Perpouicc ep TUee tices rls: ee generation by monochromatic red light. -44 -————Wumerous observations made In our clinic and other medical ~ -— estabtishments~point—to- the possibititty—of-berie ficial action of ____He~Ne—taser—light—on—the—process—of—the—post-traumatie-regeneratton—- j _Initially,_such_data_in_the expeliments_were_obtained by D.L.Koritney during the action of non-déherent; partly-polarized, - poke red light: on the skin auto-transplant of a rabbit, of which we 5. ‘During very small intensities of from o.2-0.5 mi/om a i stimutating-effect-was-obtatned;—at which _tt-was-observed — eee eee een react, tothe -action-of-tight-were-the-regenerating rocesses_in_the connective tissue, Clinical experiments were carried ou £ to discover possibilities of. utilizing. He-Ne laser light for puposes of resonance’stimulation r——"e6f regeneration rrocesses in cases of trophic, boils of various a ;——attotogy, Therapy of five patients suffering from trophic bolls of — ._—ray-a#tdology-was—earried—out—by—the-yésearcher—from;—Alma-Atay -__—_K.D..Durmanov.—The legth_of-ailment -varied_from_1=9 years.the—age [ _of patients varied from 23-67 years. Radiation boils were located _ _ in the area of the torso in-two patients, the face-in one, on the neé in one and the sole of. the foot in one. The diameter of the botis (or sores}-wasfrom:2=5—cm, Exposure-at—intenstty—25- mw7en2—— ir ____expresssing. themselves in the total. healing of th @_gores._-In_ the republic. clinical hospital.analogical results were.dbtained when aser radiation was used for curing. protracted unhealing trophic ; cores. Of interest "are -experiments~made“b y-Vi V7 MakeyeVz—and— | eotlaborators,—i972-to-discover—the-possibility-of-utilizing— . | __He=-Ne_lasers_in the treatment of trophic_sores-_ In_13-patients,”__ the wounds a eared:as the result Of operative intervention, in four, asa. result of traumas-and burns, trophic sores as a result of thromboflibitis were noted in § patients. Thé maximum area of the [7 sores was" equal _to-27-cm-sq; All the patients -had-previously- under=—- r—_—-gone_—eenventional,—and-some-of—the ir-number;—operative-treatment—— |The _length-of the ailments ranged from_1_month-to 25 years... | ——he_action of He-Ne_la s€r_on the area.of the wound was carried out __ daily with an exposure lasting from 20-30 seconds, with its gradual increase. . | __ ASS yesult of therapy, 19 patients after 25-sestoms;—achteved-_ es | peter healing-of -wounds—with che-appearance-ef-uni form-tissue-chit—- ! — 2 d—epithelization; in 4 patients a considerable reduction_in ——_the dimension of wounds appeared Already after:from 3-5 sesions of _ ___ radiation #£ was observed. in- the ‘majority of patients: a. growth of granulations; the considerable betterment Of their condition, the _ __Stsappearanceof-pant in the area—of the -wound-and-normaliz s¢ton of — "Steep ~Asan-example7_we-give-here—an-extract—of-the—ease-of a ——— icknessj- ; ——A_35 yr old patient"G" entered the traumatological ward on the Ist _ Oct 1970 after sericysMamage: to. the soft tissues. ofthe sole and the arge toe of the fight foot;.iIn the area indicated was a lacerated bruised wound wi th the~formatton-of-cutaneal-shred-on-the sole — j a serstcal trans formation-of—the-woundwas—carried-out—by—sewing—the—. 7 ghred_took_place withthe appearance of a granulated wound. L..._On the 21st of Oct' 1970, an operation was carried out to cover the : { ss Ge fect of the’ skin with auto-transplant, which ended within two weeks L ‘wl e-almds otal ripping. off of. the previous transplant; ————_ ona Nov_19707—the-treatment-of—the wound-by-laser-radiation-was—begun jesecttyes tthe: nd.-of the-sole—area-of the large toe is in the pe_of rhombus, th 3 : q 16, depth- was. 2= - At Anproved For Release 2000/0810 : CIA-RD Ut me pe ee lee gece enn ————
we arr eam poe eet i et te cham Sea nen Approved Fer Release 2000/08/07 : CIA-RDP96-00787R000500080001 0. seis le a aterm Teena St nee ee 5 rn 7 we oe rote > ____— Stimulation_of regenera tion_by monochromatic_red_1 ight,_—5§_ ———3e the bottom of the wound, separate eyelets of granulated tissue were ———s3e6n, in the fern or dropléts. The wong “Was” bordered “by” tripe” tissues | ____tiacerated}— TT = — es rae —fhe_separations_were-—insuficier | ___(pMor), the periphery of the wound s ecreting_@sS a res ult_of selling, . | were infiltrated and‘sli htly torn tp (lacerated) ,and a palpation, ee a, Sd ee Tea eHENE WEYE CATFIEG OUET—The-firse-—o¢ ——- 7 -sesstons—and7afte ra lo-days—interval;a-second-—o f-16-sessions.--— ater thet irst—ses ston-of-radiating—the-surf ace-of—the-wound_wi th. --.. f£fusely fo . i Hissue appearedy pee wnatedge.of the vound and a bright granvisced ; tissue appeared. In three weeks, the area of the wound decreased to” fr Dde3 Gm Sq. That is; that the areao. of the wound deeréasead by-2-94 —— a he—eendition—of—the-pa tlent—is_good,.—There -are -no-complaints. [Attar the second courte so tne 200d -there -are-no.< lly: ae | _______epithelialized. we observe a distinctly expressed stimulating effect. during treatment of trophic boils (ulcers, abcesses) of radi avion etiology. as an exammple-we-present acess history of—the-tt Iness- : — The—patient £77 28o¥eaxs_of—age.-entered_the_long-term_treatment clinic_on_Feb_1,196 8_with the diagnosis. of ~advanced X-ray _ _ulcer of the right heel, After a completed. course of X-ray ene —. 2 ee we ee a Oo i es nan rs es . therapy in Oct.1965, due to a wart, an ulcer appeared, OTH EMENnES _and- physi otherapy—turned-out—to~be-of- no“effect,—— sw ES ogurse- of: therapy-carried-out—in-Karanands and qacect —— Todi d-not--give—any_results—after-entering lanecrs tm. -treat- : pent» —the_patient_had-anahkcess. measuring 3 -5_CM with a_ smooth bottom: on. his: right heel. It was round in: shape , with a depth of about. 4 mm. There ‘were | no perifocal réactionsy the etoM Was” covered by meager™(poor)-rotting-seeretion of = - __ eithered granutations—After—laser-ray-therapy Was-carried out nthe -right-heel_inthe-Area_of- abcess localisation compact: ese fluting_(scarring).in height not exceeding the surroundin’ a Sectors, was. formed. The Surace was smooth,. there was scanty husking,. the edges were well continued: No pain was noted. The : Preteen tie therapy carried out-w as~evaluated-as betnne 3 [exc Bi ert PY CATE: b He peatient-was-once-more_examined, four_years abion, therapy. f ~———>—++—-__He_ feels we i1_and_no. relaps e. Was observable. —__ }-—In this way, the above mentioned facts demonstrate that short-wave _oherent red light is capable of. recreating. the régénération processes on the Emme besser sOete CHATACtSE; the character-of-tts-resonstaee’ —— mind een the burn-ward-of—the-republick-cliniost hoe pital—of--the —_. Po mind stry—of-health of Kazakh—SSR,I.T Kovinsk ly,—er. al_successfully . type Og FIZ, “Wavelength 6328 Ay RIT teat ty too wet neg eee Tee —— ieceapy.. "= : in. thetr-number-tamong-them)-4o-had-secend. = t0O-third--... --andecpennr ng? S0-had-rd-——degree_B to dth-degrea. Aes reecpeereee Do ar ecr Sase—in_the healing- period ef burns -was_observed in from 40-50 = Qi cases, The granulations are bright. red, juicy, and tend to bleed easily, After 5-10 radiations, a violent incresterst Soiree eae eeet observable. At the save 6, the phagocytic activity—of Gin acttivar, ; VEER OODE G8; ~—. ~Ctivates— d86c Release ZovreGIO FC ip RDANC-O6 sODDEnLENS on | 1 5 AppEuG as.observed that the rad: fi ~<ed_autostrans ves_more quickly, Extreme epithelia ice anceiww. rf
eee a am me oe a ee NC oad 2M ete ene lao. i nek . - _ * . 0 . . | --CIA-RDP96-00787ROU050008000T-0———_ SO eee ES eee aera oe STIMULATION ~OF REGENERATION. by MRE. | Jog 59°) “nated, bloog ~Supply is_ considerably bette r--—and.-the_growth_of_ —- a scular__networks takes place considerably more_rapid ly. _ Histological experiments have. shown that. in radiated auto- E aan Se renal transplants. (grafts a.more active ‘morphological. change of seeevOne. should we at tOnOf oxygen. in. some cytechewsarn _ One: should. not: fail to dwell. upon. the: experiments on the stimulation. of nerve regeneration. during. the. action” of laser light of _ tow ititenstete 8, since they~help-wsrt Oo triders tand theme chanisn of ~ the chev and Ris oor speteeeee_ inthe laboratory of Pe seas ese Rahishev. and his collaborator .V.P...1so ,_and. in the electrophysiol-_ ogical section of the institutes of local Pathology of the ministry ” of health Of the Ka zak SSR, by FP. Boyko “and” O.M." Ra tzban>In-an— _ intensity: laser veda. coy SnOwed--that-during-acthe-sereee eee "acceleration in seceneonjon apdamaged_isclatio nerveren canteen accelera tion in regeneration of e@ lectrophysiologica difunctions_is observed... .. oo. — The. data. obtained. demonstvate-the specific stimulating action — systems 2°" #9Mtton the regenerative processes Meee aot systems - Tae Eagle thes ES Shes orperinente-oe ons aenzaw eee 2.P. Boyko, du xing. low-intensity “laser. light .be amed.on the neuro- _ ___ muscular. sample, a Rat HEcNeT Toner onal changes. take piace in ic) The “authors. syggest.h that we-Ne- laser. light of 7an initial power of =) We_- in oOssessj onal ma Observations made on9 -.__Patients suff Sper pom-Spinal cord ailments (myelitis o f different wa localization) .. br. -N.I. Paremskiy petempted to utilize the He-Ne “2 , ” “laser. ¥ays,; forthe. burposé- o£ biostimulation of regenerative = DIUOCESSeS;"as-we LP ~—-- 9-patients—s ui fexed. from-azachnomyelitis. of-an-infectious Origin;-4—<{ . -—.whose 4 o£ traumatic: ere_were_ 7 men and ~2—___ fe UD to. 20. years: of. age, 1,. from 30-40, 2 es from. 40-56 + 9, from 50~60, #3 lf” The; patients: were invaliass— the “first” group . COMprised: 5 peopl? —— “se 2nd~3;~-the—third-group= eo in a aint -tenparaturs aie pattentsr the d14ness-progressedy swith um ings, ase } oss Sntemr : eral. ofinfection: headache, ~—capacd jengadsposition),,. cararrh: of the appes ot de. of the Sreathing channels. In. the. Majority. of. cases,.the increase in spinal Symptoms. was” obsérved, th “Cases;: of myelitis-of traumatic origin, ~~ a colon si Marome-was~predominant. ene: m Da ins Were. localized inthe — - ~ me? 2OR—Of-the-waist,—1 teins ;—stemach,—-ami- along ~the—ischial—nerve—— : fail stant—character, to ~ ~~ S88™Rs. shooting,, ©Yr_ searing,: pains; _ ae _in spe-Great: majority of casesy there: were: leg. ailments, weakness _ = ‘he “hands. ‘Was Only observe _2n.<. patients... in: > patients, paralysis — “omen. The. ages: of. the: pati ents... during..the | Period. of treatment were £ ae ~——Sf_She muscles withering or absence: of tendinou Sreflexes, in 3 _ Patients, . . : . —~—was-a alT caseés,: disarrangenaat:of various degrees: of pa : : ; : *SCovered —tr, € dtstourbarnc Tae Ge —~Condue Dai? —~ “Approved For Ketéaee-2000/¢
_ eee ™ It_was said by Biruni, the great wise_man_and encyclopedist +——— of central asia :"the body of man is as light unto the world." n the east about a thousand years ago the idea was fourdéd about _ y ofthe world. Mantis not—dtstinct _from-the—universe;—but— ¢g-tts-microcepy.—aAnd-se,—we-see—al ready—in—ancient—times—the——_____ onception existed _of a convergence between_the microcosmos, man, and_the macrocosmos--~the universe. Thousands of years went by before the philosophical idea of the unity of the world took on a physical meaning. And here, already {fn our twentieth century you egin to truly wonder at the insight-of-the-anctents; ——————_——— —————— tn reattty, the-organtsm_ts-bufitup-of -atoms—and-motecuites—— __eaccording—to-—the—meendelevian_tables_of chemical _elements. Classically : e find that the living substratum consists of substances or elements ne ap uid, gaseous and solid states. But could there also be a hte 0! f pi asma {fn a living organigm? We are accustomed to répresent- - ——ing any objec € as betng composed of-atoms and -motecules; but—an-object _—-—_can-atso-be-represented—as—being—composed_—of—elementary-particles —___ lp r-ions—(plasma}).__Plasma_is.the fourth state of matter. It is at present possible to_state with confidence that nearly all _matter in the universe manifests itself as plasma. The macrocosmos is , filled with plasma. is the microcosmos thereforé deprived of {t? ———poes a plasma Of a living organism exist? Some kind of-special———— ———-plasma;—Bioptlasnas—_——__ Lfthe—world_-is_material and unified then one is_obviously _ > t _.made_to say yes; In fact, this state of matter-~this plasma--is 5 the most widespread in the universe surrounding us. Therefore, it f should also be manifest in the living substratum. Perhaps because : ——“we do not know much about this living plasma, wé are ignorant of — ———the-condittons neccessary—for-creating—it fe.—in-short;—a-number———_- = -~--—o£-questions,—presently imanswerable if one_is ronfined to present _._theories_of certain_experimental facts, can be looked at in a new <f 4 ____way concurrently with the planning of new experiments, different in ‘Yj principle from those previously carried out. 3 In I967 we made the acquaintance of engineer V.S. Grieschenko a — who-presented-the-hypothesis-of-bioplasma.—In-accordance- with “his—.3 - ---presentation,—biloplasma—was_made_up_of hypothetical_atoms of IKs ; .._Although we _became_fond_ of Grieschenko's hypothesis, at the time there _were no concrete experimental confirmations. Later, when studying mma teen saris sian ee ec <n ye ET A ES = Sp ce Cet Preteen eee nga _the literature, we discovered that the hypothesis of a fourth state of matter embracing Tiving organisms was also-advancted by the— “~~ famous english-physicist WT Crookess—————__— ; ~~~~~-~-~-The-seLence—of-polarized-physiological—energy—was—developed_by— i the. russian scientist M.V, Pogorelski in 1912 in his book entitled: ..."Electrophosphenes and energo-graphics." He noticed that photographs _cbtained in gas discharges reflected some kind of physiological states in living organisms and man: "All natural bodies and all living - matter possess—a-known-number-of-phystotogical—energies—whieh—they— “ "~~" cons tantly—emanate—from_themselves.—__Exactly as _all_physical forces ~-Known_to us like gravitation, electromagnetism (heat, light,chemical _._ reactions), can also serve as sources generating this energy as well..' ... .__._(Note: certain passages in this section ,corresp nding to pp5o-51 _in the original manuscript, have been omitted as being redimdant--Eds) 4 Académi cian EL Markowski, director of the biochemicat institute - ~~ Bucharest-who-was—in-Alma-ata~-for-a-visit,—discussed-with—us—the— — conceptual state-of affairs_of the-science—of bioplasma.—Ever since - —§ee—dos_Markowski_has been developing models of living tissues ~~-~SE 4G composed of very labile biostructures, organic clusters and ——N&ter molecules, which mak ip sce molecules ,. ke up _the cells and membranes. After carrying ..._cht Many experiments, he formed the science of Approved For Release 2000/08/07 = CIA-RDP96-00787 ROUUSOUOEOOB ISI whose —.
> So, ae” FN 108/07::-CIA-RDP96-00787R000500080001-0 ss BIOPLASMA ~2 eee — , a ~~~hhypothesis, that bioplasma is an unstable structure of living ee whose premises converge with the concept of a he con biplasma. Not long ago, he sent his large monograph entitled "the structure of living matter" Bucharest)_in_which he writes ah out_the convergence of the oc oncept _ of bioplasma with-hts-btostructure S—corcept The Polish investigator V. Sedlak in a work entitled "A model of a system emitting bi logical and electrostatic fields" published i n—1967_in_the—journal_Cosmos,——came—to—_the—conclusion—that_re search. - to tiving plasma-was-necce Ssary.In-a sertes—ot-other-works;—he— has advanced an Intrinsic hypothesis o! f bioplasma (+). According to his suggestion, bioplasma_has ve ry_simil ar_properties_to_semicon-_ tor-plasma eee This” hasbeen a short review -of-the-creatto nm of the bioplasm organisms TT -———{+)-See—Sedlaks—paper—in-Procee dings—of— the-—2nd-Internation al—Congress on PsychotrontcsResearch;—Mon teCarlo,_1975,pp, ===Eds———_—
ON pecs LC Nn tn te ne ToT _ Bbioplasma-3 "Approved For Release 2000108107 7 GIA-ROPSE-00767F ene ee @ sha acquaint oursélves with the most important biological : A sma isually on Our planet;—~—- ig as—discharge.—Duri ng-discharge,;—an-elec tron-ion—avalanche-is - formed, gas discharge p asma_—appears_between the electrodes. The_ _-- number Of positively and negatively charged p articles is equal. As _ a whole, plasma is electrically neutral. Various kinds of vibrations 7 Gan take place cepending on the particle density. one of the prop=~— erties _of-plasma—is—the-cotte ctive-character—o f-processe Staking place in-part—of-the-plasma.—Plasma—behaves—as—one—whole., —- h_ the hel ofields_the _stabilization_of_plasmacan_be obtained. As far as energy radiation is concerned,_plasma is an _ unstable medium. The discharge temperature of plasma is very high--_ up to Lm on degrees. THe problem of creating maximal stabitity of 2 ask~of-moderg physics; ——-_-__-__-- ________Having—re ad—the—above—lines.—s ome—re aders--may-begin-to--have-—doub ts: —_is_there_hope_among hiologis &s_in_proving_the existence. -O£-plasma.__._ . _ exist.—tIn_salid=state physics, research has already_ been_done.on_____ : -— proton_plasmas_are_ob servable. The hole. is_a_vacancy_of_the.electron. in the -'soft' ener conditions of living organisms? How _instable. is_ the plasma? Do not hurry to join the sceptics since Physics already _ nas some data allowing the réjection — Of these doubts. tT t has been shan crat ynder certain conditions;—such-as—in—atomic-molecsles oe —latttie es7—ptasma—ennditions—tobjects—wi th-absolute—instabi Lity)—can-— . plasma effects in Semiconductors 2.Crystals_ and other |; matter. The most characteristic thing about the solid-state plasma—— “in dis: istinction to its gaseous forme=-its— Tts”"instabi1z dty, thermal” —— — — equifibrium,—and-parametric-di £ ferences—depending-on- thes tate of ~—— a the-matter-—In_a-solid_body electron-hole, exivon and electron—~— -.-. ina som*forductor. In contrast to the negative electron, « hole. has a positive charge. A combination of a hole and an electron sae Se ectron bk gives a neutral particle: the exiton. ; “according to dee cog tne tee trorhole~plasmain~a~semtconductor-changes v elect rane aod hey pomperature.—During-heating,- the population of nae “SF solldostate otesmare Significantly increased. sthe,density on - —of solid-state_ plasma _is_ optimally high: from_lo""-lo“* electrons/em-. Consequently, the frequency of the plasma approaches the ultraviolet u ic tron or hole does and visible portions of the spectrim: “Each elec ss “no t belong —to~one—atom-only;—but—has—brok en freeof-the-erystal---——-- i iattice—of —the-soltd-body-and—manifests~. -Ltself as “part of --—--- —— St somone go of the-plasmic-semiconductor.-In fact, cheeteicte have—.... £3 watch ane aapeerse Class of convergences--organie senizonneer eB _#nich are extremely close in structure to the structure of living a organisms. Plasma Conditions have also been diccoverca in organic 2 “oni conduttors.——Therefore>—seen—tn, ‘perspéctive,- there isa hope ‘that - 2 oridge—can—b e-buiit—extending—from—the- plasma-o f-tnorganic— — — —-~. “~~ Subs Further o the -Plasma_of living organisms, 1 organo "<Srée "ts un derstoa aan @léctron on Y protén which a oé€s not Bbélon g / to- vanes ee ee atome—That—is;—tts—pos ition-extends—beyond-the—— —— ra ““raction_radius of the atomic forces yop tn1967_s atpuierdi_drew attention to the important role oF a he duestisnenectrons_in biological processes, ti mee he wea ealecs” ~sr€& question of research into Semiconductor properties of biological _ —*"dlecules (white corpuscles, D RNA, albumin, etc./) Many . ~ Deepen chers point to semicohetor orcs, properties of DNA. The so=callea “> cchondrie pneY © tarye part, In bioloyival systenssfen ees eete RSS sou narta—trespiratory-celt organeliesh cient ‘trans fer—takes-plac:
Pert edt ag mAs - lh  eLRCR _-- Approved For Réléas@ 2000/08/07 + CIA-RDP96-00787REG050008000120; re ‘ i a = TESTE SS Eg ee ce ——R WORD ABOUT BIOPLASMA -4 a rough a small chain of res ratory fermentations. The role ofs* ochondria is very large in the process of energy conversion. hetrowumber can for example be to whith comprise about 1¥ of the eight-of-a—human-being;—They—create~energy—reserves—in—the-cetl—on— 2 ount_of_energy conversion_emitted_during-biological—oxidation_into__ potential energy of rich chemical energy co mbinations. According to the opinion of the Polish researcher S. Monczarski in mitochondria are found electron plasmas with greater density than in the {fonosphere. . Research made into the electrical -properttes—of cell menb¥anes- as arrjed—on-quite recentiy—by -L.A,—Pirozyan—and-ViNs—Artistarhov—have—— HO e_existence_of_semiconductivity in _metbranes.—The_role_of membranes in biological processes is enormous, One can_say that ne arly all of these processes act thanks tothe membrane, This, according ——to how many of them are found in one Geil, is man: -- ifested by the electron ——photograph (itrustratton—$) Made~by us. _Namély;, membranes as we SHAIT see tater—aiso—appear as—reservoirs—where-electron-hole—exiton-plasma—ts— __concealed (stored —_ The plasma is formed on account of the ionization and formation of “the localized charged particles. However, the converse process also “takes place: the Interaction of particles between themselves and theic p return "to their binding with atoms. This process ig" accompanyied by — ~ —the-radiation—of-energy—-in-the—form-of-separate dhionciue . quantas——wee ~--_Sio~luminescence-of_tissue_and_cells_are_at_present—intensively- studied by the school _ of Prof. B.N,Tarusov, the chair_of biophysics, - _ Mescow state University. It has been established. that during the _ _ exchange reaction process, the cells luminesce in the visible part of bh “~~ tne spectrum. — These~are very weak=tntens ity stremas of light whieh - bei canThardly be “magnified by highly-sensitive—light-receptors—{detectors) (5 ---S¢=called photoelectron magnifiers. as mentioned previously, as far_ ty pack as __1923 Prof. A.G. Gurvich pointed to the presence of radiation be in the ultraviolet portion of the spectrum during cell splitting gs _ (nftosis) or during the death of cells _ Discharges of light during ba _ ceil death demonstrate the-saturation ofr bios tructural enéroy—in-the — & ~presence-of-charged-particles-~ ; To ES, ~ 77 1n-this_wayno_mean_amount_of_data_(experimental_fa¢ts)_has-been_{; collected to this day. This indicates convincin gly _that_free_electron$? __and_ protons play a great role in the vital processes or organisms. a) We suggest that bioplasma presented as Béing electron-hole and &) __( e+ kon plasma whieh localizes —ttself-th-menbrane-structures;—among-othd- in mitochondria,—this—is—the—most—tabite—view—of-plasma—in—the——_-__ . =i *ing-organism——Apart_from_that, a more stable plasma_is represented. + A5_being electron-proton. it _ is localized in the cell nucleus, the ‘ }.Bicstructural parts of the toplasm where no membranes are in evicence. This is visually illustrated on a simplified bioplasma } =ccel (illustracton—6) sno ng a cell. L bigny post Gistinguishes—bioptasma—from-ordinary—semiconductive-plasma?— ue = Petals Ar ray a living organisms. - Its most inalienable characteristic is its pF a ti-entropisn. Le _ urther, bioplasma is an organized system; Within TEsclE ie does = ott lopleg tat “noise";—It follows that it-ts—possible-to-speakof— <1e—-bioplasma—being—a_plasma_at—abse. ere._Of course,—absoliute——— _- Hinetic eneroy making up particles, but conversely, be a wees _. Particl of a2 afi enatr OI, them. ==Cles" put together by line LL orca ft. AS AARP HprovediFor Reldase » 008 Bel” - LIA-Butn Yas O74 yy -VarWels’ the diff- ~**812 types of force interactions between particles, the common
- 6d For Release 2000/08/07 : CIA-RDP96-00787R000500080001-0 wae ere we ewe ew ee ee ew ee Bw ee Rw ee Oe ee we eee 7 - -- ____R-WORD-ABOUT -BIOPLASMA——— ——"pHinding” of them by electromagnetic fields of biomolecules,--- ——a eates the basts of the stabtitty of btoptasma during sence—of—thermal—vibration—and-the—direction—of targe—reserves—of— nergy.__Absolutely, hioplasma_is_made_up-_of_oxygen—-ions,—— carbonic acids, and so on. It is possible to draw_an_analogy between pioplasma and ion-reinforced constructions where the manifoldness of material is made up of durable T.: solid) building material. ard so, the most important characteristic of bidplasma is its rdertiness;—tts-unusuali-stability—during the-time when-tt-is————— energy.—__ Bioplasma is a medium in which different kinds of electromagneti acoustic, and possibly gravitational waves are distributed. The wave _ Gharacteristics of vibration {fs such a medium are spread fin definite -——rross=sections {({planes)—and-can be polarized. are There aré réasons to __—-state-that-it-is-characteristic—for-these--vibrations-to-have-a-high—- ____-de gree_of coherence,—that_is,—thei r-phase—characteristics—very strict coincide. Namely, a.:_wave field has_been_“frozen_in" as if with precise wave characteristics. It is as if a unique organismal hologr. -——has been created. Every fragment of such a hologram possesses a ~ -—-oryaracteristic of. “the most essential propertiés of the wholé organi -—It-is—not true—to-say—that—being -uncovered-here—are—completely-new-— ____apnroaches.to_the learning ahout the memory -of the brain,—-or_the— __nature of heridity. FC ; . / The hologram "frozen in" the bioplasma is In fact a biofield. - “phat is why we believe that the bioplasma is a medium in which it is -----possibte to form the bastcs of-the biofteld and-itts”fundaments."In _ .—-keeping—with-our-conception-biofields—are—a-synthesis-of-real-physica. _.__ fields with definite physical parameters—and-configurations.—-The—— ___ conservation of parameters and configurations of fields is conditione: by the bioplasma not possessing thermal noise... “In fact, presentations about the biofielId are not new, and have — “——~thetr own History. Howéver, at the time "A.G. Gurwich developed” —~—-sctlentific-presentations--about the -biofield,-they-did mot meet with — —_-understanding— .. —on—the-part—of-scientists.,_and—hardly-any.-speculatic —_on_the significance of this problem_was_made.__ ee ee _.-p-—, rhe question arises: what is the nature of the biofield? How far does it extend. within the living organism? ~""~We bélfeve that the matrix of the field is Yreprésérited by the — ~ Dioplasma.—Namely—the-bioptasmal—body—does—generate-anisotropic-fiel --anisotropy-is_an-inalienable—property.of_the_biofield.—The.-problem-of ; interactions at_a distance stands sharply and_to_this day, even _thor , proofs of its existence in man have been obtained, as well as in mx _ammels aud even in plants. Let “us now pause tO 100k at Somé Very intérésting experiments of ' ~-the—Ame rican-sctientist-K.—Backster;—He-de ived—into-the changes—of——_ /- @lectrical _characteristi cs—in_plants—during—-many—fluctuations—ofthe . —iofield. Such fluctuations, as the scientist rightly .-3 suggested, —£4n occur for example during rapid death of the plant or animal, carr: _Out in the absence of a human being. ( ) _ ote? This section has beén onittéed since Backstér's experiments ete avaitabie in -English.—See,_for-exampte—Int. _Jn-Parapsychotogy,—— " ~NEw—4,—1968-and-Seience;Vel——_;-Nr, ——PP, 7-49-45——-Eds- “———_tndependently of Backster's experiments, together with A.S. Romer -—2_1268 it was concluded that plants react to changes of fields in the et being especially during various autosuggestive states °° of M@ATECTOD CRALACECE en ~the-effect-was -observed-at-a-distance- of up-to-i _meter;—and-so;— p-— there-exists a bs ; Mm £ ‘radiates : provedsFoemmeaseaduoelon: CHA RIBS6 dO7ETROOUSDOUBUOUT. a Fadiates—ar ~-4 r 0 ’ : : ' . eee ROBE Bee y A ewcoun-TCX CO-ysig-DEPARTMENTS-ON]
WORD ABOUT BIOPLASMA-=6 ——— We first encountered the- bioplasma during ————_l i ving-ob-jects—durin $-gas—discharges_with arch madé into i ¥rese —~the—aid_of-the-method____ As the research ef gre seence_of Kdrlian (V.Ma Tnyushin inetee . As’ the research of W.G. Adamenko has shown the imaging of different ne ~ accompany—a—given—proce SS85—t —__—___faet,—other-—particle wpe uchas-protons_participate in it (see liustra: —_Nr-—7) (Caption: Corona _incandesence of han an.finger.) __If we thought of one of theem.itters of electrons and other parti les as being a sector of a living object then { — in accordance with "Changes in intensity of emission Lt is possibla to éstablits SOSEU -———_-___tn_our_laboratary,_a_ "spe cial_app aratus_was_created_to_me asure__ ; ght radiation taking place ina discharge envelope, During research m-ade into Plants we discovered that the intens ity of ~ ~~yadiation fis at its max: poepmum in ound leaves; and ata mintnumtaee Tao: During” the-process—of“the—re Search—made—at—dimin uation-of-the—intensi i — of -radiation—-was—obs erved -from—lo~153 ~—After—this—fa 11—,—the — Sign tt cance-of_intensity remained unchanged ~—Metal_ plates, Physiolog: cal _soluti ons_did not evidence the presence of sich a fall (drop). The change in intensity of radiation took place in all the leaves - in the stalk and roots of + the plant, in relation to thé ini tial—tevel. - AS a FSSuLE-of- this; the-forced"pumptng-out#—of “electrons~and-othe : . Ee the hon riRgs~about—the-gradual-_dectease_in nareeeroy -these_particle ——inthe-whole-organism, and this fact. nance ly,_gives the basi Sto _. suppose the presence of an intrinsic electron-ion s stem in the organism. __ Another experiment: It was enougn to Separate the teat—tro ~-—Above,—all r—-the_cut\-o0f i leaf _loses_the stability which it, posses — __ Tor Gsins_connected with the whole plant. But, there is no poss ibilit: ___of compensating the lost Charges during their mission. From this, the following regularity or conformity of such~ = Tadiatién OF reaction ~~ Gait be seen: ~ - gs, ta _the-other—experimen t,—-the—plant—was- placed—in-a-cons tant—magnet: —-—field,—the-cha racter-of_the_radiati on—changed. _The_intens ity_was___ . --iower_than when it was acte d_upon by the magnet, but the length_ of time inct: i The magnetic lines of force, __hindered the easy extraction of electrons and othér particles fron, - _ thé plant: All this— aso” feniinded-one of the-behavior—o f-plasma-in-— ~ ELS ee inceonee OOF Phaser 7 c cing—theincre wot onde soot temperature from 40_to_42.5 dagneas, “7 —-€, an abr ob. acrease_of radiation discharge was o obsez rved, follgwed _ --_by its drop. Something similar is also observed in the leaf. Would ....this be the critical temperature of bioplasma stability? re is possible _ that this-te So. te Gisturbarice of bioprasma-sharply—tnorea 5es—the— _ POssibtitty—of—the-e misston—of—th e-particies,—inerea Sing-—the—-brightness —Shsetva’ thereggendbathon dischargass Te is not witeete yee bEtghtnes temo ne that during the heating up of the spots Of plants at definite -.~.tempe a tt ~frature intervals a bioluminescent discharge was observed (weak -—iight conditioned by: | ; reat pa Gurwich had, in fact, observed diséharges oft mitogenetto—— Tadtaetar - ; . ng- . “heating up.—Couid—this—be—a—coincidenees *nconditionally ner est—that th BAZ a er 5 - b, ~—~Eiop Sink cele = ntensive the A prOY oi x S&_tadiation occurring as a result of the free