Colin Kakama.

Notes on Artificial Organ Technologies

Note: The field of artificial organs is typically framed around bioelectronics and materials design. However, this framing is insufficient. True cyberpunk-level replacement technologies must interface with existing biochemical pathways(metabolic cycles, signalling cascades, membrane dynamics, immune system modulation, etc, etc) and this requires nanotechnological enablement. These notes reflect that conviction, hence the high density of nanosystems references throughout.

Definition: Cytronics is the engineering discipline concerned with the design, fabrication, and operation of controllable nanoscale devices for cellular engineering purposes. See here: https://wetprogrammablenanosystems.bearblog.dev/intro-to-cytotronics/

Biological organs/organ systems Notes on the Cytronics (Synthetic cells, tissues and organs)
Blood
Brain neurocytes - neuro-cytronic tissue (add later)
Eyes
Nose
The heart Weight and Power Requirements for an Implantable Total Artificial Heart
Ears
The lungs
Bone marrow Cell Mills: Nanofactory Manufacture of Biological Components Robert A. Freitas Jr.
Kidneys
Liver
Pancreas Insulocytes and insulo-cytronic tissues
Stomach - The Artificial Metabolic Organ: Nanorobotic Nutritional Self-Sufficiency, Robert A. Freitas Jr
- insert notes on food sensor devices
GI tract (Intestines, etc)
Gallbladder
Muscle tissue
Nervous tissue
Reproductive organs "Comprehensive Nanorobotic Cure for Male Erectile Dysfunction, Robert A. Freitas Jr"
Skin
bone & cartilage insert notes on synthetic bone-like polymer
de novo territory

Miscellaneous notes