Medical Care

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	[[Category:Technology]]		[[Category:Technology]]
		+	2100-era medicine is extremely effective. If a person
		+	can be kept alive, and Fifth Wave medical care is available,
		+	then only injuries and diseases that rapidly destroy
		+	the brain or nervous system are likely to be fatal.
		+
	==Limb and Organ Replacement==		==Limb and Organ Replacement==
	Transplants are tissue-engineered rather than provided		Transplants are tissue-engineered rather than provided
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	See also [[Biomod Transplants]].		See also [[Biomod Transplants]].
-	==Reproductive Technology==
-	It’s possible to have kids the “old-fashioned” way,
-	although most people do a genetic assay to spot defects.
-	If any are encountered, they will genefix the fertilized
-	egg. Other options are:
-	*''Cloning:'' A common procedure, see below.	+	==Cloning==
-	*''Exowombs:'' A baby need not be raised in a mother’s womb. An artificial womb, or exowomb, duplicates the maternal environment. This is still expensive, but common for Fifth Wave parents who want kids without pregnancy, or who lack the plumbing – men, infomorphs, etc.	+
-	*''DNA Blending:'' Two people of the same sex can combine genetic material through gengineering. This is costly ($5,000, 1 week) but not unusual. In the case of males, a female egg is used, but its nucleus is removed. The same process also allows parahumans to have children with members of different parahuman or human species. A more radical procedure, known as chimerization, can be used to mix early embryos of completely different species, but this is complex, expensive, and, if mixing human and animal embryos, generally illegal.	+
-	*''Surrogate Mothers:'' Fertilized eggs can be moved from one mother and (before or after genetic modification) implanted in another one. The procedure is usually simple and safe, dating back to the 20th century. Complications could ensue if the parent is using drugs, nanosymbionts, etc., or if the baby’s genetics differ significantly from the surrogate’s. In some areas, surrogate wages may be less than the cost of an exowomb, making them a cost-cutting alternative. However, surrogates are illegal in some countries, mostly on ethical grounds.	+
-	===Cloning===	+
	A clone is a genetic duplicate of a person. It normally		A clone is a genetic duplicate of a person. It normally
	has a slightly different appearance, since many features		has a slightly different appearance, since many features
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	upgrades, parahumans, bioroids, and sapient uplifts may		upgrades, parahumans, bioroids, and sapient uplifts may
	have copyrighted genomes.		have copyrighted genomes.
		+
		+	==Medical Equipment==
		+
		+	===Medical Microtech and Nanotech===
		+	These are injected into a patient’s body.
		+	*'''Bionet:''' This is a network of microbots with acoustic transmitters, designed to spread through the body and serve as a communications relay system, receiving biochemical signals from smaller medical nano. It takes an hour to circulate through the body. It must be installed before radical nanosurgery or the use of programmable immune machines. It allows diagnostic nano to report without having to retrieve them; this lets the nano remain in the patient, providing constant updates. $1,000/dose. Will degrade harmlessly within a month.
		+	*'''Diagnostic Nano:''' Tiny robots used to determine what is wrong with a patient. Adds +5 to Diagnosis skill; can also identify nanomachines,
		+	such as the proteus virus. Takes two hours to circulate through body and diagnose problems, and another hour to retrieve. The patient must be attached to a diagnostic bed, cyberdoc, or ESU. Alternatively, a bionet can be established and the diagnostic nano can report more rapidly and constantly. $2,000/dose. Can be retrieved using an ESU or cyberdoc, or will degrade harmlessly in a month.
		+	*'''Programmable Immune Machines:''' These are nanomachines that can be programmed to destroy specific viral, bacterial, or parasitic infections, cancers, or
		+	nanosymbionts. The target must have been correctly diagnosed for them to function. A Physician roll is needed to program them for a target (this takes half an hour). If the
		+	roll was a success, they will destroy their target within an hour; if it failed, they have no effect (try again). $500/dose.
		+	*'''Surgical Microbots:''' Miniswarm of microbots optimized for internal procedures, controlled through a bionet. Adds +4 to any Surgery roll, or allows internal surgery that is otherwise impossible. Not usable for nanosurgery or brainpeeling. Reusable. $15,000, 0.1 lb. LC 5.
		+
	===Exowomb===		===Exowomb===
	An artificial womb tank that can be used to grow a		An artificial womb tank that can be used to grow a
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	vehicle power (0.1 kW). Renting an exowomb costs		vehicle power (0.1 kW). Renting an exowomb costs
	$3,000 per month.		$3,000 per month.
		+
		+	===Hypersensitive Magnetic Resonance Imager (HyMRI)===
		+	A high-definition magnetic resonance imager, commonly
		+	used to see inside the body and diagnose problems.
		+	HyMRI uses superconducting magnets and
		+	spin-polarized gases for maximal contrast enhancement.
		+	The gases (xenon-129 or helium-3) are hyperpolarized,
		+	using laser light to increase the proportion of atoms spinning
		+	in the same direction. They are then inhaled or
		+	injected. The HyMRI is further enhanced by exploiting
		+	intermolecular quantum effects, giving resolutions far
		+	better than 20th-century designs (down to 2 nanometers).
		+	AHyMRI can also be used in psychiatry, focusing intense
		+	fields on areas of the brain. $250,000, 500 lbs., 10 cf.
		+	Runs off building/vehicle power.

---

Revision as of 17:35, 30 July 2012

2100-era medicine is extremely effective. If a person can be kept alive, and Fifth Wave medical care is available, then only injuries and diseases that rapidly destroy the brain or nervous system are likely to be fatal.

Contents 1 Limb and Organ Replacement 2 Cloning 3 Medical Equipment 3.1 Medical Microtech and Nanotech 3.2 Exowomb 3.3 Hypersensitive Magnetic Resonance Imager (HyMRI)

Limb and Organ Replacement

Transplants are tissue-engineered rather than provided by donors. It takes 6 weeks to custom-grow tissue using tissue-engineering techniques, or a week to do the same using biogenesis. Typical cost to grow a single limb, eye, or organ is $5,000 (doubled for biogenesis). The actual transplant operation might cost another $10,000 per part replaced. With limb transplants, full functionality is not attained for 6 weeks following the operation.

See also Biomod Transplants.

Cloning

A clone is a genetic duplicate of a person. It normally has a slightly different appearance, since many features develop after conception (such as fingerprints). The GM should decide which advantages and disadvantages reflect heredity and which represent acquired characteristics.

A human or animal clone can be created by taking a live tissue sample of a person, removing cells, and carefully starving them until they become still living but quiescent. The donor cells are then fused with an egg cell taken from a female of the same species; the egg cell’s own nucleus (with its DNA) is removed. This procedure takes about 3 days and costs $500. Now awakened, the egg cell, with donor nucleus, forms embryonic cells that can be implanted after a week or so in the donor (if female), or a surrogate mother or exowomb. It then develops like any other embryo, becoming a fetus and then a baby. Clones do not grow unusually fast or share an original’s memory.

Cross-Sex Clones: Chromosome manipulation can change a clone’s sex but keep it otherwise identical. This takes 1 week and costs $10,000 for a male-to-female change, or 3 weeks and $35,000 for female-to-male change.

Clones and the Law: Human clones have full civil rights; it is usually legal to clone oneself, but cloning another requires his permission (or that of his estate). Rights of parents to clone their children vary. Genetic upgrades, parahumans, bioroids, and sapient uplifts may have copyrighted genomes.

Medical Equipment

Medical Microtech and Nanotech

These are injected into a patient’s body.

• Bionet: This is a network of microbots with acoustic transmitters, designed to spread through the body and serve as a communications relay system, receiving biochemical signals from smaller medical nano. It takes an hour to circulate through the body. It must be installed before radical nanosurgery or the use of programmable immune machines. It allows diagnostic nano to report without having to retrieve them; this lets the nano remain in the patient, providing constant updates. $1,000/dose. Will degrade harmlessly within a month.
• Diagnostic Nano: Tiny robots used to determine what is wrong with a patient. Adds +5 to Diagnosis skill; can also identify nanomachines,

such as the proteus virus. Takes two hours to circulate through body and diagnose problems, and another hour to retrieve. The patient must be attached to a diagnostic bed, cyberdoc, or ESU. Alternatively, a bionet can be established and the diagnostic nano can report more rapidly and constantly. $2,000/dose. Can be retrieved using an ESU or cyberdoc, or will degrade harmlessly in a month.

• Programmable Immune Machines: These are nanomachines that can be programmed to destroy specific viral, bacterial, or parasitic infections, cancers, or

nanosymbionts. The target must have been correctly diagnosed for them to function. A Physician roll is needed to program them for a target (this takes half an hour). If the roll was a success, they will destroy their target within an hour; if it failed, they have no effect (try again). $500/dose.

• Surgical Microbots: Miniswarm of microbots optimized for internal procedures, controlled through a bionet. Adds +4 to any Surgery roll, or allows internal surgery that is otherwise impossible. Not usable for nanosurgery or brainpeeling. Reusable. $15,000, 0.1 lb. LC 5.

Exowomb

An artificial womb tank that can be used to grow a multicellular animal (such as a human) from gametes to healthy adulthood. This is no faster than natural growth. An organism developing in an exowomb has the same awareness as a baby in its womb. If kept past the fetal stage, it will not develop mentally in the absence of stimuli. An exowomb requires a computer to monitor life support. A womb for a human-sized organism is $100,000, 250 lbs., 50 cf. It runs on building or vehicle power (0.1 kW). Renting an exowomb costs $3,000 per month.

Hypersensitive Magnetic Resonance Imager (HyMRI)

A high-definition magnetic resonance imager, commonly used to see inside the body and diagnose problems. HyMRI uses superconducting magnets and spin-polarized gases for maximal contrast enhancement. The gases (xenon-129 or helium-3) are hyperpolarized, using laser light to increase the proportion of atoms spinning in the same direction. They are then inhaled or injected. The HyMRI is further enhanced by exploiting intermolecular quantum effects, giving resolutions far better than 20th-century designs (down to 2 nanometers). AHyMRI can also be used in psychiatry, focusing intense fields on areas of the brain. $250,000, 500 lbs., 10 cf. Runs off building/vehicle power.