Ross indexed the following pages under the keyword: "Genes".

Function rules Nirvanophilia Signal reality as Genes Nerve (peripheral) transplantation of 0099 0100

Function rules and syndactyly Genes and syndactily Instinct in different species Learning Learning in Actinians Levels sensory neuron levels Reflex, conditioned in actinians Learning below pallial level Levels relation to 3 dimentions Localisation of memory localisation Pallium Pallium essential property of Pallium in reptiles Reflex sub-pallial reflex Space-time and pallium 0107 0108

Affect and inhibition Brain dominance of Dominance Environment Equilibrium Inhibition and emotion Learning Neuron essentila function Nirvanophilia Receptors and gradients Stimulus Ants Genes Heredity and function rules Schizophrenia 0283 0284

Genes Organisation after amputation Oddments [11]: Stability of organisation 0982, examples 701, 0606. Environment genes as 0701 0702

Pain and pleasure Pleasure nature of Summary: Two points in exposition. Genes number of human 2284 2285

Summary: Examples of schizophrenics being displaced further from homeostasis by chemical stimuli. And a note of an objection. Adaptation genes and adaptation Genes control adaptation in two ways Heredity genes and adaptation Natural Selection [42]: Genes produce adaptations in two ways, 2303, and thus protect themselves in two ways, 2315. 2302 2303

Natural Selection [48]: Homeostasis = constancy = independence, why the latter? 2181. Answered 2314, to preserve the gene pattern. Genes protect themselves by homeostasis Natural Selection [42]: Genes produce adaptations in two ways, 2303, and thus protect themselves in two ways, 2315. Summary: Homeostasis is ultimately produced by the gene-pattern, and it protects the gene-pattern from the dangers of the world because the constancy means independence. 2314 2315

Code types of Genes as information Information in genes 2785 2786

Summary: How many resting states has DAMS? Cause gene as Genes Grüneberg's Natural Selection [4]: Example of a gene that has many and far-reaching effects 3506. 3505 3506

Summary: Topology of absolute system. Genes should receive no information Information genes should get none Unsolved problems [13]: 'Stability' should be re-stated in terms of information, so as not to raise the unwanted 'unstable' equilibria. 3929. Summary: 'Stability' must be re-stated in terms of information. 3963, 3980, 3975 3928 3929

Genes fundamental property Memory and genes Natural Selection [68]: Tobacco mosaic protein can exist in many forms; but the only form that can persist through the generations is the self-reproducing type, 4184. Summary: Genes and memory. 4206 4184 4185

Genes self locking Natural Selection [73]: How can the Darwinian system get self locked? 4240. The Multistable System [72]: The present-day, advanced, multistable system probably keeps melting down its adaptations, 4240. Adaptation speeding up adaptation Summary: Darwinian and multistable systems. 4425, 4655 4240 4241

Invariant "self-locking" as Invariant "stable" as Reflex, conditioned as loss of transmission The Conditioned Reflex [43]: Conditioned reflex as loss of transmition, 4424. Summary: Invariants of a dynamic system with parameters. Summary: The Conditioned Reflex as a loss of power to transmit. 4430 Genes more fundamental Summary: Distinguish variety in design from variety during performance. Continued 4427 top, 4427, 4428, 4431 4424 4425

Genes reproduction of Information on chromosomes Natural Selection [78]: Reproduction of genes; extra survival power given by combination in pairs 4523. Summary: How chromosomes reproduce themselves. High survival power. 4522 4523

Variety in a vector Behaviour and design Design and behaviour Genes as ultimate regulator Regulation by genes Summary: Information going into a system to design two parts. 5006 4736 4737

Genes and arcs Iterated systems Wiki Iterated systems Wiki Reducibility multistable system as adaptive to Vorticella feeding analogy Summary: Arcs and genes. 5522 (Reprints 130, 131) 5424 5425

Genes making recogniser Recognition control by genes Summary: What a species can do, it can recognise. Localisation of adaptation (niche) Niche (ecological) mathematical example 6298 6299

Information Reza's book Topology Bushaw's book Evolution ensures extinction! Genes no unique pattern Survival evolution prevents! Natural Selection [89]: Selection intensifies selection. Simpson, 6469. 6468 6469

Adaptation rate of Genes optimal number Summary: Anticipation embodied again. Discrimination and retro-active inhibition. 6602, 6811 Summary: Quotations from Bremermann. 6600 6601