A WORD ABOUT BIOPLASMA
-lo
w
e^ufCt^S^ffdfTOft"6^y~^e electric and optica l
o-f-the-biosubstructure—about-which-we-sh.a±-l-spe^k-be-raw~
Du Trine an o 't-ho r- A vrua >“ •{ mr»
t.t»
*
•
.
.
.
*
-
'— -—
wiliwi we
^iLdll speaK DeXOWl
Burl ag-another-experlmervt->—w&-inade—research—in to-the—l-n-f-l-uence
_o^_ggl.arlze
.d
.. ll ghjt_oo_thg
g yn_th-e_sjLs_Qf_plginents ,_ For
th-fs
groups
of plants _we re _grown .
One under Polaroi d film,
another und^r
a
_
neutral
grey Li ght
fil ter.
illumination in both cases constituted
-£iviu
1ooo-l,2 000 LK
Th'e'TS'S alts-have been p resellted in tabTe~3~
-(Caption—of—fcabie—3-:
The—con-tent-of—pigments—±n~leaves
-;—4^-dav
growth
y
1n _mg—%-)
:
.
±
..The
.E>h.e .npmenQn, of accelerated_syn_thes_lsL_of_pigme
ts dnHnn +ho
of
J
-jCt follows
that.
. the
bhoJ- n-
The experi-
—— —
~
——-._r-
ojim
activity of polarized light
is observed,
.^.u xuxxuw*
t
'syntnetic productiveness of^growth. will also be higher,
me experi-
rnieTit^h^ows-th-at-clraiTgitTg-the—regimen—o-f^orr^rz“^£bn_br^rrgTrt
_
w'l
^an—d-ireoti-oharUy—increase—the—Dhoto-svnthf=!-t-+
^
—
—
kjx. puidiizduion or
light we
-ean—direeti-oneHy—increase—the—photo-synthetic-productivity.—One-of
_the—most—convenient—group—indicators—of- -photosynthet-ic-effeettveness—
-i-f—
£-aE-i-3-
Qf—QXy ge.n_distharge^—For the accurate—me as urernen ts
of this magnitude/
i t is possible
to use
the polarographic method of
n'ot-ormi nrno nwnon uMnS
—
jT-jU-
Tr
_
r~~,:— .
=
—
_.z
—.—!>————
uac
uic poidroqrapnic metnod o
determining oxygen which contains
in itself a high~degree of" sens
tivity
, ~rixm=*tne'rt±a~and-allowitrg the-cbsefva?eibh~bf " pho tosynthetic~
change—i-n—various-experimental—eonditionsr.-^TT:
—
—
:
As—is—Jcnowrr,—the—polarographic- curve—©.£—oxygen—appearance- has—
_tWg_ghagP_P.1 ateaus_pa ra1 leJ^o_jdT._e_axes_o f_the_po.t.en_tia1 s. .
The.
T-.1
an
man*! -Pa c
-4- «-•
4-
^ 1
4?
M
. . a
.
i
r*
.
«
.
r
it instil*
|L—
ine_
plateau manifests itself
as
a result of the
fact that, during the
potential corresponding
to its Beginning,
the rapidity of appearance
re aches~significarrce-at~whichr-sr!l—the-molredules'^f-file-suB¥tance
_
,'£h
' —th is—c ase-j^-oxyge n>—rapidly—form—freform,-restore:Hr—The—establishmerrt-
of—o*y-gen—is—a—very—complex_process-r—going—through—a—who-l-e— se ries
of more simple
e lementary
stages;
The flow of the
first ha l f-wave,
or semi wave,
is conditioned bv
(^ulnl^^uf^'tw °^ox
^
gen
to
P 0 ^-nt
peroxidity with the binding*
processes—going-on,—the-magnitude-of-the—restoratiorr-of-the—current—
changes.^ahout_which_i.t_ls—possible—to-speak—about-a^-concentrati-on—of
res torative bodies ,
particularly of oxygen .
——
I—tt.—— e ^?re—s
-
results in absolute units,
a periodical grading
n* S? +.^d£3CCOr?i"g to €he oxygen content was carried 'out*'
The rate
° - o^soriputing—the~apparatus~was—det-e rmined—according “to~‘the
'
';
l^ni t-ude-of-the--llmttlng-current-,- accompanied -by- the-concen±ration—
-^-^oxygan- at.
?1
% ,
and-comprl sed-9-oc-lo^.jnoles/L.—Apart-from-that-,—
- 1 e °-rf-~^-^a-s--u^e-^-eilf /^he_vpltrampere_curye_of_.p.ure_water.,__or_huffe 2
C.A —g^gghed, where
the object experimented upon was
suspended.
The
-
°f °xy3en fS~the water within 'the-Fadl^JF^th^
-
-
• ^ bo
u
<
^Zrv^T
T°'^eS
"
//^
j
T^~ihe~s e~ries
^od~exp'e~riments
'made
to learn
r-
. , ^
~^a^^rUenee—of-poi^rtzed—and—depo-ta-rtzed—lasedr-lightT—kinetic-
* 7
°
g
sn—rasLtoration—we re—obtained^—aceo-rdlng—to—which—it
- --
~
o
a
ih.e__c.h an.ge_in_the_r.a.te_o.f_pho_tQsynthesis .
—schemeT— xPerlnients were
carried out according to the
followin g
- 2 ^3IT^^?^
<±±
^
rg~cr£
trlral:—srtra:he—gf~chd^rsprast-sn5pens
'lon
-3)
4)
.
.
, =
xju.uj.eix itate or caxoropiast. suspension
ctivarting-jthe—laser-and—simultaneous—recording—of—the—curve—o-f-
-oxygeru-restoratlnn
ji
" —
tafctSc
-Efjg depolarization of radiation
.
A. c*
4 _
«
1— "
1 ——
—
. (lo-3o
g-
,
fc-~
WX
4- QUJ.aLJJJU
....
....
~c-n
" ^i-5_ule *_
initial cqnditions the concentration of oxvoen
-0.75
x lo ^oles/L
.
With the activationof
ccerr-obU^lS^f^36 ° r
lnl glai
ie
.vel
to °\ b **
*
1°.
moIes“7IT*has
US1R DEPARTMENTS ONLY
f
Approvea'For Release 2W0/08/07
: ClA-RbP96-OO787R0O05000800Q1-0
-AmWORD-ABOUT—BTOPLASM£—- 1 1
is_,—in a-perlod-of—lo-minutes—>—the—concentration-of-O'xygen increase
_andco^tiJuite s_^2
lo
moles/_L—.—And-after-the-elJpse-o£
3o minutes
,
1.65
x lo
mol e s
/L
.
I£_the_suspens ion-i-s—i 1-1 uminai-^
g--^—
s-baxply_decxease ^.some-
rteff^be loW^the
iriTtial
level of o,155
xlo
moles / L
changing-the—scheme-of-the-e^pe rTmen t'=^=r^rTumilT^£^n
_by " depfcilH zed
_and
-then—pol-ar-ized—la s er—1-i gh t-br±n gs
abou
t
-a-simiTa if-reacti'oriT
here the -mean—data-o^f—the—expe-riments~carrie
d
- out
in moles/ liter;
.
.
.
.
Tjaital~level of oxygen concentration
o.75 xlo~^,
jy_depolarized—1-aser—light
ove p
t
a period_o.f_3n_minutes—
-?
polarized laser light
n . 775
y
1 q~^
_
In
a nother—ser-i-es—o-f—experiments—the—task-was-to-explore~tHe
energy output o f photosynthesls-where.
n.q p _wa^_made-of -He—Me lasers
as coherent polarized beams.
For
this p urpos.e , ._a_ph.otocal.ox±metrie—
method of
a
^rradient~type was applied , whose advantage was
its great
sensitivity
td7bo2 degrees
C)
and which is extremely important in
biological—research-.—The-temperature-of-the~0b1ect'5eing“able “to
in s ignifxcantly—vary—f-rom-the—
' ~
temperature ~o f~ th
e
—s urrO'urlding
J^diunu—The_v^_rk_in.g_p rln ciple_o r_.the.-calorimeter—1s—con tained-in-
temperature changes of the suspension of _ch.loroplas.ts_.during -laser
radiation andTn remeasurement of temperature of the same radiated
_ ...
s uspensioiTT
but in hOhrpKoto~synthdsized~conditions »
^The di ffe rences
in—temperat-ure-©-£—non—photosynthesising
Mrarge “T"
'“ "1 'and'^dtdsynthis -
is.in.g_T —suspensions—are—proportionat-to—the-amoSnt-of-energy
stored during phptosynthesi s.
The ener gy pntputfis
:
E—=—1
—T—/-—T
.
p
nps
-
th—bha_help of_iM0-2—and-coraprised 8-x-lo — ergs/sec ~'During~~€he
•
t^e^hlorQp.iast-Suspens ion.hy
laser-r -th4-temperature
-
-r.f^g^i-^V-^a^.jtiine,_._a^art.gf _the..light.energy..degenerates
..‘L*
1,0 Feat
;
raising^the temperature of the suspension and
.the cell
,
inore intensive-the photosynthesis;
the
less absorbed ‘light
>-e cener-ates—into—heat-r- "'
•"
—
Th
~
__
, 4
.
at
is,
the more intensive
the photosynthesis,
the
"colder”
ao V l pwing
S
fo
ne
'lf9Y-®t feput—i-s—ca-lcul arted-according-to-the
—R/R,
=~—-R;—*—K-'fT——
—=-r
cre
1/
and~R^
=
8 x lo
^
,
~
;
A
erg/sec
~
'
'
~
_ the ^^^Jh^ffaVffef?~a^the"inGment-^f-determinat±OTi-during
c a lbblalion of
t^
11g^t_^K__is^the__heat_cana c .l ty of the-cal-l-at-the
“exr resseg^~^T—6 quantum emission
.. (outputJ_o_f_pho.tcsynthesis
c
the amount of emitted oxygen in
moles..
'
=.hor^.n ?
,
rhre^ optlcal radiatiohd.n Einsteins of absorbed.
- tnercr^outontf-ih
t~th±s-amouhb correlates with. the. magnitude-of
Appmved-RoiiRelea^2000/08/0TTciA-RDP96-00787R00050(
—
USSB DEPARTMENTS ONLY
Ajgproved For Release 2000/08/07
: CIA-RDP96-00787R000500080001 -0 _
_&_HQBH-ABQUT
. R TOPLASMA—=--1-2-
the <*"»*« °f polarlza_tlo:
g
f[lci
biOPhy3*cs~af~t:hg ^3c u1ty-qrf~gengerc~o f~~
Kishinev agrlculteral^nstltute
&
sTNf~^^^b^nd
V
^?rrf^H
^to
t^ie change of
'
’
biopotentials of the leaves nf^
~~
cm^r-whelT-they wereT?aOT£e^^
various waiiTFh^h^
is-ti-esv-ffootnote-2r-!
ST-N^Masiobrod”.
"Thenalec-EroDHvsrnTSsfS?—"
"
polarity—of pi an-ts-—K-i shinev-,—Shttin ts a—pub3ea3ons~
it
—
t^^sp^reAJhat-p.olarlz ed__cohe.ren.t_llght_ creates—the-stronge s t-
arisoji_w i.th__
_noncoherent_and
nonpolarized light of equivalent intensity.
-
™brf
coh frfms
_^^F~^£ht—of-view about “the
role
^f-po-lartzation^n^coherence-of^radiati-on-in-phbtbb-idro-grcar-feact^
^a^f-y^-that—the-var-iation-of-space-tima^characteristrcs-of
pn_al 1ovl
_
the_e51ahlishment_of_a_specl£±d_stimu1ation-of
.
^-g-— ^Hgi^gg__thanjcs-jtojthe_resonahca_ mechanisms of interaction
J^°PiasJE5 ;
The_cre ation_ o f_lasers^ to
'
TI^2fSl.£ff?f5?2!^"®<rTtequenc^es Has opened new possibilities
for
the—irrducrtrion—crf—bioresorrant
e f fecrts
-
:
ITof~far~off ~is " the~~dav~wheri
oS^^
ed
~T?
d
'att^n~°frth^"~bi:&
']:0g±carl~part of aatnre-w±-Mr-be-
'
—
—I-^is^he^4h^t-the_scd.ence-^f-bibf-ields-w±lt
—-liberate
1 tg^l^f^gE^.g_^oj^latlon of hypo theses-
• _and . wlll_became_the
arena of unique experimental research,
the results of which win
3 i C n
“lea d~~Tne'dicine“tbWards“bas leaITyHnew Tiorfz ons ”
£11
_ also
~
It—is—now 7
that—we- are
j ust~beginning-fo~pehe trahlTTiKrs' earOTr
inaecessable—sphere—o-f—knowledge.
jgenerrare this earlier
>
Approved For Release 2000/08/07
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,?ITH'''^PH£h-ATEH0E'-irASEi^''RM>Tftd}I©W
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AGUPUNCEURAi^POINTS^——ehapteT“VIT
"
”
_
predoir.inan.tlz-wltn
t- hc
01^ra^,-^-“t.-^Z:rZ7:Z.T^ lk a
develotment
fr-rnn-'-V >»-«
the causes -of ..and_jae^^^
*—
^f-STrve dystrophies-- - It has been demonstrated that tte_refl_ _^g
mechanisms are~the cause -ot .a series^-mnesse s ..Ve^LKro^
"Stat
Ac ademi ci-an^M^il Ikav. revealed
the coiVofT the large hemispheres
1aKg±aS!Sgi^^
S^th^the nervou^s^ iso^i:
^f-ffl5^-emB^^a-s^^-whose roie i^W_pi€h^|^^^ ^
-thMnesses-anenta^egart-^s-the-dominaTitiTrg-factorr^I^i^oag
.af_the_organs^jtAA-D.s_-Spixansk^_-LaJ-3^—
functional
°°^'5”EIIr^L°^i-,°^^/r^Kortts^gtMv-Sroirno«-ta7.oi
IL has—
-t^fiTTrgiHIiirav.low intensit^ch^r^erist^radiat
'laser-tadlatlo'n^lsr^lre^ervous
• system with its numero^s^ecegtor^_
-e-1 ements.-,—-conductors -anil peripheryai-ceuleiiaif
<in
en
^e^fS^aSa^tpoS^th^UEid-membranes^av^g semiconductor
”^1 ^'threshold of 3uch_roembraaeg_3^es:_in_tbe
-^-——m^l«y?stes^T'&'fTth
_e^dFt'prbBaBX^EatK—from^the^onducdion^band^
-to-th?"
^al«ncer-band—is—«hownrd3yr-ther-bdoitiminescent~phosp?hallpid
_membran‘=“5
1"
+ho-
r‘n *
pA-Tr-t-nf-the-spectrura-.
The-phospho-l-ipid memb-ranes
f^he^aterial.of-theTnerv^s^^d-neuxons
It
is clear "that xed_J^gJit ;_£f^ven^ow_jji^erisi^Y_^^^^i4_e^^^_^^—
-i ,„T< nrr
< n'fi'^nrrp. on nerve elements.
-
The aetivation,
like tne —
activating
in concentration
__^T^ing^ntQ_aQnsider.ation_-th^comparatxvely_^ep-c
Pene±^^tive
Droperti es'ot" laser
• radiation
- into the cqre_of_^^.g
tls^sue^_i t is
—
sTBXd-£o?:s^j^ct^o^^diat icrn by •ia^r_light of low^ten|it^|||^
—of—therTnedul ia—oblon^at'a7—tSe"rsp'lnaTlcotdlan
&
-a-onl te
G“~
<^venieiit^mean^3fACiranging-t-ne-^He^jr-«--“»--
-
—-^TEh? ^ctio^f Samedunaj^ecMon^
t
'^H'o^iTSe'KFitF'lTsi^lISht,
X^- 13m^h«p5rtofttebra^_
-III^PlgSSSS^e^S^S^d^teS^^tMissi^^tH^
1ight*—wavele ng th—-6-128Arr-t-intens-ity—©T.olmW/-emr*Tr-a^^7^^Tnsfh^-lmW^Per—
can
sq.
The data
- obtalnec. demons\ra^e ^he
—3
~
iiqar DEPARTMENTS QNLi,