pMmula tion of
regeneratio n by monochromatic
red
light.
exceeds_this._±n_the—control—sample.,
in_this_case
,
twofold.
;
ccordlng to
D .L^Koritniy ,
the RNK concentration
in
the eplthelia
?—
of
the radiated transplants
is relatively lower on the
2oth day and
U-
"is even- .ower on tne
3bbh day
a t telT^trahs pTanfafib'n~,
this-Being
[
-
gxpriHxned—
'
' y—the
increase—of—the—morphological- processe s
in the
"
-epithe-lla-1—plast;—I-t—follows—that-monochromatic-polarized—red—light—
fnrns out—to. be_aip.Qwexfu3^stimulator_o £_regenerat.ixe_p.r_ot; e s s.es_in.
tjnnnds
as well
a s
in freely transplanted skin.
—
”
The next experiments were carried out using coherent red light.
In
——-—gie republic clinical hospital
ot
the ministry-of-he'aTth-of“1ihe
“
Ka~gakh~s~qviet~soertaiist~republi c in—the ~b iophysteal laboratory—o f
the—Ka-za^h—university—and—in—other—medrical-b-iologicaX—e&taBlishmenta-
a
r)ing<dprahlf!
amnnnf.
r>f faotnai
ma terial_has_be e n_.c.olie c.ted_demonr_
eta ting the poss lbility of utilizing
the blos'fcimulation of physiologl-
r
"eal processes with the aid of monochromatic light radiations
from
~He-Ne~lasers
.
Some therapeutical aspects-of
the effectiveness-
^of"
—
su'ch-hiostimutatioirte re " 1 e amedr
BelcwT—
'we—reveal—our—experience—during-experimentai-work—concerned
wfth—the-stimulation of .regenerating—praces s.e s_by_the_radiation_cf
pe-Ne
l asers
and our
c linical- work when we used low-power lasers
for
the treatment of some ailments..
The rapidity of
- the process~b'f regeneration!
its^'timtira'tXoTrr-or
-inhibition
' is~a—good—indicator of
the-nctivity—of-chemicalr-or—physical
;—agents-*
:
_Assuming_thatLlthe_endogenal_.ray_re.gimen_of_mitPgenetic_radiatio_n
during regenerative
proces s es manifests
its el f
as one of the con-
ditions determining, the proliferation of cells, we carried out
a
series of expeiments
to explain. th^~pas^ifiTity~0 f~'S'tirnula t ing
s adiet-ion—in—the—UV—waveband .—The—poss-ib1e—aspects
- o f—appLyIng
lqw=ijD±ens.1ty__HenNeL_laser_light^PiL_the_regeneratipn_pf_bone Jtissue
were
learned.- The experiments were ca rried out by.P
P .Chekyrov on
_
72 mongrels.
The regeneration was studied on the radius Sone’~when
it
was sawn
( pa rtal
. cleavage)
andrtotal-cross-s e'e tion~~fractu rev-According
~tq~bibiiagraphi cal data—
d
uring
.
- thertrauma-of~ the- radius- bone-, —its
regeneration—takes—plaGe-^acco-rding—to—the—firs-t-
-mentioned, type—At
total
. cross 'sec.tion_fraction_of_the radius bone
the
second _type_of
regeneration predominates, with
thefeppearance of bone overgrowth
_
(bones, becomes
thicker)
.
The operations Were carried out “according to
strictly standard”methods
in-as ep1 1 ca
-conditions”under—general
narcosisT~~The~dept±r~oft-the- sur face— sawing-.-was:-measured—
1with—the-aid
of—dividers-.- —The—wound—wa s—sewn-up^hermetl cal ly- after— hich , an—antl-
septic—hand a g
p» wag pla ce d:
Tn
a ttain
the total
fracture
o f
the
——radius bone,
an electrical cutter was used,
the cut .made was equel
to
4/5
ths
of_ the. bone, diameter.,
after which it was-broken with
the aid of mechanical force.
The remaining operations—were-the-same
as”irr~the~fir
rs t-
'case .
.
;
:
On
the—planter—of—pari-s—binding
1 ,—at—the—si fee—of—the—fracture—an
opening—L_.cm
srt in-diameter^ was made,
to facilitate radiation bv
—laser-light.
The locality
of. the fracture was radiated -with coherent
•D°n°cb'romatic light of the optical quantum genera tor. wave length
6-328" A
of intensity lo mWTcm^T^biagram. 3 -
captToh":
_”'extemal”view-of-He-Ne-
intensity lo mW/cm”
( .Diagram. 3 - caption:
extemai~viewT)r”He-Ne
Radiation-was—carriedr-eut—in eonditions—of—darknes s,
-wi thout
addlti.
—j-l-lumA-nai--4-on .
Exposu res
1 -1 n m nute s-. Observations wer e
—nade_jjq_peiods of So-9o days after the trauma. was. made.
In those
—Pitgiods ,
all dogs underwent
. roentenography of the radius bone
,
comparing
the. roentgenograms- obtained, witn the-cOfTtrol samples
mace during, tne
same, period: of. observation,
the following was obser
Approve
I
-f•T»T«I»7«TaT(iI I
rroved For Re leaSe 2000/08/07 :X'1A'-RDP96-<?OF787R000500080001-0
rtiifitflatl^sn-ofTiegonera't iron-byntionochromatiered-ligh tr.—
_On—the- X-ray—of—the—contro 1—dog-,—the—saw_cutting_was—st ill-observed—
jat
all
stages—but—showed—small contrasts.
The edge of
the_bonp_nppn=; i t-^
the cutting,
an area of - peri-remnant bone
thickening wa s
formed.
This peri-remnant covering. has
its greatest
. density ^n“the^circumf'eTenc
TTIthout naving "to go
“Into-de fa'll led-d is'criptions
• .~o f—o ther~experimen
t
-it
lb possitrle~to
summarirze—the—r e s u-1 1s—of—the—experiments—The—
d
e g re
e
-of-hea-l-ing—of-^he—bone—thickness—in—the-experimental_dogs—was—considers
jjt_jii.gh.fir than
. in
. the_control_jiogs^_Thus- 4^Jfor_exampl.e ,__the_firs_t_s igns
o f development, of bone thickening
(growth)
in
the control dogs appeared
towards the
2oth day, whereas
in
the experimental. dogs ,
towards-the
loth aay. On the
Zoth day of
obs e rvatTori;
th^—bkme-overgrowth-Tn—the-
-experimental~t!ogs~-appeared~in- thefcform-of-a-protuberance-on-the-opposite
side-of—the-sur-face-sawing-of—the—radius-bone—The-sector-of-the-radius
bone_in—the_ar.ea_of_sawing^was—compaeted_(Yllled_in)^jrqwards_the_6oth
day in dogs of
the series, mentioned
,,
the
effect wa s already unopserv-
able, whereas
in the control
dogs," it persisted, at-€He“edge "of '"the
radius bonel
.
i
—
By
comparing—t±r&—X-rays—erf-dogs—of—both—series-on- the—9oth-day-,—it
was—es-tab-l-i-shed—that—in—the-exper-inental—dogs,—a_total_regenerat±on.__
of
the—s-tmc-ture. _of_the_radius_b.one_.took_place /_ _in_the_ c.on tro.l_group
,
the localitu of the
sawing was visible
in the form of a’thickening
of that part of the radius bone . Histological. experiments-also
pornt^to the indubitable-ef fectiVeness-cf'-s tlmulaing^lasers-orr~bone
—What—is—the-mechanism—of—such_action2_Does-not_warmth- influence
the_rapidi-ty-Qf_the_r.egenerative
processes?
( Diagram
;
- X-rays o f
the radius bone o f dog s ,
15th day after fracture:
A.,
control group
B..
stimulation by laser radiation^
~~
~
“
Putting the-qu"es~€1on “in this^ay-is
apparently, insoivab l
-e,
since
-activity—In—eonneet-ion—w-iti^-the
fae t-that
-hardly- any- heating-of
-the
t issue dur ing radiation—takes- place
For_ examole^._durin.g. an
_exDO|u.re_pf_ tenjmi.nutes ,__at JLadiatiy^piwer lo- 12 jnW/cm_s q. the local
hea ting of
the tissue
all-in-rall comprises
from 6,5-1 degree-
centigrad
Such a^the rma lTHeating can ‘Hardly-Bring
' abo ut" su ch'.''roanifest''physTo 1og
i
carl-and- morpholugxcalr changes
“ther-regenerating—arear--Atr-the~ 5-aine ~ti
-one—should—not—totally—refute-^-that—thermal-phenomena^do.-not-manifest-
a . certai n
.
1 n f luence-on—capillary-jr—trophic., surfaces .—Hcrwever
such
.3ct.tyjJ;Y_^is__nqt. so. manifest, as
to influence the
speed, of regenerating
processes
so that one could be
in
a state
to observe tiieiT in our
experiments.
~
:
;
—
1 t-is-known-that. warm_bdUis
and-rsuchiilce-—heat —tissuerby-S—lo-degree
s
^-and-more-;
By
increasing—the—temperature—of—radiatlon-r-acting-on-
the rmntrary
.
a n
. inhlbi t i nn of the
rage ne r.at i_ye_pr.QQ.es se s
- tak es_ p lac e
.
At-^e_same
time^
during, the action
of. laser radiation, of. low
intens it
and
exposure/
the- increase
- in temperature, is
several - times
lower.
Onthe 0 4rtr--_
t
—
—
— -
-
-
f
. ac
c matrix
ty^Qii-radaatijm^l t would be; expedient to review
a whole
other clinical and experimental. data r demonstrating the
— n~ thermal character and at the same
timer the- highly stimulating
action of He-Ne- laser radiation.
~
Release 2000/08/07
1 zi]
n»i aijfl
Stimulation of regeneration by monochroma tic red light.
°bserV_¥€I5ns made
ln our "clinic and other medical
' “
_eS±^b±?
Shrnenw
P°±nt-to-the-pos-slhintjr-of-be ne froi a 1-actTon-o f
i!r=^
S^7^?^
n"^e^PfOCe39“0 fL'the'P°^ t-traumat±c-regenera-t±on--
_af
ff^
r
a
^
1yr-such_-data_±n-_the_€xpeJments_were-obtained
fay D .L.^QritneY_ durinq the
acMoj^o f_nonric^h erent
f
partly-polatlzed,
red light on th e- skin auto-transplant of
a rabbiY^f ^hich we tpok^
previously
,
. During .very_small intensrtIei~o£-fFdm o . 2-o
.
n cases
o
repub li_e c 1l^ca^J^^pita^l^analogl ca 1 results were. obtained when
lase r radiation was used for curing. protractecTlanh^liirg~trop'hic
coxesj-Of—interest are
. experiments-made ~b y~TT;V7~TKake-yev-£—and
eoiiai>or-ators-r—i 9-7 2—to—discover—the—poss-ibiilty-of-uti-li-zino-^
He-Me . lasers
in
the.- t rea tment of—trophic-sores^— .In_13_patients-r—
^he_ wounds
appe a ^d_a^s__fch.e_re s uljt_o.f_operat 1ve intervention
.
as_a_result^f_ traumas, and burns,
trophic sores
as
a r^„n-
°g~F
r°!too£TISFEiF^ere n°ted^^g~^a"t3rentsT~Th~e~ma^mu5T~area~^~£S¥
sores was—equal
to
27 cm sqp—fttl-the-pa-ttents-had-previouffly under'—
lh»^^^t°?rir:??f:!f?e:ffrt5e!r"nH?ber-.0PeraM''e-|=reatmene
mu
r
_
-
‘ ‘j 150—
^ years.
''e'—e'-i"-e-?—QQ-^e-ar-ea-^Qf—the—wo_und_was_carried out
. allY
an exposure lasting from 2o-3o seconds, with
its
orsflna’i
increase .
;
—
rtrr
Z^^S^r^^P^^P^Jrentff-a-fter^S-sesiomsT-achieved-
•
f?^ng“^frw?unds-w±t^ che^appearanee-ef-uniform--tissue-chi:t
t-
. r
I tng—and
• Pnl thf3 !
i 7.ai-i on
:
_1_n
4 naHontc
a
_ _J J
Y_ n
,
,
.
'
t-v,,-.*.,'
;
*
. .pa j.im i’i
r<
irpnsiasraji&-reduction-in
^
Sdlftio?5*?^
^
EESawd L.Alre_ady_after _frpm_3r 5_seS ions_ of
a£ w_ag_g.bserved - in.- the
- majority of patients: a
. growth of
drsinili10nS
' ^ considerable betterment of~their
• condltlonTTEfil
l. ,
f ^e^oarrd-axrd—normaiiz artiorn-df
I
~s Ickn&Rqj^an—exampley-wc
g ive-here-an-extragt-of-t-ha-case-o^ -a
sd—the__t^jimaj^dLog^jc a 1 ward on
the
1 *t
!
^ 7-|
—
seric^gjdamage.to. the
soft tissues of . the sole and the
t
v
rf^t-£oot;.-In. the area indicated, was, a lacerated
|ZIZ^rse^^«^^th-the-fowa-tron^-f-curanea;t-shredron-tfr^^cn:eT^
r—shriSofi
1“
Or
Cf^t^^^Ce~Kl-th-the-apBearailge-(^£-a-cri:anulated wound
.
t
ZIst o f Oct 197o,
an operation was carried out to cover the
I
- £ the skln
auto- transplant,
which' ended within two weeks
On
2C
fPtal
rlPPing
°f~f
of. the pr ev1ous~tran"s pTantt
P-e—of-xhombus
f
fh *
jrovedFor Release 2
t.
At
jSIokTSFKiArrms
..
Approved For Release 2000/08/07 j CIA-RDP96-00787RG005000800Ql-0
.a.tiiaulatlon__Qf_r.egeneration_by_mo"nochromat iG_reja_l igh.t . - C
i Ja
n
V-v y~\ 4- -k A_
__ ^
i V
—'
'
At the bottom of the wound
-
=
seen,
In
t±fe'nroritTlDf~dfopT^ts‘'
tRo—
-—
3 tS of granulated tissue~were
-fiacerarted)—
-1 aropT-ts .
The wound was -bordered~by- trlpe^tissull
iCp^arX*—the_periphery of
t-ho
'''
—the-separatlous-were-insuficie’
were infiltratedP
-result_of
painful
.
=^^3L-torn_tf)g_( lacerated) .and ^p^rn tjnr
[ ,
painful
.
.
— ^
3ummar]/ :Two courses ul
•treatment wefe~7raTfro^—
,
_
-21 sesslons~andya-f ter-<rto-days^ntmSS?
5*^5® first—of
After—the—first—se s s±on—o-f-^ad-iat?no^Tk^a_
® COT1&T~o f~1 6 - se s s i on s-
.
ja
*
a.
-radiating—the-s-ur£ace-of-the-wound-with .—
aaer_llgh.t^_a._zone_of_ epithelia
wound and
a
.
a
appeared on_the__lnternal
. eda^
. n f
°
1ne-°^ epithelia
tissue appeared., In three~weeks—
^^righ^ granulated
c
i
mi.-. a. ——
•
j^he
area, o f
the wound decreased
to
O T"
rh O
t.ta 1 1
co.- • :—
-»— .
.
..
_
-daily;
rne area orUTe wound -decreased- by“2 ;9 %
effect, durino
stimulatinq
^r-raairtloh'etrorSd^T^aSTr^SS^f.??^!- ulcers
'
excesses)
^
af-the—jrl Inessa-
-
exammple we present ~a “case historv
-TH O nnH
'n
rt
.
’
*
——
^
—
»**i*coa t
—
*
t
—
lixc uwi.
^clii^c_on?Feb II ^19~6 8 ^ith^^e^iacno s i
n9~ terra~ treatment
ulcer of the right h7elA^Ini gn
^
St°!-?dvanp
-ed--xrray
therapy in Oct" 19 65'
a comPlgted. course of X-ray
1 . due to
a war t,
an uIHirappiared .
‘
~
1 >*n
-
"UinstindirEs ~ahd~ph'y's'id'therasv-r War*i an «lcer"appiared
"^e-^ornrse-ofr-tlre^p^rarried-out— 0Uv~
t0~be
j 0 ^ no“ef feet . —
^
-aiso—did-not-g-ive-aSIresSt^^
"Karana;nda-and- -Moseow
?J
^t^^^f~ufb^?V^ad^a?a^ess^me*as»^nCT
e
3?'5^OT
w??h
e
f
:ra
l."^fffi^” ®
bottom- on. his right heel^T?
-r~cip- with. a_ smooth
deptiT
-oTrabout7^^^~^t'Xt^^T~v5-c-"-^?^-.-i5—
' with
a
' with
-
a
^6ttOTr^as~covered^v^me'aopn~r
e no Perif 'oca! reactiohsT The
-w±1*ered~gra^S±^AJ?^iPOOr)_r0t!lng-secre tion of
-
-
-©n-the-r.ight-hee3_in_.the_Area_o|r
abc^
^therapy was - carried out
dono^
« i ..
.
e—Area—ox_. abcess—local!
nn
to
f.U
r-
i~
_
dense—fiutlng_( scarring)
in
ho <
abcefs--i°ca-ii-za.ti°rL compact
--Mctorajugas^SSf
Groundin'
husking,
. the
• edges weFe~M«i"i
...... ?_..sj?®?th^. there was scanty
• No_ paihrwas noted/ ?he
•
i
^esuI€~kr^m~Z^
- -~
wel1 continued
No -pain ‘was 'note
carried out * as- evalnLeS
L ..coherent red lioh>
b°/////~?-f--c-™dfHO_n3trate that s'hort-wiVJ"
t ^^R-eT^r^^f/l^^^^^/^tha-regenera-tfon-processes
l ^f= tj°n--hrirthe-bnTn^ar/o//i/// 1//^/
r
f
Ct
?r
: 0^its^^sonetin 3
P352SZ5
£g?f^^
L
L
rtransplant rpvS^^ors^iuj^lvj
J _ radi
stimoeatioit of~regeneration' By
;.v_7
—
—
• ••”’©
_
^S^Hr^?^^^^E^^Slderabl‘
,~ai’d~the^rOWth—o£-
:
"S'tf'UcJtures
taJce sHoTa'c e
7Ts~a
ta-
-
^ological
• change of
—
u
e~oxir'?enation—
p
rocesses-arp-
5*1^~S
'c f^^“O'f'^as er
_
-the—magnlf-ied-metabollsm
Sn
fh r
rrrn.n
e^cnhanced^—Tfri-s—reflects
-
JisssH^iLaw-j^^
—
•. One^ should not: fail
t-n
I
i^
prc^lem-has-been-done-at
col 1aborator
aboxa
^ orV—° f-P.Q_Er.of_._A ..r^
^health
C
Qf^K^~v--h- iHstTtutii^nT^ri-ff^T-^1^ — -££2:PilXslpl-
ixiteiisity_l^ssx
y^\ r[
4-in n
nn
-t
i
^uxing.
ac^xorr^-rTf^T r^T T
The. data: obtained. ^moTrq tarrTrr
n
In
a cordarLce_w -f t-h
+-u~
.
*
—
z-^p-i-JL°.Yko. «_du
ow-lntensitv^r
6^5-of—QvM—Ratzbaum~-and-
_
“
- - -fp-^3^
*3
._ whi«
f??T'
S^f“^feo^«StowSS£"aTatl;n~ s"'°“t- Of--the—
§
-
origin,- 4-g
.,"« V--s——1fcfiaBfcjB£..the-: n&fciAn*.
a— l_ _^TJJiere--we^^--2-aen_ and
t>
£
.nvalXds~~The--flTst“d^^-------'-r ?-om 5o-6o,
M
•onp-fc—
;
£omPrised. 5 .peobla?
•ientsT—the—±l4-n«o
.
:
a
'
3±n—syrrdrowija-wf
*
J.ln“ ^cases-^^fTmye IT
j^-jr
rea.i
<5_An_spinal
-reoion-af
oaigrrwas
pre<dorn.tm?n't
Thw—
j-
s " °f traumatic
oricrTn
.sham.
•
-frm >—.1 .
_
along the—isch-ia-l—oerrn-
%bt^s^"^cha«ote^r.
" 2_~ " i i.acgvgt
S
-i. — Ls5ri a—:cinant of ':.rr j n
-P--^^ond:^?.r:ra^rsturbani-(S-o-r^!?;«i:..“'
!9r6es_ of pSISiEilit
.wa s _ said by Bi runl,
the
great wl s e man and encyc l.opaedisj;
'^f^central
asia
:"the body of man
is
as
light unto
the world."
'IxT'Efre east about
a thousand years-agd~th'e~idea^as-founded-about
--^g—urrity^-o —the_'wor'MG
Man~is
not~~distlnct~ frortr~the~~xtn±~vexge>—
b
ut
-
-is—its—microcopy-;—And—s o-r-we—s ee—al-ready -in—ancient—time s—the
_4=on /~gp.t±on existed. _o.f
. a
..convergence,
J
3etween,_the__mlcrocosmos
.
man
,
nr ^ the macrocosmos
the universe.
Thousands of years went by
"before
the philosophical idea of the unity of the world took on
a
'^h^sical meaning.
And here#
already
in our twentieth century you
^^gu^~t0^ruly~wonder -at the—insight-of—the-ancients^
'
--XYr~rgalirtyT~the~organ±sm'd. s built up of atoms—and-moleprttifc&s—
^e^^hd^^that the living substratum consists ^of substances or elements ^
in
liquid,
gaseous and solid states.
But could there
also be
a
"state of plasma in
a living dFganisfm?
We are accustomecrFd represent-
3b‘^ahy—bb'3^ct~as~belrng~compase d—of,_atoms~and~roalecul e57—butr~arr-ob j e ct
-carr-also-be—represented-as—being—composed-of-elementary-par-ticles
-t rtn<z
(nlasmal.
P-lasma
is., the,
_fo.ur.th
state of matter.
It is
a f presen.t_posalbie_to_sta.teL_wlth_CQnfldence_. that nearly all matter
in
the universe manifests
itself
as plasma.
The macrocosmos
is
filled with plasma.
is
the microcosmos therefore-deprived of~it?
Does “a
plasliia-of-a~Tiving^hrgarri sm~exi s t?—Some ~kind~ ot~spe'ciHl
p I a s mar,—Mopias me-.
r
If—the-world- Is—material ..and -unified. ..then—Qna_Lis_ob.vio.usiy
nade._to say
,yes I
In
fac t,
this state of matter— this plasma— is
the most widespread in the universe surrounding
us.
Therefore,
it
should also be manifest
in
the
living substratum.
Perhaps because
we-do not know much about this
living plasma,
we-are
ighd'raht~o‘f
”
‘
’
life-;
In—short-7—a—number
hi
*
PtTVMfTfS
theorie s
of
cert ain experimenta l
facts,
can
be
looked
at
in
a new
way concurrently with
the planning of new experiments,
different in
principle
from those previously carried out.
Th~X96T_we-made-_the~a ccj uaTrifa'nce~of~engine e"r_VTS~Griesthenko
— vha-pxes"ented—the—hypothesis—of-biopiasma;—In— accordance- with
- his
• — presentation-,—blop-lasma—was—made—up—of—hypothetical—atoms-., of ...ik-S-.
Althauqh-.we-became_.fond of Grleschenko* s hypothesis,
atr the time
there
_ we re no conc rete experimental
confirmations.
Late r, when studying
the
literature, we discovered that
the hypothesis of
a fourth state
of matter embracing
- TiVirt'g~organi'sms-was~also—advanced-toy—the
f amous-english-physicist- V-f-.— Crookes-;
————
'
The—science—of-po-l-ar-i-zed—physiological—energy—was—developed—by—
the_russian_s.ci.ent 1st
M. V.
P o go relski
in
1912
in his book entitled;
... ."Slectrophosphe nes
and energo-graphics
. "
He
noticed that photographs
^cbjzained in gas discharges
reflected some“kind of "physiological states
living organisms
and man:
"7:111 natural bodies
and all living”
-
"matter—possess—a~known—number—of—physiclogica-l—ene-rgies—wh-ieh—they
cons tanfely-emanate—f-ronv-themse-lve s~.
E-xaGtly^-as—all—physical—forces
known—to—us—like—gravitation, -electromagnetism
(hea t,
light .chemical
— reactions)
,
can also serve
as
s ources
generating this energy
as well.
.
.
(Note;
certain passages
in" this
section
,corresp nding to pp5o-5l
. .j-
original manuscript",
have-
bee~n omitted as being redundant—Eds
)
Academician
--E7
M
-a
-fkWsk~i7
~-ditectbr—of—the—biochemical—Institute
-
Suckarest-who-was—i-n—Alma—ata- for- a- visits—dlscussed-w-ith—us—the—
C*
s— arkowski_has—been—developing-models
. of. ..living ti rshph
—
e ':n£-c^!!!EOsed of very
labile b iostructures,
organic clusters and
n^ie.cules
, which make
up
the cells
and membranes.
After carrvinc
-
e^^a^ta ,-hi-f0CTed
the" science nf
""
Approved For Release 2000/08/07
: ClA-RDP9fe-0O7a7ROOO50OQS&Ott
3f^ ^hose
1/^FAKl/VitMrk
OHlY
BIOPLASMA -2
'
^h^se_pr
concifi of biplasma.
Not
he sent his large monograph entitled"1^ structure of living
mat.tpr'-
-\ares-t-)—ln_whl<^i-Iie--wrl±es-aboat-._fhp
con-veraence of fho
af~bioplasni3r~w±th~hris~biostr uc t ure s-corrceptr —
The Polish Investigator
V.
Sedlak
In
a work entitled
,rA model
of
a
systern
,. emittina_bi
_logical
and^ ele ctrostatic
fields" published
1r—1^6^—irv—tlie—
rn a-1—Cosmo s-r
came-feo-the-concius-ion^thafe-resear-ch
erccessdiy .
In
a~ ss Tj-gc
has
a<^ v
'anced
9X1 intrinsic hypothesis of~bioplasma
(+)
.
According
_t.o_hls_s.ugges-tlon.*_blop1asma_has__yery_simil ar_ prope r_ties_to_s emicon-
-duc-tor—p-lasma .
-
Th-rs-ha-s-bee^-smsrr^e-vrew—
g
f-th-e-cre-ati-on-o-f-th-g-hi-Qpra-srna
nypothesls ,
that "Hioplasma
is
an unstable
s tructure of-ITivIHg
o r.ganisms
~
~
(0-See_Se41 afcs_paper_in_p.TOceedings-of_the-2„a_Intem atlonal-Gongres 1
Dn Psycho trarrircs
Research
-
;
Mon te~Car]rcr;—I975
-
;—pp—
omved For Release
fllop lasina-3
—
-"^pproVeg'For Release -2QQQiml67
-<aft-RDP-M:-ffl70?R0005000SQ&&^
-
We shall acquaint ourselves with
thp ~77=r+-' V
:
t
~
I_
c^operties-of^ra^aT^c^rt-T-i,-=.^.--^.^L^^li^portant biological
gas—discharge-.
During-di scharo*
i
I*
S ® t^uF~Brr_ioiizing
^Ilnd^ga^diScharg^lLniaJppI^^^!^
r°^lon~avalanch&-is -formed
,
number of posi tively and neaS?^rf^^f^7th'e-^f£?trQdes
The
a whole, plasma is
e 1 e ctr
* —As -
San^EaEe^placena^^^3^^—
vib ra t ions^
ex Lies of piasmar-i-s-^he-co^iecr^ve--cha r^r^r3^
r I
°
of^the prop-
1^ff^^^"M^^8^^ha«2^^I^^CeSSe8_tafcin9-pl-ace
Jfith the hel p nf m afmo tir
f-t r i,i, ^
77, ^
—
obtained.
As
far L e^g^f^^^^ 1^^ion-^£l-plasma--can-be
- unstable medium.
The’’
up
to
1 million degrees.
The' DrQbl pnTnf-?
f plasma
is jvery _h i gh
gas discharge plasma
is
a baslcr-tasJc-n-F^mo^^^u
maxir"al s€ability~of
Having—read-the—above—lines- somA-^
6^ physicsr;
is_there_hope^amon.g_h±QiQgiefes_L^®
i
a^
s~rrijy- begin-to- have- doubts
in
the -'soft'
energy nnJ < 4-4 !7^g
r^g~the-exfsbence--of -plasma
the plasma?
Do noTh^^~t^i77i77 '
?ani
: sms?__Hpw, in s table
is...
nas
s orae-data
a 1 1ow ing^OTe^^iectioiT'o f
~^
Y
s 1os already
-shown
tha t
uiider-rort2±ra
*
1 t_
'h^beeh
"
' ~
'
—lattices--/—piasma—conditions—fob-iects—with
atomic-molecular
__e^s.tu_i^al±d^^^^
.^^t^with-^sol-ute-instability)-can--
- plasma effects
in semlconduetn^ crystals^?
1^^7” be£^-done- on
{
The most characteristic
tTTinrT'
+•'"+:iT^"“ v?5®-— a-~
r-*
in
di s tincfXoh~£o~Xtrgaseous
Fd r=a^~4
'5~f
^-0
--
j’d~ S ba te plasma—
/
- egui»ibr±mirr^nd-i3arame-tri-c--dif £erencesr^dloSjd tabiirty ,
thermal'
f
- the-matter-.—In-a-solid-body
elecfrnn^f?
5^ 11 *31^ °n ^
’state of
[
- proton_plasmas_are_obser.vaJDleT n Q
lf~'7 exlton/~ and electron-
-----
in
a semiconductor.
In rnnfracf
4-~
4-u
^s ~aTvacancY~°£-~'the.-electron
C
^
H
gives
a neutraT^artTcIeT
thc~c.rrC7I~
°
electr°n
-according-feo^tIIt^e^turi^Durin^heItirt^?~ Sem:t:COndUCt0r_chan^e£
- alectrons_^i^oles_Le_liSfi™^r?
ing^ the‘ population -of -free-
_ o f_ .solid-state plasmr& onfif:?f^^^nCfeasedn
J
The^ensity
.
Consequently,
the
fr^uencv'‘5>'“7h^-
^T’gh
€rQ-m—lQ— -lo._.
electrons/cm 2
.
and visible ^tions~oFl&e"fp^
-ul travi°le t
"
n o t~belonq^a~one~atortr~oniv—~b
n
k-^-
k
E^ h ?lectron °r hole does
^^
"* ce—of ~the—so^d-^dy-^an^man i^fes ts->^
^i"t"s e1 f
0 ^ e ~e rys ta 1~
r-
-he-ensemble_of_the_ni se^ „
^
“nirests
.
itself- as -a-part- of
£?
”hieh
2e“d-ft-Jwgs-jS'l“ s ° f convSgenceI^Srfi= t '‘ P?ySiSlsts ' have— S
. *nieh ar^axtremely close" in
" struct^."
f
semiconductors
Q
organisms.
PrasmacT^T^irr^—u——^?®—0—^^. structure of livina
a e.Tii condutt’o'rsT—Therefore—see?—?
a
^
so been discovered in 'organic'"
£5
- re e^^s
_~underoEo7Td-a5rL_ °niL
n b iologi
c
a1 objects.
By the word
J?I ^Pe^ifi-c-atom^—That^i2-^its°noSitf6n ^^T^s'hot-belong
^Piyatnaxy^-cot3r~organelrles>g—e±ectrorrinransfex--takes--placi
7MENTS
ONLY
ApprovecTFbr“ReTeaS1T20O070B/07"T~CtA-~RDP9 fr-00787RO0O5O0080001^.
aword ABOUT BIOPLASMA
-4
'
€Er°ug^^small chain 'of respiratory fermentations.
The
role of
•-
‘
-
mrtbcHondria
is
very_large
in
the process of energy conversion.
*"
Their
irumber-can
four~exampTe~be
To
which comprise ~abou‘t"
1%
of—the
weight—of—a—human—being-:—They-create-energy-reserves-in-the-ce-ll-on
____accourLt_of-energy_converslon_emif:ted_during-biological—oxidation—into
po tential enprgy of rich chendpal_energy combinations.
According_to
th
e
opinion of the Poli s h. researcher
S.
Monczarski in mitochondria are
found
electron plasmas with greater density than in thh ionosphere
-
Rese^ch^de^nto-the-ele-ctricar-propereree-o-f-cerr-ihei^rahes-
r
carried-
on-gutte—recentiy—by-tr-Arr-Pfrozyarr—and-VkN-r—Arirs-tarhov—have
shriwn-—the—existence-^f—semiconductivity—i n—me rfibrane s-.—The—role—of
rrembranes._in^iolp_gical^_pr^cess es
is enormous.
One can_g*y that nearly
al l of these processes act thanks
to ••the membrane.
This,
accordina
to now many of them are
found in one cell,
is manifested by the elebtFon
photograph ((triaetreeiroh -kjwaa-erbynusr:—N-amery—membraires^-we^hair'see
later—aiso—appear- as—reservoirs—where—electron-hole—exi-ton—plasma—is
r. nnnp.a led
(s tored!-,
5.^1®
B .3^s
.jps_is—formed on
account of the ioniz ation and formation of
the
localized charge d particles.
However,
the
converse' process
also
rakes place:
the interaction of particles between themselves
and
th<=H r
return—to-their Blndrngrwith-aroms-—This~p rOdess~is^accompariyi ed~Bv
- —the-radiation-o-f--energy-ln-the-form-of-separate-jLau^ftaad*e
, quantar—
n
Eio-^-iuminescence_of_tiss ue_and-cells—are_at—p resent—inte ns i ve 1-y-
’
_ _s_tud_i.edl
Lby_the_school^XXro_f^_B ._N._Tarusoy^_the_chair_af_biophvsics
Moscow state University.
It has been established.
that
during the
exchange
reaction process,
the
cel Is-
1 umihesce~ih~tEa~vi^^^^
*.
* 1e_spectrum.
These
are very^weak-tntens ity~s'tre^as-crf^Tlght-which
F-
can—hardiy—be—magnified—by—highly—sens-itive—light—receptors—(detectors
)
f-—
—
1 9 2. 3
.Prof .
A. G.
Gurvich pointed
to
the presence o f
radl ation £
the ultraviolet portion of the spectrum during cell splittincr
~ &
(mitosis;
or during th^de^tFTFf-deITsT
* ~Dirchh'fgi^f~IighviuTiir^^
ce ri-dea-th-de-mons-trat-e-th-e-ffa-turation-’o if'biios tructUrar-energy-rh-the~ &
pres ence—o-f—charged—particles-:
—
y-no-mean-amoun t-of-data—
'(expe rimental—facts-)- has-been— 1
~
- 1
-e
-5-t®d iQ-fehiS-day.—ThisJodi cate s__convincl n gly
that free_electronP
processe s °r_organi sms .
tn
^suggest that broplasma presented as being electron-hole~a"nd
E>
: IT;?? pJ^a-^hi-eh-ltrcarirze-s—itaeTf--ih-membran^—atraethirgsT"amo^g- o thl
U
rn:„ ff at
: ^^^ata^-plasm^is-- ;;epre sen.ted-
.^U»
h r
: V''
: CIA-RDP96-00787R000500080001 -0
-A-WORD-ABGUT-BIOPLASMA
-i
—
"BInHing"' of them-by electromagnetic fields of biomolecules,
3±ir~th±s—crerates-the~basis of the-s tabili ty-of'bioplrasma-during
_____absence—of—thermal—vibration—and—the—direction—of—large—reserves—of
carbonic acids,
and so on.
It
is pos sible
to draw an ana logy__be twee
’hioolasma and ion- rein forced constructions where
the manifoldness of
material is made
up of“durable
ii solidj^building material.
Affd-s'07^he'^o'str^portant^cn'aTrarcWrl
_s'tTc~of "brbpTasma
is
its
-orderiines —its—unusual—s tabili-ty-during-the—time—when~i t
is
B inolasma
is
a medium in which dlfferent kinds of electromagnet!
acoustic,
and possibly gravitational waves
are distributed.
The wave
characteristics of
-vibration is such-a medium are spread~in definite
cross^soctions—tpiauesi-and-tan-be-polarized
-
:
There-ate-
:rearsoTit^to
g tate-that—It—is—characteristic—for-these—vibrations—to-have—a-high
___degree—of—coherence-,—that—is-,—their-phase—characteristics—very- -strict
coincide
.
Namely,
a
.
wave
fie Id_h as_been_!Lfr.o.z en__in.'i_as_l£_witb
precise wave characteristics.
It
is
as
if a unique organismal hologr.
has been ere atech
'Every
fragment of such- a hologram possesses
a
charactaristit-
o‘f
.
the-most-ess e'n tia l-p rop’e rties—o f-1he-whoTe-organi
1 tr-is—mat—true—to-say—that—being-uncovered-here—are—completel.y-new
approaches- to. the
. learning—about—the-
memoryi-of—the—brain^—or—the
_
nature of herldity.
:
li
The hologram "frozen in"
the bioplasma is
in fact
a biofield.
That is why we believe that-
itEeTbloplasma
is
a medium in which
- it is
possifcrle—to-form—the”hrasics—of ~the~b iofie id- and—its—fundaments .
Tn
— keepi-ng-withr-our—conception—biofields—are—a-synthesis—of—real—physical
ura-tions-.—The
conservation of parameters
and configurations of fields
is conditionet
by
the bioplasma not possessing thermal noise..
.
.
In
fact, presentations
about the blofield are not new,
and have
their-own-his toryi
However;
at-the-time~A.G. 'Gurwich-developed
scientific-presentations—about—the -bio field-,—they—did—not -meet
- with
understanding-
.. —on—the—part—of—scientists-,—and-hardly^-any -speculat-ic
on_the_si.gni_£i_cance_of_this_prob 1em _was_made .
The question arises: what
is
the nature of the biofiel d?__How
far does
it extend- within the
living organism?
We-b‘e'rieve~that—the-matrix-o‘f“the—fieTd-is-repfe~serited"‘by—the
b i opl as man;—Namely^he—biopiasmal—body—does—gene rate—ani sotropi cr- fi el c
Anisotropy—is—an—inalienable—property-- of-the—biofie Id
The-prob-lem-of
in te r a_c_ti.ons_a.t._.a_dis.t_an.ce__atands
.sharp ly__and_to_this_dayL^_even _thoi
? r9 ?.
of Its existence
in man have been obtained,
as well
as
in
ma-
nammels
and~ even in plants.
th
^us-now pause~Tfo—Took
at-some-very interesting expefTmervts-o'f
electr-icari-cha-racterist-ics—in—plants—during-many—-fluctuations—of-the-
olo fields—Sii.ch_f.IucLtLuati.ons^_as_±he_sclentist... rightiy-
.•
.suggested,,
can occur
for example durinq rapid death of the plant or animal,
car
i
o^tin
the absence of
a. human being.
(
)
v
)
CNotes
This-section has beefT^mltted since
tsackster's experiments
—19-75
Eds
H_1968
it was concl uded that plants react to changes of
fields inthe
uman being especially during various
autos uggestive states
*
of
I reeled character.
*
pfQtffigfcEeeiteJeg&gi
AfiprovgrFoTRgteaso-2000/08/07
: CJA-RDR96-Q0787R000500(H
•
"
“
-
“
first
erico tin te
a
<
. -
"
~
*
'
"
~——
—gjiss^a
aTd^^f^ITe^^Hoi^i^iT^f—
u5jtren ts weri“^df~JMf^Ei~
Not^nl^doerthe-ilSSS^ P0? em'^sriCn7
If ^th^nchf S°S^^PSen
ffi-0^h^-^gex!lJ!.
tra
changes in ihtens i
ilT accordance with
is-connectet3^ith-physlca-l-proce j ses_"^^°^a~1 ;tvl:ng-object-which-
til^_in_ten s.lty_ o_f_l ight^adi ation tkSSPf
1tus-WaS-created_to,me as ure
During research nu*d« ~T^rZ~pr~p~^^_^lace_in__a discharae
i»n W«i«r~
radpiopS-TfE-IiaTiB®^^
th~fSti^ty
0r
Duriirgyhlxe^ocess-a^^he^esearciSPJ-rpi^^ a^~»rhXifium-rh-Srd-o
of radi-ation-was-observed -from~lo--15^
Aft^fh
at
the-in'tens i
Sign i-ficance-of_in-tensity__rema±ne d
im AhT^^
j r~ his—fa11—
,
—the-
ph.s_.did-_not
evld^n ce
the Dres^P
^r~^f ta-^-Pl a
'te s J &physi°log
=
r
..T^e
c^Lg£L?g_ in intensity of
rad^ntTTTn^
all ^(drop)
.
in_the staFk inH^oots~f~tKT^
in
aH
the
l^TvTs
_ZfPPr rPingS~^out~the-g^adual^e?SJPTJ
f ^trons-and-- other -
in^e^hale^cuiganism^and^iSiXrP^^^e-irh-number-of -these-particle
supp.Qse__the
p re s en ce of an
1 nt ri n-i p—?3®®-l]£,_gives_'theL_h.asJ.s
to
organis m.
^-^-^^gic^ctron-ion
Sy,^Pm in
the
Another experiment
"
pTantT~^-^he-moment^aPdeatk^.^S^P^epa~r~are~
;EIi
'e~re
'a
‘f~fr'oin--the-
fa^ation-with--i-ts~rapiS^i^™'Tbse
fVed'^harF-^±scharges- <>f---l-
--Above-^U^the_cut---offi e?P^P
ZiT
is*’one -4:o-treat-this- fact’
—in^eir^onnected
'^SSSS??253^^
5^~~f^a^uPh_±n.cxeas.e^o^^a^atioPdPe^
artUXe~^Ex0m~4‘°~tO--4.2_^5_degrees_
POS-slbi-Ti-f-r^-^^
r,.Yh_
1S Poss lEl
:p?SSn^P^SS£SESI§
?SBS^^^ffiasiS!aaaae
___
—^oiatlon occurring as
a result
C f the~f
A WORD ABOUT BIOPLASMA -7
"interaction of particles comprising it.
During the disturbance of
'biropXasn'a-fftru-c-tare-a-ce-rtai-n-axnonnt-of-heatr-shoul-d-be-disohaxgedT—in
-connection—with-this^—one—should—not—faii—to-men-tion—the—experiments-
^aj-_the
amount of warmth given out by some oreanic molecules during
"V.he absence of oxygen over
a period of 24 hours
is very great
and.
"cannot solely be
explained as being the result of blycolysis
and-the
"frsgnrsbtatiron~of
'“ATF7~etc7
(ATP?——-Eds)-;—According—to -H irli-/—for
-aram-of-muscle—(sinew)—one—obtains—5—gms/cal*—-This—exceeds—by—5—times
*
i
i
r_ J
J
*T
—
J
M ^
M 1 A
^
4. !•*
Some kind of unstab
l
e structure
is disturbed/
depreciating its
•
'
energy in
the
form of heat.
We assume
thatj, such
a large discharge of
heat is
a result of the distrubance of the blopTasmlu
This
is
the
^fiiicip"air-acc\j3:ato'ir-o'f—errergy~tn~the—organisnrr—BiitT-hundreds-of
-experiments—are—stii-l-neccessary—bo—final-ly-prove—that—the—observed
lithe rmal-di s ch a r ge-i—accompaivled-by—the—radiatj-onal
d ischarge—ls_,
akoye
all
r
connected with the
loss
(extinction )
of bloplasma.
Further
discoveries
about the bioplasma will help to uncover many of its prop-
erties
.
This
is why we devote
to this-fleTcTof—discoWry
so much-time.
—Extfa'of"dihar'riy-int'e"re'st±ng_are-experiments—carried-- out—by—ns
which""have—enabled-
-us—to—prove—a—chain-of-wel-1—known—properties—o-f
the—bioplasma.
_
I t all be gan with
the attempt to give
an explanation
to expe riment
made by A.G.
Gurwich,
carried out in
the
'twenties.
Two roots of
different onion plants were forced together.
The distance "between
them“being—from-2"- 3~irmv;—The~lrradiating~rootr-(inductor)—united—with
— the—onion—like-plant—were—rein-forced—in—a—stative-rfme chtanical— support V-
and—its—end-was—tralned-on -the -zone- o f- Intasi.ve
ce l l—fragmentation
me as.ure.d_by. the ..Qthe r onion-l ike pi an t placed hori zontally .
After
this
the number of cell
fragmentations on the irradiated and
non-irradiated' sides of the root were
counted.
The expe"rTmehfs~shOwe'd_thatr_from-the—tip~of--the—root-o f -the
— inductor /
radia tion
in
bhe—form-of-a-narrow-trained—beam-was—emit-ted-r-
whieh-stimulated—cel-l-division—on-one_side-of—the—root.
Barriers .made
of.. .quart?:
glass did not disturb
the effect, but ordinary glass
absorbed
the
radiations.
This
spoke of
the ultraviolet nature of jthe _radia±ion.
in our laboratory, we decided to check-
©!!
the experiment
-
," but
instead-
of—using—the-smalT^oot-applying-the-radiation'/ we~placed—
a
speciai-ptate—coverednwith—photoeimrls ion-,—-a-new—acceptor -for—photo'
-emulsion—had—been—developed.—The—photoemulsion—was—protected- from
tha _ s anil
roat by
11 ght_fi1 1ers_a11Qwin g_ultraviolet
to pass .
..
(Caption of illustration
8:
Examp le of noncontact registration
of mi togenetic radiation of small root of onion.
After long searches";
finally-ah-optiirfal-p roce'S's^cf-
1experimenting
was
foundrPie—phcboemulsl on showed the—image—of—the—object—In—the--ray
s
of—intrinsic—radiation—(see—illustration—Nr—8-)—
- _ th a.t_J. s ,
it
is possible
to suggest that every point source on the
obj e
c
—
fact generated laser coherent radiation.
This once more proved,
tha
— t*ne na^ture of radiation is plasma in character
-
;
And the radfafion
rtseTf~is—engage d~withr
'rron^equilibriunr—di st ributions of
e lectrons—in
‘ * ~ ck—
1dp—noiL_pQssess
excitability.
J
The photograph shows
a living small root which is conditioned by
rocassas ..taking place in the Bioplasmal
The dying of the saaTl-root'
ngg
A WORD ABOUT BIOPLASMA '--8
-thMGhSln t-Sadi
^J°
n •
rt^±^un^a^^r^tha-t-
j2h.-j.ect.
Csee_JJJLus.tra.tinn q?^
the-helogram-eonhitior^:h-thn
/C^n-hion nf
1 lint.
n.
»
'
’
*
—
—
-
' uj.uLHU.on
Ml
b.j.wu
l_r.L
cn(i-
(Caption of illus-
o*
—
—
^^Bjrlnthe wide Faid of tFe
-E^^r~ taCt ^Sdsaatlan^A^at,
infermattoS^tal^l^^^g^^^MeL-L^dacipher this.
begin with formula^^^h“
fnllmrlmi ^plo°1-t:hfafi1
68 NrJ 17? whirh
f- n
been established that the~^^4?r>.
a^j—
67.)
"I t has exDpHm0nM
in te rce~ lul a r eT3cEr55555^^^
durtrrg^he^cti-on^ri-anl^f^t^^^^^.Siul11^0
ce nT^aTEures-
ar-phyaica-t-nature-^ith-t-h^^aeUff^^^^^^^^^^^^t^—
( 1 ntact- c-uit-urehjLp_j-h »
f ^ H? f„^ff^±
reactioivs-<>f-fche-oth&r
de fln_e__ the_ceJ,l_s^s^jTL_as bSS^“*
„
C!1^
.
electromagnetic radiation. *~
?
etecjbor of modulating p roperties
o f
(N
rote:
the
commen~fg n ri:ic~3ui luir-u
,i..
’.
'
readers^ha^rrtnterested-^x-r^e^tS^™7 be €°°
~3?I^E°~^ose—
pgaatratior^f--biof-ie-lds-°--^ILatS5^M^
I1~COTI?
Ct^inethod~af
_l^^rs^etail_J^ome_other_paD^J S r"^
i^7Pr°CedUEe-i&-des&r-ibed—
t
°
thearrahq£m^^^
W^1 publish
"SiSSKSS?a^
sisjof th^l^vl^~3h~^^r^2.^m^l_of_brain
memory." "Thesis
of
of brai
~ ~TEusTT^-is pomEirEoTulrnsf^rE^ ^b ionics.
N
,1973.)
J«th_the_helE of
condit-d ™
^riT—
^^f^JLQzobiects we
can
—.^if^h^he_hel2 _pf radiation nf~M n 2^^^^out~^^t”Pressribs_i-tseLf.
condition of the bloplasmT~^^7uT°^^—
ye
c^^etermlnjs_the
medical
diagnosis'.—
—
d thls °Pens new PossibiIitiel~Tn~
~
-inter^ation^f_gravltItl^lIl7S_Srh
Phe
‘re~iS~Sul>ject^:a~tho-
—
~
the~e^”h7~
fireIda *
The—
-^£^S»ir^rmy
,
influenci
n,
,±et^^»t±si^rfnr^-ht^hL*M.^5
ei^^^^riks-ro the-wrjr-of
Zj_S'%^at4©a—lo—shows- -
:
organisms
/07 •C.IA-RDP9j6 bmmtmtmmm
A-WGRD-JVBOUT-B IOPLASMA
It was__ob _s e rvetLjth at
a sh arp_inc re as e_in_ele ctrobioluminescece-wa
observed at
2 AM and
6 AM.
Hence
,
a
24 hour dynamic property of
electroBioiuminesence has been
discovered.
By what
is
it conditio
get?—lText“o f^trrus tratiori-
Io":
ITTlbur d^dmlcs^f-the-In-tensity of
pec-i ally org an-i-zed—experiments—spe ak—of—the—dynamics—of—ttimines
the electrical field between two
gigantic plate s of
a
condenser
meaning the ionosphere and the earth.
The ionosphere carries
ac
-considerable charge,
the earth being negatively charged!
The
rtty-thmical
chairge of intensity—by—night~ia^corrdItloned-by^the-lighrer_
emission—of—charged-particles—-froro-the—surface—of—the—rabbit^s^ear
d.urin.g—rese_arcti-made_jLnto luminesence-in—high^LVoltage—impulses—accordij
to the method used by Kirlain and^assis tents.
We
have begun
to
le arn
that this phenomenon
is more profound suggesting that the structure of
the biotieid should-
also rhythmically fluctuate.
Research-has~been
made
lntro~the~2~4~hour change s~of—anisotropy - of the-biaiogical—obje cts\~
The—ability—to—tum-the—plane—of-polar-ization-of- the—ray-has—turned
that
a change
in
the direction of the
turning of the p lane of polari-
zation takes place
at different hours of the
24 'hour day.
—
-
And sb ,
the ordered-structures of^fie^IopTisma isn't
so
"crude".
—The-strurcture-is—changeable—and“depends-upon-the-efrarrges—o'f—the
—rhy thmi c a-l-ly-pul s-ing- st-ructures-o f—the-gravitat-ional—and-elec t-rieal
unr.i
the
science of biorhythms
in connection with the conception of the bio
-
plasma.
rations possessing very
he c itai-characterri-stica—such-as
- :
cohe rence
Vibrations—in—the—red—band—e-f—the—spectrum-being—dominanbi—The—red
s
£ ac t_whyL_it__i s _po_s sibJLe_to_hav_e._s.uch_f.iae
(precis e)
regul at ion_o.
helium-neon
should—pos sess—larger-biological—activities—than—depolarized—lights
However,—experimental—data—on—the—role—of—polarization—in—phatobiologi
react!ons_is_smal 1.
although
the
forrnulat i on_ o f
s uch_a_prob!e m_jLn_our_
cays
is
all the more topical,
in connection with the neccessity of
tic polarized coherent laser radiation
tne- rble—of_polarization—and—coherence—in—the-bielogical—acti city
0 ^
—It_was—]^ame_&*_abcLve_a 11,
abjput_the_ih£luen_c.e_o.f_polarized
nonpolarized light on breathing
and photosynthesis during equivalej
.
r.nt
^nf
°f li ght.
The breathing of the shbots of plants was determ-
ined by means of a gas analyser-
^ “analyzihg~COi:—ThelJeliuirFNeon'Tas.
th^avelerrgth—6-328—A~w±thr-ray in tensi ty
fal ling-on-the-eramgra-being—
^ t—O-
IT!!*!/
M
... ^ j
i t
.
t-
m
*
.
_
_
J o ^-^ays-was
a chi eved wi th
the hel p nf neutral H ght
-F-nterg
and
the
- eP°-l-arizjitipn of radiation was achieved with the
aid of ground glass.
- *---
radiation brings
about
a sharp decrease of respirator
-
The experiments were well carried out.
Thus,
it is
e
to spe ak
-"o£—the large
foie of linear pol ari za:tion,— in
the
~—~-atyll -~^tivity of light on
the complex chain of processes durin
«* O S 'O i