Laspi brains (known as sentient slime cores) are instead located in their torso, and also serve as their stomach. Alcohol is processed at 2.5x the normal speed, meaning Laspi don't stay drunk for as long as other species.

|-

| style="text-align:center; font-weight:bold" | Eyes

| style="text-align:center; vertical-align:middle" | [[File:human_eyeball.png|64px]]

| Allows the patient to see. Removal of the eyes causes blindness in the patient that can only be restored by implanting eyes again~~. In some species, the eyes are responsible for augmented vision, such as night vision~~. Replacing the eyes removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient.

| Allows the patient to see. Removal of the eyes causes blindness in the patient that can only be restored by implanting eyes again. Replacing the eyes removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient.

Cyclorite, Resomi, and Shadekin eyes grant night vision, although Shadekin and Resomi eyes additionally have increased sensitivity to Flashes. Laspi eyes are called peepoids.

|-

| style="text-align:center; font-weight:bold" | Tongue

| style="text-align:center; vertical-align:middle" | [[File:human_tongue.png|64px]]

| Enables speech and allows tasting reagents; without a tongue, everything will taste bland. Removing the tongue causes a patient to become completely mute. Replacing the tongue removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient.

| Enables speech and allows tasting reagents; without a tongue, everything will taste bland. Removing the tongue causes a patient to become completely mute. Replacing the tongue removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient. Laspi tongues are called slurpoids.

|-

| style="text-align:center; font-weight:bold" | Heart

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| Allows the body to metabolize medicine, poison, and narcotics. Removal of the heart prevents the body from processing these types of chemicals at all, but doesn't cause any other negative effects. Replacing the heart removes 130 '''shock''', 20 '''caustic''', 20 '''bloodloss''', 10 '''radiation''', and 20 '''cellular''' from the patient.

Cyclorite hearts uniquely ~~interact~~ with ~~medicine and poison. Medicine will remove as many units~~ are ~~consumed each second~~ (~~if a medicine consumes 0.5 units per second, the Cyclorite heart will~~ consume ~~1 unit, discarding the other~~ half ~~entirely~~), ~~meaning that medicines~~ are ~~essentially half as~~ effective~~. Poisons will instead be~~ re-added at ~~50% of their processing~~ rate~~, meaning that poisons are essentially twice as effective~~. This effect ~~is transferred~~ to ~~other~~ species ~~if given~~ a Cyclorite heart~~, and removed from the Cyclorite if they're given a heart belonging to a different species~~.

Cyclorite hearts interact uniquely with chemicals: medicines are 50% less effective (consume double but discard half), while poisons are 100% more effective (re-added at double rate). This effect transfers to any species receiving a Cyclorite heart. Avali and Resomi hearts cause saline, dexalin, and dexalin plus to become deadly; implanting a different species' heart into an Avali or Resomi allows those chemicals to be processed normally, but makes amoxla deadly instead. Laspi hearts (called slime circulators) can process up to six chemicals at once, conferring this benefit if a Laspi heart is installed in a non-Laspi patient.

~~A heart from~~ Avali and Resomi ~~species will~~ cause ~~certain medicines, such as~~ saline, dexalin, and dexalin plus to become deadly ~~to the player, instead requiring amoxla. Conversely,~~ implanting ~~a heart of~~ a different species ~~in these species will cause them~~ to be ~~able to process these chemicals~~ normally, but amoxla ~~will become~~ deadly to ~~them~~.

|-

| style="text-align:center; font-weight:bold" | Lungs

| style="text-align:center; vertical-align:middle" | [[File:human_lung.png|64px]]

| Allows the patient to breathe. Removing the lungs causes rapid asphyxiation. Most species breathe in oxygen and breathe out carbon dioxide. Some other species can only breathe nitrogen, while Diona can breathe both. Implanting lungs belonging to a different species causes the patient to inherit those requirements. Replacing the lungs removes 130 '''asphyxiation''', 20 '''bloodloss''', 30 '''radiation''', and 20 '''cellular''' from the patient.

| Allows the patient to breathe. Removing the lungs causes rapid asphyxiation. Replacing the lungs removes 130 '''asphyxiation''', 20 '''bloodloss''', 30 '''radiation''', and 20 '''cellular''' from the patient.

Most species breathe oxygen and exhale carbon dioxide. Some species have different requirements: Cyclorite, Laspi (called slime gas sacs), and Vox lungs breathe nitrogen and produce nitrous oxide instead; in the case of Vox, oxygen is toxic to them. Diona lungs can breathe both carbon dioxide and oxygen. Implanting lungs belonging to a different species causes the patient to inherit those breathing requirements. Shadekin lack lungs entirely.

|-

| style="text-align:center; font-weight:bold" | Stomach

| style="text-align:center; vertical-align:middle" | [[File:human_stomach.png|64px]]

| Allows the body to digest food and drink, with a total capacity of 50u that can be processed at once. Removal prevents eating and drinking, however hunger and thirst will continue to deplete as normal~~. Some species have specific requirements and restrictions regarding food; implanting their stomach in another species applies those requirements and restrictions, such as the ability to eat trash~~. Replacing the stomach removes 130 '''poison''', 20 '''caustic''', 20 '''bloodloss''', 10 '''radiation''', and 20 '''cellular''' from the patient.

| Allows the body to digest food and drink, with a total capacity of 50u that can be processed at once. Removal prevents eating and drinking, however hunger and thirst will continue to deplete as normal. Replacing the stomach removes 130 '''poison''', 20 '''caustic''', 20 '''bloodloss''', 10 '''radiation''', and 20 '''cellular''' from the patient.

Different species have unique dietary needs and allowances. Avali stomachs can only digest meat. Arachnid stomachs digest food much more slowly. Dwarf stomachs have 50% more capacity than a baseline human stomach. Lagomorph stomachs process food faster. Moth stomachs can digest cloth, but not most other foods. Reptilian stomachs can only eat fruits and meat, but can eat raw meat without any ill effects. Vox stomachs can additionally digest trash.

Implanting a stomach from another species applies those dietary requirements and restrictions to the patient.

|-

| style="text-align:center; font-weight:bold" | Liver

| style="text-align:center; vertical-align:middle" | [[File:human_liver.png|64px]]

| Allows the body to metabolize alcohol. Removal of the liver prevents the patient from getting drunk or processing alcohol in their bloodstream, meaning it will simply accumulate within them. Replacing the liver removes 110 '''poison''', 20 '''caustic''', 20 '''bloodloss''', 30 '''radiation''', and 20 '''cellular''' from the patient.

Vox livers have remove significantly more damage when replaced, instead removing 280 '''poison''', 40 '''caustic''', 40 '''bloodloss''', 60 '''radiation''', and 40 '''cellular''' from the patient.

|-

| style="text-align:center; font-weight:bold" | Kidneys

| style="text-align:center; vertical-align:middle" | [[File:human_kidney.png|64px]]

| Metabolizes and removes garbage reagents from the bloodstream. Removal causes toxins to accumulate in the body, leading to toxin damage. Replacing the kidneys removes 120 '''cold''', 20 '''caustic''', 20 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 20 '''cellular''' from the patient.

Diona lack kidneys entirely.

|}

@@ Line 162: / Line 162: @@
 | The source of free will and countless bad decisions. Removal of the brain causes the patient to become a ghost. The brain can then be implanted into another (or the same) body to bring them back to life, or installed into a man-machine interface to facilitate turning the patient into a cyborg. This is most useful when the body is too damaged or rotted to feasibly fix.
-Uniquely, Thaven brains are able to be installed directly into a {{job|Cyborg}} or IPC without first putting it into a mind-machine interface.
+Diona brains become a nymph that can be grown into a new Diona using Robust Harvest in the event of the death or gibbing of their host body. Thaven brains are able to be installed directly into a {{job|Cyborg}} or IPC without a mind-machine interface due to their unique brain structure. Laspi brains (known as sentient slime cores) are instead located in their torso, and also serve as their stomach. Alcohol is processed at 2.5x the normal speed, meaning Laspi don't stay drunk for as long as other species.
 |-
 | style="text-align:center; font-weight:bold" | Eyes
 | style="text-align:center; vertical-align:middle" | [[File:human_eyeball.png|64px]]
-| Allows the patient to see. Removal of the eyes causes blindness in the patient that can only be restored by implanting eyes again. In some species, the eyes are responsible for augmented vision, such as night vision. Replacing the eyes removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient.
+| Allows the patient to see. Removal of the eyes causes blindness in the patient that can only be restored by implanting eyes again. Replacing the eyes removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient.
+Cyclorite, Resomi, and Shadekin eyes grant night vision, although Shadekin and Resomi eyes additionally have increased sensitivity to Flashes. Laspi eyes are called peepoids.
 |-
 | style="text-align:center; font-weight:bold" | Tongue
 | style="text-align:center; vertical-align:middle" | [[File:human_tongue.png|64px]]
-| Enables speech and allows tasting reagents; without a tongue, everything will taste bland. Removing the tongue causes a patient to become completely mute. Replacing the tongue removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient.
+| Enables speech and allows tasting reagents; without a tongue, everything will taste bland. Removing the tongue causes a patient to become completely mute. Replacing the tongue removes 10 '''caustic''', 10 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 10 '''cellular''' from the patient. Laspi tongues are called slurpoids.
 |-
 | style="text-align:center; font-weight:bold" | Heart
@@ Line 176: / Line 178: @@
 | Allows the body to metabolize medicine, poison, and narcotics. Removal of the heart prevents the body from processing these types of chemicals at all, but doesn't cause any other negative effects. Replacing the heart removes 130 '''shock''', 20 '''caustic''', 20 '''bloodloss''', 10 '''radiation''', and 20 '''cellular''' from the patient.
-Cyclorite hearts uniquely interact with medicine and poison. Medicine will remove as many units are consumed each second (if a medicine consumes 0.5 units per second, the Cyclorite heart will consume 1 unit, discarding the other half entirely), meaning that medicines are essentially half as effective. Poisons will instead be re-added at 50% of their processing rate, meaning that poisons are essentially twice as effective. This effect is transferred to other species if given a Cyclorite heart, and removed from the Cyclorite if they're given a heart belonging to a different species.
+Cyclorite hearts interact uniquely with chemicals: medicines are 50% less effective (consume double but discard half), while poisons are 100% more effective (re-added at double rate). This effect transfers to any species receiving a Cyclorite heart. Avali and Resomi hearts cause saline, dexalin, and dexalin plus to become deadly; implanting a different species' heart into an Avali or Resomi allows those chemicals to be processed normally, but makes amoxla deadly instead. Laspi hearts (called slime circulators) can process up to six chemicals at once, conferring this benefit if a Laspi heart is installed in a non-Laspi patient.
-A heart from Avali and Resomi species will cause certain medicines, such as saline, dexalin, and dexalin plus to become deadly to the player, instead requiring amoxla. Conversely, implanting a heart of a different species in these species will cause them to be able to process these chemicals normally, but amoxla will become deadly to them.
 |-
 | style="text-align:center; font-weight:bold" | Lungs
 | style="text-align:center; vertical-align:middle" | [[File:human_lung.png|64px]]
-| Allows the patient to breathe. Removing the lungs causes rapid asphyxiation. Most species breathe in oxygen and breathe out carbon dioxide. Some other species can only breathe nitrogen, while Diona can breathe both. Implanting lungs belonging to a different species causes the patient to inherit those requirements. Replacing the lungs removes 130 '''asphyxiation''', 20 '''bloodloss''', 30 '''radiation''', and 20 '''cellular''' from the patient.
+| Allows the patient to breathe. Removing the lungs causes rapid asphyxiation. Replacing the lungs removes 130 '''asphyxiation''', 20 '''bloodloss''', 30 '''radiation''', and 20 '''cellular''' from the patient.
+Most species breathe oxygen and exhale carbon dioxide. Some species have different requirements: Cyclorite, Laspi (called slime gas sacs), and Vox lungs breathe nitrogen and produce nitrous oxide instead; in the case of Vox, oxygen is toxic to them. Diona lungs can breathe both carbon dioxide and oxygen. Implanting lungs belonging to a different species causes the patient to inherit those breathing requirements. Shadekin lack lungs entirely.
 |-
 | style="text-align:center; font-weight:bold" | Stomach
 | style="text-align:center; vertical-align:middle" | [[File:human_stomach.png|64px]]
-| Allows the body to digest food and drink, with a total capacity of 50u that can be processed at once. Removal prevents eating and drinking, however hunger and thirst will continue to deplete as normal. Some species have specific requirements and restrictions regarding food; implanting their stomach in another species applies those requirements and restrictions, such as the ability to eat trash. Replacing the stomach removes 130 '''poison''', 20 '''caustic''', 20 '''bloodloss''', 10 '''radiation''', and 20 '''cellular''' from the patient.
+| Allows the body to digest food and drink, with a total capacity of 50u that can be processed at once. Removal prevents eating and drinking, however hunger and thirst will continue to deplete as normal. Replacing the stomach removes 130 '''poison''', 20 '''caustic''', 20 '''bloodloss''', 10 '''radiation''', and 20 '''cellular''' from the patient.
+Different species have unique dietary needs and allowances. Avali stomachs can only digest meat. Arachnid stomachs digest food much more slowly. Dwarf stomachs have 50% more capacity than a baseline human stomach. Lagomorph stomachs process food faster. Moth stomachs can digest cloth, but not most other foods. Reptilian stomachs can only eat fruits and meat, but can eat raw meat without any ill effects. Vox stomachs can additionally digest trash.
+Implanting a stomach from another species applies those dietary requirements and restrictions to the patient.
 |-
 | style="text-align:center; font-weight:bold" | Liver
 | style="text-align:center; vertical-align:middle" | [[File:human_liver.png|64px]]
 | Allows the body to metabolize alcohol. Removal of the liver prevents the patient from getting drunk or processing alcohol in their bloodstream, meaning it will simply accumulate within them. Replacing the liver removes 110 '''poison''', 20 '''caustic''', 20 '''bloodloss''', 30 '''radiation''', and 20 '''cellular''' from the patient.
+Vox livers have remove significantly more damage when replaced, instead removing 280 '''poison''', 40 '''caustic''', 40 '''bloodloss''', 60 '''radiation''', and 40 '''cellular''' from the patient.
 |-
 | style="text-align:center; font-weight:bold" | Kidneys
 | style="text-align:center; vertical-align:middle" | [[File:human_kidney.png|64px]]
 | Metabolizes and removes garbage reagents from the bloodstream. Removal causes toxins to accumulate in the body, leading to toxin damage. Replacing the kidneys removes 120 '''cold''', 20 '''caustic''', 20 '''bloodloss''', 10 '''poison''', 10 '''radiation''', and 20 '''cellular''' from the patient.
+Diona lack kidneys entirely.
 |}

Surgery