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jmschrstnf’s diary

Research papers: physics, cosmology, medicine, biology, geography, etc. / Copyright.

Medicine, physiology, news. Etc.

THE TE CHNIQUES AND METHODS IN BRAIN-MESSAGE HAD PASSED

ON

The Brain's cybernetics. "Life-BODY-FIELD" and STAAINING THEORYS.

Abstract

In this paper we disscution about medicine, physiology, news, etc also for research

that's laws, rules and specific nerve-mations.

we poiut out that important laws and other studied-results from many Tests, and

then they are very widdly using using us works. Such as chaning flow dyos

pigmentatior, life rigxi liviry-domain nature language-substance, etc.

BME.Gene cell, physics-chemirsty KEY WORDS important derived-words, etc, ibid> slk-

jump.

wave-particles, field, shoave.bunch.shock-degrreeor. cone

structure of spiral

Gene.engineering.molecular biology, microbiolgical assiyeg steps, stain, brain-model, etc.

Carrier of heredity

E potention-sides

control volume of threschold news keep

cross changing way

pump and brabn chainning

left liemispsere functional, right, remispre over pont, dye-roadu jsting

First released.

keep, charge nogative-links R-R

double hlix

super.conductivity

mathematical logic ways

nature Tong substance

Language Tong Substance

diareter-pathfe.g operator, operator, polycistronic messgenger, informofers, informosomes,

Genotype, complemenary base sequence, etc]

crank-path-bunch

H-sbs in semi-solueht-ground substonle double-cross hypermetamd-substarce

life rigs zy. zyz H-SBS in semi-soluent-ground substance

life fields-bodydouble-cyoss hypermetamor-substance

wrog path guidelines

or thogrhal-line

field-bunch

unaholish derelokpty

livity-domain

pass or sit

Stop thrsnold

into-cycle

dyes pigmentation

many phrase-lines of tunrel links.

single.double.many trace-filk

striding links

fold-shadow to plant

Electrode of refrexarc

Changing flowing

dye-fassion structure plait

Mconstant

m, constant

Base pailing-central dogma-ground state-initial state-intermediate state-end state (modal

system)

(computer's modal / tool hoxs / naple / vc / matlab /)

(soft wake's programming) omited

Experiments, Mattirals and methods

(1) The model of brain for special COMPUTER

(2) The model of Humman body for S'PECAL COMPUTER.

(3) The ulera microscope and uiera-special mi-cro monaipulations or microtech-

niques

(4) The animals Tests and human-body tests.

inspection)

(5) The cases of patient (nervous system, system circulatory system and other sensory system)

(6) CT (CPET) and MPJ, etc.

The seaining method, tissve culture, tissueertract, etc. must be optimum of specialization sketch. Fig,

No 14. 16. 26. 27.

(1)

The actomyosin molecules, actins, activating enzymes. mdenine (6-aminopusine) alleles,

Amsiquous condom, Amino acid sequence, amino terminal (N-termina

residue), Anticodon, base, Base pairing, Bet confiqu hation. carhoxyl terminal (terminal residue

operator cstron.oigomel, operqtor, Relaredsens) carhory terminal (cterminal residue). c

stron, oigomer, operator, Relaxed civular DNA seese strand (plus sexlond) saper heliy (coiled coil,

structure) sense strand (plus strand) saperheliy coiled coil, super-coil structure, suppressioe.

Transfer RNA (tRNA)

(Acceptor RNA, Adapter, Dictionay RNA, Solusle RNA, sRNA etc, know as the late word in

molecular structure)

molecular quautum mechanics.molecular motion and gen'es theory.suchas cells DNA and

NNA .But. for from want of speak volume for it map researched, transfer this to physical

researched be of service to run upon moleculars gene'smechanism. In the wake of

mtfions described, we see gene's stuided to

It's said that, code of chromafmation recombination of genes, matetion in due by

eqonizing rediation .variabilty and fundamental laws of herdeity l.law of segregution; 2. law of

independent association; 3. law of linkage and erchange. etc who be impor-tant to a concerned

about neur-chemistry nerve cells, nevous impulses, nerve plexus. great

innervatiou.ganglion. neuromere, nerve commissure, nervous pathovay, nerve endings. endoneu-

rium, nerve-hody-fluid. nervous control, nerve fiber, subnerural gland, axilemma. neuron and

neurofibrils. nervous control, nerve we researched (and analysis, muscle contraction.)

muscle contraction

fevment

ATN ^ AVP + P + E (1.0)

(ntrvous reflex mechanism and neuro-musculak modanism that nearo-mascular physiology)

excitation smell contraction couplig

Ca #

4 CaAA (1.1)

Ca #

A.

-> AM

M.

excitation smell contraction coupling

(1) Ga.Ga into endoneur-ium

(2) ACH. Axle release

(3) R-ACH R-AchtogetheR

(4) produse of end-pole potential

Regar to

nervous impulse and its conduction model of synapse transmission

motor nerve endings polarization

ca + into endoneurium

Oh release

end-pole potential

endomysium

muscle contraction

It here, We would discover wave, particles field, Sheave, bunch and carrirl-of here dity

.Q.J. etc, Control volume of throschol, news keep, cross-changways. keep-chang-negative-

left R.R. double hlix, super-conductivity, mathematical logic ways, nature-tong-substance

condu lauguage-Tong-Substance, drareter-poth path-bunch, etc

~ ~ (2)

At the same time, we Rnown ferment is very important according to

equation of ferment conservation

Rl [ETESJ = k2 [ES]

b2

[EJ = [ESJ]] (1.2)

bl [s]

The life field-body havimg Wrong path guide-line, or the green-line, field bunch, its appearing. Ching

and loonabodsm invisible-image, anaboism deve-loping, livity-domain and pass or sit and stop tao-

shold into-cycle. Them's chaning-flow, was fold shadow toplant and striding-links. formation siugle.

double many tunnel links. In point of fact, its was precceding dyes-pighoeatation and may pbrases-

lines of unel links (dye-fassion stur ctcure plait)

The H-sbins semi-solvent-large substances, from first release and second release, Epo

tentionsi-des. conts etc arised pumb and brabn-chainning.more over the brain's left hemisphere

functional and right hemisphere over pont. About physcial-researched to see Figs.

The nerva cell model being

U (l) o C (l) "U = [(n) .a (n)] (n = 0)

U (l) o C (2)

U (l) o C (3) Z u ->

U (l) o C (l)

Fig nerve cell model

Let us se and analysis

reflev action

bell—> uditory sensatior— ^ release—> central (non-reflective action— ►food-

central—> proviassociation—> ligh food—> oral covrty mucosa, Per cention—> release—> salivary

central—> tronsmission—> salivary gland—> secretion

The transmission of acapuncture feeling by the channels that we put comple measurement

with natural marks to item. (e.g acupuncture feeling.) we analysis following stuided-machinel-

model

Aaij (r) (t) = d (-) xj (t-r2) Xi (t) - B (r) (1.3)

As far as the brain's nervous system is concrtned. not only this was neuron, nucleus, axon,

dendrite, synaps etc a succession of motions but also being become of AESS-HT, etc AEH

S-HT

excitation conuction (chemiscd-founula)

E d [Na +] + [K +]

[(a ++) + mg ++] + [H +] (1.4)

H3 C + CH3

C - O - CH2CH2 - IV CH3

O OH CH3 (1.5)

dv

= KA (7tint - 7toutsive) (1.6)

German

quantam type end-pole response

ny t m mx

Pr = - = - (1.7)

N XI

cen exlitatation estion (chemiscal-foconductionnmula)

Centain, having to do with the techniques and methods in brain message and passed on etc.

on all hands next doer to refer models to. To be specific, make sure of its chemical structures we

take measurable by virtue of urtr-microtech nique resolving force of microscope

d = - (1.8)

NA + na

not long since, mak a sketch of ultr-microtechnique's speapk, well as far as is goes Ahhrough

it be for ultra pure state and crystal grain boundarie, please open to question but answer to the

purpnos of work up, because it wriste down what is called molecular's level which that is the last

word in heurology. model of synapse.

xi (t) = l [2jaijxi (t-z) -QiJ] (1.9)

we may thinging it necessary to out-put ultr-microte technology

out - put

2 2 y 1 2 2

-f (y, t / x, s) = [- ~ (m ---) + - (-)] (2.0)

2t 2y z 2 2y

(3)

In need be, we using computer let it to the xrtent of clearly-maps (CT or others)

As far as our information goes, we have to do with be

characteristic of wave particles.field.shauve.buach. shock-degrretors.That regard to simple or

linearied solution is pure phoxe transformation will be wrong. or-inorder, imter tial

system, mass, photic stimulation, photo emission.cross-linkng. photoionization. nonspontaneous

generation (non-conductor.asymmety chemo-syn thesis .ele ctri-cal excitability, audio-frequency

power, coefficient of expansion, collision density, cortical reactivity. and crystallius, etc,

who been play an important role in the here, Else than that not less than unde certain circum

stances depend on mutual action and in trlinsic viscosity (specialization)

[1] Vimentin Binds to the Haman RPC Memslane and Associates with Ankpin; Intermediate

filamezts 1985,691-693

[2] Three classes of sisalling molecules on B-cell memblanes. Membranes receptors and

cellalar vegulation 1985, 87-92

[3] Noulal Control of Monnalian Hibernation; Circulation, respiratim and metabolism 1985m519-

530

[4] Actions of cholecystokinin Octapeptide On 2Rat spinal porsal horn neurons; Nevronal chole

cystori-1980, 373-401

[5] Mechanisms for Biological Effects of Magnetic Fields. CBiol. effects 1980, 71-86

[6] Collular loculization and function of the

[7] NIIMURA, N NEAERON structual biology, J-phys chem solids, Co [819], 126-12705-

1270,1999.

Language acoustics, Electroncs.

THE SIMPLE IMITATE OF SYNTHESIS FOR LANGUAGE Abstract

The simple imitation of synthesis for language be made of some vectors, eg pickoup

corrier and gear-drive equipment etc.

  1. The language is begings by compuaters as betwem
  1. C. and D. in any directorn and so on, In this paper, we would disscution some important

KEY techniques (higher hears etc)

/ KEY WORDS / .others.

stationary measures, gene-affine

fiber-silk effereney

news noleculor-voice

synthesis phrase

second chang-suddenly

nerve silk fisson

single wave guide

some aggregation wave guide

onself wave exaniner

Higher nervous, electrotyping hearts

Gene-methods molocular biology techniques staps from in ner to out face. BME

EXPERIMENTS MATIPJALS and methods.

(1) Anologue-imitated-instrument of linsui ster

(2) Special-electronic analog computing equipment

(3) Higher-boars of nerves, Higher-source-pickup.special-maded telephotography of nerve-gene,

system of higher myogenic of functional condition.

(4) fundamental tone (New electrical ground substance and copulation organ contactor) or calisrator.

(5) Oerer instilments matrials (nerve silks fible silks,) etc.

(6) Animals Test, etc

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jmschrstnf