SCIENTIFIC ABSTRACT ZATSEPIN, N.N. - ZAVALISHINA, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203720020-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T7,
USSR UDC 538.54
ZATSEPIN N
-,-N., Department of Physics of Non-D structive
Control Academy of Sciences BSSR
"Analytical Function Describing the Path, of a Symmetrical
-of.Magnetic Hysteresis"
Loop,
Minsk, Izvestiya Akademii Nauk BSSR, Seriya. Fizll~o-Td'khnich-
eskikh Nauk, No 4, 1973, pp 29-31
Abstract! This article discusses an analytical function
that describes the path of a symmetrical loop of magnetic
hysteresis. The method of higher harmonics is.based on
-expansion of periodic processes that are comple.x in form
into harmonic components. Unknown coefficients, determ-
ined from the experimental conditionsi are.used.to find the
analytical expressions. Since-,t.heyl.aro not constants of the
material but characterize its magne,tiql:state the applicabil-
f finding
_ity~.,of the formulas is limited -by the a,ccuracy ~o
-.these coefficients- for the various 'magnetic materia.1s.

- 67 -
mornommillim

2/2 036 UNCLASSIFIED... PAOCMING DATE-18SEP70
ACCESSION NO--AP0100655
~,~..,XBSTRACTIEXTRACT--(U) GP-0- ABSTRACT. FOR, A QUALITATIVE EXPLANATION OF
.,THE PECULIARITIES OF THE MAGNETIC FIELD tOPOGRAPHY,OF DEFECTS SuRROUNDED
BY CURRENT, IT IS IMPORTANT TO KNOW THE CURRENT DENSITY DISTR13UTICIN IN
THE DEFECT.ZONE. THIS ARTICLE DESCRIBES EXPER114ENTS PERFORMED TO STUDY
THE X, Yj AND ZCOMPONENTS OF THE CURRENT DENSITY~AS FUNCTIONS OF THOSE
COORDINATES AND THE DIMENSIONS OF THE,DEFECT, THE METHOD OF
MEASUREMENT IS DESCRIBED; SINCE THE CURRENT DENSITY CANNOT BE MEASUREU
OHM'S LAW IN DIFFERENTIAL FORM IS USED. THIS REQUIRES
MEASUREMENT OF THE POTENTIAL DIFFERENCE BETWEEN THE -UNDAMAGED PART OF
THE MATERIAL AND THE ZONE OF THE DEFECT: A PROCESS EXPLAINED IN SOmE
DETAIL. A PICTURE OF THE SGNSOR WITH WHICH THE MEASUREMENT IS MADE IS
GIVEN. THE RE-SULTS--OF THE, EXPE-R,114ENT GIVE A QUALITATIVE- ESTIMATE OF THE
-CURRENT FLOW AROUND THE DEFECT AND EXPLAINISOME OF~THE CHARACTERISTICS
OF. THE MAGNET"IC FIELD TOPOGRAPHY OF THESE .-DEFECTS*. SUB~JECTS OF THE
EXPERIMMS WERE STEEL PLATES 150IM-4-KDE-AND 15 MA THICK WITH
TRANSVEqSE ARTIFICIAL DEFECTS.' THESE WERE~RECTANGULAR SLITS OF VARIOUS
DIMENSIONS.-THE AUTHORS CONCLUDE,THAT THE CURRENTiDENSITY IN THE
ZONE_ OF THE DEFECT IS NONUNIFORMLY DISTRIBLrT,ED; IT IS WEAKENED
THE CENT IRAL PART AND STRENGTHENED AT;. I TS' END. THEY FIND ALSO THAT
TOR DE F E C TDETECTION, IT IS BEST TO USE' THE~CURRENT:~DENSITY COMPONENT IN
:THE DIRECTIf3N.OF THE DEFECT LENGTHI AND THAT THE WENT OF THE DEFECT
CA4, BE JUDGED FROM THE POSITIONS OF THEI,MAXIMA OF THIS CURRENT DENSITY
COMPONENT*
UNCLASSIFIED
mommllp

Arm
tc~ c Ctc a A
F I CAT I ON OF CONVECTIVE CLOUD&-u-
AUTHUR-(03)-GAYVOR0iltSKIY, L.I., LAT'SEPINX,L P SEPCEGINt YU.A.
,,-COUNTRY OF INFO--USSR
S 1) U RC E -M 0 SC 0 WIZVESTIYA AKAt)EMII* NAUK.SSSP., FIZIKkATMUSFERY I OKEANA,
VI, NG 3, _11970, PP Z52-Z58
-:DATE_*~
'PUBLISHED- -
~.-_SUBJECT AREAS-AT1410SPHERIC SCIENCES
,_,'T'GPIC:TAG.S-CUMULUS CLOU0, AERO'OL* WEATHER MODIFICATION, CLOUO SEEDING,
GN T R 0 LtiARKING--NO RESTRICTIONS
CUMENT CLASS-UNCLASSIFILD
_PROXY~ RE LL/F RAME--l 991/0715 STE PNU- -UR/036Z/70 /00,'.,f003/0Z52/0Z58
C Mr. ACCESSION NO-AP0110449
UNCLASSIFIED

2/3 014 UNCLASSIFIED~', PROCESSING DATE-09OCT70
C-rRC ACCESSION titi-APOL10449
:.A8S'lrRACT/EXlRACT--lUl GP-0- A13STRACT* THIS PAPER GIVES THE RESULTS OF
EXPERLMENTS FOP, MOUIFICATICIN OF WEILL ~DEVELOP-ED CUl-,ULU3 CLOUDS BY
ACROSULS OF INSOLUBLE SU6STANILES. THE GREATESY EFFECT UBTAItJED WHEm,
USING.HYDROPHILI' ' PAPrICLES. . MOST OF: THi-- EXPEA[M., NTS WERE MADE IN
E
INDIVIDUAL CLOUDS OR IN MASSES OF DEVELOPING AIRMIASS AND IRONTAL
LOINVECTIVE CLGUDS IN THE STAGfS CF, AND CB CAPIL. i. Tkl~- VERTICAL THIrKNESS
.3F THE CLCUDS SUBJECTED TO MODIFICATION VARIED F-Arji,4 5 TO 10 AM. THE
TOPS OF THESE CLOUDS ATTAINED.7,000-12000 .4 WHERC- THE- AIR TEMPERATURE
.WAS -20--56DEGREESC. fHE REAGENT USED WAS A COARSE DISPERSE AEROSOL OF
PORTLAND CEMENI WHOSE SPECIFIC SURFACE WAS 4,000~01 PRIMEZ-G. THE
EXPERIMENTS CONTINER. EACH UNIT HELD ABOUT 10 KG OF HEAGENT. THE
CONTROL PANEL WAS ARRANGED SO THAT BET~4,EEN. 10~ANQ. 400 K6 OF REAGENT
COULD BE DUMPED AT ONE TIME. A POSITIVE RESULT WAS 081AINED FROM, THE
SEEDING OF 54 OF 55 THUNDE:RSTORM CLOUDS WITH CYREA.r, VERTICAL DEVELOPMENT.
AFT-LR SEEDING THE CLOUDS LCEASEQ FURTHER DEVELOPMENT AIND THE Tops
GRADUALLY BEGAN TO SETTLE. THEN THE CLOUD ACQUIRCO A FIBROUS STRUCTURE
AND,BEGAN TO 6k STRATIFIED INTO SMALL
PARTS WHICH EVAPOR TED WITHIUT THE
FALLIfAx Of SIGNIFICANT PRECIPITATION. ~l THE CLOUD W AS DISSIPATED WITHIN
7 TO 20 MINUTES. THE CRYSTALLI~& PART oF:*rHE CLOUD.PERSISTED 114 THE
FORM OF A LAYER, AND'THE ANVIL REQUIRED SEVERAL HOURS FUR OrSAPPEARANCE.
DIRECT COMPARISON OF RESULTS OF MUOIFYING -SUCH CLaU05 ~lTii INSOLU11LE
SUbSTANCkS AND CRYSTALLILLING REAGENTS (AG1. OR--SOLlf)i.C,,' SuB2) SliOws niAl
THE PkOCESS OF CLOUD DESTRUCTION OCCURS A-10RE RAPIDLY WITH THE
INTRODUCTION Of AN AEROSOL OF INSOLUBLE '~REAIGENTIS.
'D
UNCLASSIFIE

-:Acc. Nr: Abstta*~tingl Siirvice: Ref . CoAie:
A00499(;(;- CIMICAL: ABST. ~5-17,0
r'9S176k Lasing and spectral characteristics of soine'poly-
methine dyes. M.; Z s
Razurnova. T. X :-RLE . -- I 51IL"I IF .; ~MuLv7a-
b&noxnz. Lai. 1
(USSR). Opl."Spektrosk~- 1970,28(1.i, TV--i (Riss-)
Lasing was followed Ei series of polymethine'dyts on txcita'
tian by a ruby laser. .The absorption and fluorekeme band posi-
tions, stability, and tbe~ re!Wve tiAnsfortnatibn 'tueffs. 'of the
tabulated.' 'Fo~ cryptocyaniiw (1),!dicar-
pumping qnergy are
bocyanine (II), nfid tric~rbocyzmne,.th~ lasinx ch;iriaerist'%cs are
given, The quantum-yields and fluorescence spectra are almost
independent of the dicioic ~' con4. ~ of ~ ihe solkk;~ ihe q"titum
yields increase with tlwi~l~ent viscvsit~..' The transformatioln co-
effs. of I and H in RiOIIde&eas;e'%vithI the i .io. of ~ th6 exciiation
pulse, when the laser eniit~,sevcral piilses in'a fla4fi,, proceMing
in -100 Asec. The degree of the decreise depends 6n the ~execss
of the excitation, power of.the laser overthe threshold of the'gen-
eration excitati-on of the'dye. P. Adamek
REEL4FW
64.

USSR IJDC 632.95.029
VASIL'YEV, V. P., 1705'VirlY, Ye. S,, 1, -1', K. A., '11011,ONSK I . , and
'AYA,
krq F. , ''tituze' -of YAnt
z Urninian Sciontific Resea)*C1, T.IB
rotection
"Heptachlor Residues in Plants nrld.soil in Relation to the Application Method"
Moscmi, Khirii.ya v Sel'skom Kbozyaystve, Vol .10, No 3, J.972, pp 32-34
No residuc of hept
Abstract: achlor was found in the harvest of corn, ~.,-hent,
ar beets, regardlp_~s of thc method of ai)Dlicaticn.: r)retrea-ment: of the
or suL
seeds, soil treat:,-mt, or sprnyl--:3 of the you-ag plants., DepEmcling on th.
method of applicatioa Iteptachlor residue. was. found for ~rarying periods in
the, leaves an.,! rocts o~' the Plants, but cleared rapidlyiand did not accumiu-
late.in soil.

- ---- -----
USSR
VOLKOV, N. I., ZATSIPJ=.'~.Y. M., IMYLATYM, Yu. G., Nmmv, N. M.,
S
NEVERKOVICHP D. . SARSANIU, . K., CRERE 4ISTIIO,V, V. N., and SHIRKOVETS,
As State Order of Lenin Central Institute:of Physical Culture
"Physiological Characteristics of Repeated Exercise Done at Different Heart
Rates"
Moscow
Teoriya i Praktika. Fizicheskoy Kul'turyj 110 1971, pp, 23-28
Abstract: Lung ventilation, oxygen consumption, and release of "excess' C02
were measured in 3 skilled cyclists after repeated exertions on a bicycle
ergometer with different lengths of work and reat periods4 Bach st:tbject per-
formed 5 variations of the experiment at 3 heart rates - 150, 165, and 180
beats/min. The periods of exertion were 1-5, 3, 7-5, 15, and tO min. The
nature of the physiological reactions to the repeated exercise varied consid-
erably with the length of the work and rest:T)eriods. Oxybren conswnption was
~hig4est when the repeated exercise was-done,at a heart rate of-180 beats/min
withwork periods of uP to 3 min. Lung.function 'was most:efficient when the
-was over 150 beats/min and.-the exerAso periodIvas less than 7.5
heart,rate
-a at 165 beats/Inin foir about T-5 min,had the greatest
min. Repeated exorcl.
:effect on tissixe utilization of oxygen.
a/I
66

"Installation for Measurement of Stresses in Sheet Glass in Reflected Light"
Moscow, Steklo i Keramika, No 11) 1972, pp 19-20.
Abstract: The Saratov Affiliate of the State Glass institute has developed a
laser installation for measurement of stresses in sheet glass. A helium-
neon laser is used As a light source,'the beai,,i of light of which is polarized,
then transmitted through the glass, reflected on the second surface of the
glass, focussed, comj)ensated and converted to an electric Current, measured by
an ammeter. The Ilse of tile Teflection of the light frbm the second surface of
the, glass allows all parts of the. installatlon to be located on the same side
of the sheet of glass, in many cases the only possible; irrajigtnn~,nt. The use of
the laser allows the light beams Teflected.from the fiTst and second surfaces
of the glass to be fully separated.,

--090CT70
019' u PRk-ESSING DATE
---:T TLE-COSMIC NEUTRINOS OF SUPERHIGH:ENERGY Ll-
"PROXY REEL/FRAME--L980/0183 STEP NO--UR/0367/70/0111001/02001OZ05
CIRC ACCESSION NO--AP0048475

PROCESSING DATE--090CT70
UNCLASSIFIED
019
.-CIRC ACCESSION NO--AP0048475
,'A3 s C
-STRACT/EXTRACI--(U) GP-0- ABSTRACT. THE SPECTRUM ALCU. Of PRIMARY
COSMIC ANEUTRINUS PRODUCED IN COLLI.S.IONS Q F. PWITH RELIC :PHOTONS. BY
ASSUMING A LINEAR INCREASE OF 'THE NEUTRINO N CROSS -SECTION WITH THE
-11LAR TO 3
NEUTRINO ENERGY UP TO THL GEOMETRICAL N:(:RGSS SECTII*.)-q (Sil
E2) THE CUSIMIC RAY SPECTRUM MEASUREO
TIMES~10 PRIME NEGATIVE16 CM PRIM.
b EXTE`14S.IVE AIR SHOWERS MAY WELL HAVE NO CUT OFF::IN THE ENERGY REGION
THAN OR S IMILAR TO 3 T IM ES 10: PR IME19 EV. FArGILITY:
'FIX
.'JNST. IM. LEBEDEVA, MOSCOWv USSR.

IJSSR
REMIK, S. R d Z D. G. , Institute of Iticrobiology and Virology,
A
i nan 5al an
al
Academy of Sc e ces
"Toxic Characteristics of So-me Bacteria of the subtilis-r-esentericus Group"
Kiev, Mikrobiologicheskiy Zhurnal Vol 33, 'No 6i Noy/Dec,lrl, pp 748-750
Abstract: Some strains of bacteria of the group subtills-mesentericus form
toxic metabolites that nay produce specific lesions of the central nervous
svstem in animals. These strains were present in the intestine of 5 percent
o! rabbits and other laboratory animals. A study of nine' strains of subtilis-
mesentericus bacteria isolated from the environment and from intestinal flora
showed that these strains were toxicogenic to a greater or lesser degree, de-
pending on the strain, under diverse conditions of cultivation. The toxic
filtrates from the bacterial cultures produced a form of ep-cephalorrjelitis in
animalb that rese-mbled allergic. encephalortivalitis. Jt is possible that in
co-nnectien with.the preparation of antirabies vaccine, bacterial to-cins of
this type are transferred into the brain of. the animals that are used (spe-
cifically, the brains of rabbits) and Lhen into the vacclue. A i;tudy of 800
sera of healthy persons, persons who had received inject.ions of nerve tissue
-C - f ter treatyii,~,nt
antirabies vaccine, and porsons 41io developed ancephalOTIIy4itJ-8a
1/2

77;~:
~j
USSR
RCZNIK, S. R., and ZATULA, D. G., Mikrobiologicheskiy Zhu-rnal, V61 33, No 6,
Hov/Pec 71, pp 748-750
with vaccine of this type, showed that the sera of he;Athy, untreated pcrsons
did not contain precipitins that rea-ated with the toxic bacter-lat metabolites
in question, while the sera of persons who had been.treated with antirabies
vaccine contained such precipitins. Reonik and A. 1. Kutm,.Ly established that
the culture liquids of the bacteria studied contained at least:two toxic sub-
line
stances, a protein and a substance of the acetylcho, - type that was possibly
bound to a protein. Sinall amounts of the lyophilized toxic fil.t-rate stiniulated
the formation of hemagglutinins and Increased the amoLint of propordin, while
large doses of ~ the toxin. suppressed immunogenesis, as shown by, comparlson of
the inmunity indexes with those of contro16.
2/2

00
USSR
:ZATUIA, D. G..
"Possibilities for the Utilization of Microbiological Objects and Methods
in Oncological ResearoV
Xiev# Visnyk Akademiyi Hauk Ukrayinskoy RSH, No 1# 1972, PP 17-25
Abstraett Antigenic similaxity between a bacterial spore culture of Bac. mega-
therium. H and malignant tumor. cells has been established. This was supported
by the agglutination reaction with antisera, obtained against tumors, normal
cells and bacterial antigens. The antlaera to Bac. negatherium H agglutinated
tumor cel1s# especially those of Ehrlich'al and conversoly the- antitumor
sera agglutinated only that bacterial culture.. and aone~ of the others. Bac,
megatherium H could possibly be considered an excellr--.itimodel for cancer
cells. For example, 237 out of 274 patient sera studied, were histologically
proven to be cancers, and 218 showed lytiib reaction against Bac. megatherium H.
Actually several non-malignant conditions 1 notably. of kidney, liver or g&stro-
intestinal origin can also show positive reactions. In another experiment
animls Immunized with Bac. xegatherium Ji culturv rejected transplanted
tumors, On the boxis of work with other strains, the aOthor appears optimistic
concerning the possibilities of utilizing~Baov~megatheiium H In effective
antitumor autovaccination or even chemotherapy.
T

USSR' UDQ.57C851.5,6i6.oo6-097
T. t and MEMOVA, 1'. B.
ZATEILAr D. G., RYEZN7Kj S. R.- SL-ABOSFM'YAt. A4
Mcrobiology and Vi=ology, Academy of Sciences WaSSR
"The Effect of Different Doses of Bacillus subtilis 572 Toxin on Some Inmunolo-
gical Reactions and Tuaor Growth in Animals"
'0
Mov, Mikrobiologicheskly Zhurnall Vol 33, 11 2Max/Apr 71, pp 201-205
Anstracts ExDerinental data areported from atudy of tho to
effect of the metabolic products of saprophytlo:bactariA.: Toxic metabolites
were obtained by groirlr4 Baclllvs aubiAlis atiuln 572 on myifthetic Gauze
medium No 2 for 10 &Vs at 249C, followed by filtration axid 1yophilization.
lUterial was stored dxy and d-Unted just before actual usig. ASter the anir.--? s
Ujected,, the :folloirlng parameters work, studiledi. ha3w,ggleUrLtn pro-
duction in nice, propei:din level in rabbltrij and the xeaiAitanoa to turior
growth in nice. LD0was determine(I and the matorial uns. adminiatered in the
5
range of 0,05-1.5 LD . It was dete=ined -that the offeef. of d-rr toxic
50
filtrate is. dose-dependent: at dose ranges l/10-1/3 ID~,'Jiemasyglutination
processes are activated, the propoxdin level In blood Is :Lncrog~se;jd, and the
1/2

--- -
'H.-
~5 ~Mm i
1-fli. I ~ h "IL, XtHh.14i IF., wIMS I A 81!

'2/2 NCLASSI FL i Hlo D"AT ~--o it Du.~Jo
ols L; 'E0
-4C [q --AP
C ACCESSION NO 0131270
.:~AGSTRACT/EXTRACT--(U) GP--('j- ABS 7-RACT Irl E F F. GO'NTENT OF '-;ATF;~ 'N' D
DRUGS SOLNS. WAS CIE-10. AS P C L L S ADD ro 50 ;M V 1) t- U ~M'- L ~t' I
5PERCENT NA H TAilTPATE TO MASIK J1,1TERFERING I ONS 1: N' T po";
OF.fiCL TO REDUCE FE PRTIME3 POSITIVEr 5 M L 2 5 11 E R C E t fr P,(" f~' H - L IN L 6 1 i CA.
(A CORP ESPON10-INGLY LARGER VOL. WHEN ANAL~ZIINIG INJECT'!fji~-.;
ADJUST PH TO 33-4, 01.2PERCENT 0 ill*lp Af,iO To r P-: A:?.
-4iTH i4tTER TO BE ANAI-YZED, A F T, F Is 5 M I N IREAWPE THI: GF A FE
PRIME2 POSITIVE I COMPLEX USING THE FEK. IM PHOTOU, L f:GT,KOC 0 01-1 1 ME 1* ER) A
J
-BLUE FILTER, AND 30 P414 CEL LS. T A K, Er- THE RiiSULT PROM 11. CAAL18RATIGN GRAPH
CcNSTRUCTEDFOR THE CONCN. RANGE 0.01-l.:0'.MU:G-HL FE" THE: PROCEDURE WAS
.-SUITABLE FOk DETG. LARGER THAN 0.001 MG TERCENT FE.' THE FE CONTEN'T OF
PREPNS.t:AND INJECTION
DISTO.~ WATERY MEDICINAL SOLNS4 MANUF0. BY
-'DIFFERENT PLANTS-RANGED FROM 0.002 :TO 025, 0. 04 TO; 0.9, AND S,,'AALt.ER
JHAN OR-EQUAL TO 0.001 TO 0.62 :14G PERCENTO~ RESPm- FACILITY:
KHARKOV SCI. RES. CHEM. PHARM, INST*1 KHARKOV, USSR.
-UNCLASSIFIED

ml
hill,
'2/2 007 UNCLASSI Fuo~ PROCESSING DATE--090CT70
ACCESS ION NO-AP0113431
GP-0- ABSTRACT. MOL. WT. OF, SECURIGENIN,
S4CURIZIDE, ANU SECURIDAZIDE WAS D6TO. AS FOLLOWS.: DISSOLVE 0.01-0.03 G
A,SOLN. PREPI). BY DISSOLVI14G 3.5
OF A COMPO. IN 5 ML MEON, AUD 5 ML OF 1. 1.
GN4 SUB2 OH.HCL AND 0.12 G ET SU82 NH (fiCL...ACCEPTOP) IN 1100 ML MEOH TO
:FORM THE OXIME, AND LEAVE THE SOLN. FOR.3:HR. THEN-BACK TITRATE AN
EXCESS OF.ET SUa2 NH WITHO.02 N HCLO SUB4 USING A 0.3PERCENT THYMOL BLUE
SOLN. IN MEOH AS.INDICATOR. CARRY CUT A PARALLEL BLANK DETN. WITHOUT
GLYCOSIDE-AND 3 HR KEEPING. CALC, THE MOL, WTo FROJi THE FORMULA: G TIME
1000JIME NO. OF ED GROUPS-IV SUBK MINUS V SUBR) T IMES 0.02i WHERE G IS
SAl4PLE_WT* IN G, V SUBK AND V SUBR VOLS. IN ML OF OoOO2 N HCLQ SUB4
CONSUMED FUR TITRN. Of THE BLANK AND ANALYZED-SAMPLI~t RESP. WITH
:CARDENOLIDES 'OF CIS CONFIGURATION OF THE TWO RINGSo-SUCH AS C114ARINP
CONVALLATOXIN, AND ERICHROZIOE~1'1 THE' REAC'ri'aN ts comP LETED'. WITHIN' 3-4 HR.
WITH THOSE OF TRANS:CONFIGURATION THE REACTION DOE$ NOT-~(;Q TO
COMPLET I' M. FACILITY: KHAR KOV., MAUCH. ISSLED. K11114. FARM.
INST. KHARKOV, USSR.
?
UNCLASSIF

A. 1 4 018 UNCLASSIF-IM; PROCESSING DATE--30OCT70
T'ITLE--ODORIFEROUS SUBSTANCES OF HYOROGENATEDFATS -U-~
'_:AUTHOR-t05)-LQPATINt B.V., SHMIOT, A.A., 7_ATULQY.A6, ~,,YA K.F.,
Wit
'.-'KO'qCHALOVSKAYA,. M-YE.9 GROMOVICHY YU.I.
_'~..COUNTRY OF INFO--USSR
SOURCE--MASLO-ZHIR. Pf-,3M. 1970, 36(2), 13-18
PUBLISHE9 ------- 70
ATE
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
7~:_TOPIC` TIAGS-li~ SPECTRUM, uv SPECTRUM, CARSONYL COMPOUNDt, Hy OR DGE iqATION,
~-VEGETABLE OIL
."i-CONTROL'MARKING--NO RESTRICTIONS
;.~-DOCUMENT,,CLASS--UNCLASSIFIED
STEP ND--UP~/9085/70/036fOO2/0013/0018
_- C I RC ACC ESS ION NO-AP0119456
UNCLASSIFIED

018 UNCLASSIFIED PROCESSING DATC-30OCT70
ACCESSION NO-AP0119456
-ARS~TPLACT/EXTRACT-(U) GP-0- ABSTRACT. A COMPLEX MIXT, OF ODORIFEROUS
:SUBSTANCES OF HYDROGENATED FATS WAS SEPD. F-.OM FATS, BY IAOL. DISTil. IN
-AB. -EP,',.. OF THE
EQUIPMENT AND ANALYLED BY SPECTROPHOTOMETRY WITHOUT
L
MIXTS. I NTO FRACTIONS. THIS S114PLIFIED METHOD GAVE SATISFACTORY
_L 1 01 h 1 3
RESULTS. PRODUCTION DEODORIZING OF WDROGENIATED SU'll Oiic-r% L ADE Y A
-IF-THOD SHOWED THAT 14 SING, UN A D.
N CONTINUOUS PPICICES s T
BA CH OR.CONTINUOUS t
E
CARBONYLS WERE REMOVED MORE EFFECTIVELY THAN IN.BATCH PROCESSING.
-AND UV:SPECTRA -OF THE PRODUCTS INVESTIGATED SHOW f IiA T - CONT I NUOUS
I R,
DEODORIZ L CORPUS :'.MOrRE CO-APLETELY.
-ING REMOVES UNSATO CARBONY
INST.* ORG. KHIM. IM. IELINSKOWI, MOSCOW, USSRf:r 0
_UNCLASSIFIED

E We 1010gy
USS-11 u i:c 616.a'8l-717-O.-`-22(477)
G SHKOL'N
Z -7-1 .1K, L. YA., ANISMCI~C,-MKO, C A., IMCF-DPAD, V, A., and
FONOMG, M. 2M., Kiev Institutle Of Epidemiclo.:! Cro-bialcizn, a-A parasU-
Lly
ObLast Sanitary Epidunilalogical f9tation, and DGmetslciy 1'edical
Donetska
Ya
InGtiltute
ian S'-"R"
"Vesicular Ric- ttsiosis in the Ml:rain
kbscow, Vqurmal MH-krobiologii Epid,:--.,Aj1ogii. i IrMLW101131010,1,ii, NO 1, 197-3y
D-) ip4-i-28
Abot*ract: Since o,ltbrea~- a-;,' .-.~sicul-ni- rickattSioSiS j n 17
j"Cov-l--d ill
wit"a t'-:~ ',,beak
)50, co:!.-probensive tho-vapr-utic and -preve~jtjve pleasulies hi*,Ale 'hc:z!rj p.- i 1, -tj I
clinical, etiolo,,Ical, and laboratory data
Sta-tistical analysis of the data iiidicultQs iii Gtea(ky declim Iii the fl?%~quency -,f
-5, Ja in ~'~,160, in 1964, 4 In and none
Vre disease to 69 ca.;-z3z in 19-
n 1969 -and lC9 0. Acco-tyli I,, to sexolo:--ical tests perfor lad, on a
7
of indiviOluals Pzd -s~~.,tients with -,arious febril~2 there are
no popLO-atton i-m-Mmity to v'esiclalar ricke-ttsiosis' sulgg~.'Stirib!
that tltw nwr,A)(~C of undi.ai-ijosa-1 is If not zt-Lro. fliu-7eys
In zlutomdr~ Kiwi, and a nwnber of vu~ioxvj I'Ll KI-a-v Oblaat Ind"cato v"of-'erico of
rickut-tsios-is in a-r,,!af,,.

USSR UDC: 537.31
OKWI, L. S., KAGMOVSKIY, I. P., LEPIKHOVA, Ye. Ye.,,jEUkWQ-r
N, , ' rl'a
CHAYKUT, P. M., LEVINIZOT D. I., All-Union:Scientific esear,h 1,~stitute
of Electrothernnal Equipment
"Investigation of Resistivity Distribution. ina Single C~-ystal Germanium
Strip by the Single-Probe Method"
Moscow, IzY. AN SSSR: Ser. Fizicheskaya, Vol 36, No 3, Mar 72, pp 614-618
Abstract: The distribution of resistivity is studied by single-probe mea-
surements on a single crystal germ&nium strip with spacing d0im to 10 )J.
The strips were grown by the Steranov method in directions and ,
the plane of the strip being (111). The specimens were doped, vith Ga and
Sb for p- and n-conductivity respectively. It was foun(I that the longi-
tudinal nonhomogeneity is rreater than the transverse nonhomogeneity, axid
that both types of nonhomogeneity increase with a reduction in the dis-
crete, measurement step. The distribution of nonhomogereity in the resis-
tivity of longitudinal specimens is basically periodic trith a- periodicity
of 150-400 p, depending on the conditions of growth. In. transverse speci-
mens the distribution was found to be more random with a periodicity of
1/2
179

Semi condu'd torsos TrI an s-
s tors
USSR UD~`: 53.082-52
~AMSHEVSKIY, P. P., ZADDE, V. V., ZAITSEVA, A. K. ,
KRAVMKIY, D. Ya., STRELITSOVA, V. I*.1 CHAYXM~,: P. ion Scien-
tific Research, Institute of Electrothermal Equipment.
"Photovoltaic Cells Made From Silicon Crystals With Special Cross See-
tional Shapes Grown by the Stepanov Method.".
Moscow, Izv. All SSSR: Ser. F"zicheskaya. Vol 36, No 3, Mar 72, Pp 522-524
Abstract: A reviously described rethod (Artysbevskiy,:P. P. et al., Izv.
p
AN SSSR:. Ser. Fiz., Vol 35, 1971, p 469) Yras used for growing rLoncyl-in-
&-ical silicon crystals to be tested in solar batteries. Polyarystal and
single crystal specimens of p-conductivity with resistivity ranging from
0.1 to 15 R-cm were grown, cut transversely into thin plates and polished
on one face. The pn Junction was made by phosphorus diffusion. The
finished cells had an area of ~0.8-1.2 sq. cm. ~Cells made frozr polycrystals
hadhigher efficiency than Czochralski cells. 'The shunt xesistance of
the polycrystals. was high, showing high. purity of the sendconductor
material. 'The. load characteristics of cells made from sftrle crystals
were not as good as those of the polycrystal cells, which was attributed
1/2

USSR uDc: 621-315-592
MMSHIKOVA, V. A., OKUN', L. S., WZ"69&1Xv" 31 CHAYKIN, P. 1-1. ,
FRDER, A. I., All-Union Scientific. Research Institute of Electrothermal
Equipment
Feasibility of Making Photodiodes Based on* Single CrystO. Germanium
Strips Grown by the Stepanov Method"
Moscow, Izv. All SSSR, Ser. Fizicheskaya, Vol 36, No 3, Mar 72, PP 525-528
Abstract: A study is made of the possibility of growing gallium arsenide
epitaxially on gerzaniiun single crystal strips, and prod-acing photodiodes
from the resultant structures. The single-crystal germanium strip was
grown by the Stepanov method, using a floating shaper and a seed holder
on a flexible suspension. A gas-transport, reaction in m,i open tube was
used for growing the epitaxial layer of gallium arsenide. The pn junction
was formed by arsenic diffusion. Mesa photodiodes were zn~.de by photo-
lithography. it was found that the, integral sensitivity. of photodiodes
based on single crystal strips is greater than that of diodes based on
ordinary germani=. 71hic is attributed to the thinner cjiitaxial layer of
GaAs since losses of light are proportionva to the thick~:iess of this laye~r.
Thio is confirzed by upectra-1- characteristicu.
ON

073-001.5
USSR UDG~ 6n..77I..
NIKOLAYEV, V. A., ZAUGOL'NIKOV, D. bT-, artd- POLMMIN,. T.- P~'-
"Stress Condition in the Contact Zones. of Wbrkiag- Rolla iix Passing- a:-Weld:
Joint"
Plasticheskaya. Deformatsiya Metallov i Splavov,~ Moscow,. NO: 64,, Hetallurgiya,"
1970, pp 225-232
Trwislation: A method is proposed for calculattng the.aptimal shape-of:a
Weld joint which. compensates for the increase&-:yield: point-- at this: place.
In order to check- the calculations, the polarizatton-optLcal method-was
used.. It.confirmed the correctness of th-is, technique. far.- determixning. the
~Ivtimal shape of the weld. Three figuresand oa tab 1e..
e

zv:j11RS 53615
16 juIr 1971
UDC 615.21:577.iS3
CHOLIKESTERASE REACTIVATORS
7
a- languagL book Golikov and S. D.
Translation of I ust; i n
az.
t~e ak t i ata-y Nn-1!`nC5tT. aZ',
mn cmpies.~ signed to press :S Sep-
1070, 164 pages
CO%TENTS PAGE
.......................... ..........................
?:ZF.4 . ............................................................... 3
CPLA!"'ER 1. The Bolc Tr~nl" ',D Rvi~arch In the Field of Lht~
Search for C11olinezoterase Reictivators .......... 5
Eydroxamic Acidv ......... ................... 8
OXI'mcn .......... ......................... I ...
yrldl~iuL% Aldoximaa .................................... 12
Liq-pyridirviuti Dioxines ................................. I
CH1'kTE% 11. Gea.r" I Cancents 0! the Mechanism of Reactivation
Cholineaterasel ............. .... ..................... 25
W Ylolecular Mechuaism of Interaction of Acetylcholine
ard OPC with ..................... 25
Mechanism or Reactivgtion of Cb~oltnvitoraEwa ...... 30
Factors Influencing "he Process of Rej~ctlvatlon ......... 3!
Cwn ER I I'L Ilie Antidote Action of Cholizicateras, HeaQcivatora
in Poisoni rig by OPC ................... ..................
Comparativc: Characterization o1 the Anttdote
Action of Cc~rtaln' Oximes ....... I ............... 41
Conditions IaCluencin~ the hntidote Etfect .. ........... 43
(I USSR C)
QK"

~Continucd)

C!"-TIZR 1V. The Phmacology of Oximes ........................... (10
Ab5orption, L~v~l In the Distribut-I'Qn.
.................... .
t
T'XICILY '-f .................. ........... 67 J ::
Influence of Oxiev on Various Fmnctlonz of -0he

Organlstl (Systemic Effects) ............ .......... 73

and O?C ............................................ 79
CHAXTEP. V. ~The M-~harivm 9f, the AOtidate Action of
Cliolinesterage lkeactiva=rzslo ................ ........... 86

Interac tion with the P016onl(OFC) .~ ................ . 89
Norzztlzatlon of- the %hinction- of-:tho Itasic Links
in the CholLnergic System .......................... 91
Phazviicolcsizal Effects Not ' Ilrt-.zty Related to
the Cholinerg-Le Systm ............. ............ ... 97
PTEA Vt. The voe of ChoZInc!i,-.rE.9a Reaczjvrt.7ru for the
Treatment o4 Poisoning by Orianopho--:phorus
rompotind.; ....... I.......... ...................
Cha.-4c ce.-ir. tics of the 7I)erji.,.?urI: Azrion of
11cact jvators ........................................ 100
S,;bIit.%,.It-IatIcfI of vniera7eu-~ic Boses of Oxit;,,s
and Certain Peculiaritl~s of the Therapy of
2oison.Ing by Anticholln~c~rnze Substantes ...... 11, 112

CONCLUSIONS ........................................................ 121
A2P=MIX. Instructiona for the Use of tbe Preparation Dipyroxime .. 123

.................................... .................. 176

USSR UDC 614.72t,613..155.3
WYT, A. 0. , KOC-12ANOV, H. M. , and ZAUGOL KKOVJ S. D.1 Institute of Bio-
physics, 14inistrf of Health USSR
"Correlation Between the Yaximum Permissible Concentrations of Some Chemical
Substances In the Air of Industrial Plants~~and:in the Atmosphere of Resi-
~dential Areas"
j
Moscow, Cigiyena Truda i Professional'nyye ZabolevaniYPL'9,.No 1971
pp 15-17
Abstracti On the assumption of a mathematical relatiowhIp between the toxicity
,and maximu;q permissible concentrations :(14PC) of chemical compounds in tha air
of industrial plants and in the atmosphare,of midential areaso the author
worked out the following equations foruse in determlnin~~ the!*," ' of 40
different substances (hydorcaxbons,,.phenolz, ketonds, allcohols, etc.)l
lgX 2.32 +1.16 1gy r - +0.65
1gy -2.00 + 0.86 lgx r - +0.65
where x is the bTfC in the air of an industrialplant, y1s the mean daily NPC
(in milligrams per n3) in -the atmosphere of a residential area., ard is the
comlation factor. The following equations were derived from a comparison
-mosphere of a resi-
of the mean daily (x) and maximum single.(y) NP0 in the at

I - ! . . . . I . . . . .. . . I . I . I " lil; ~~Pf !~U
,zz -!~
T-3 R R fil WRIMMMMUMMUM ~!N![;afetl
IBM FEW;

Us S 1_1 UDC 614.78
IKOCM,1TOV, it. IM. , and MOSC0117
"Hygienic Aspects of the Substantiation and Organization of Sanitary-
Protective Zones"
Mloscow; Gigiyena i Sanitariya, No 10, Oct 70, pp 62-64
Abstract: A review is Dresented of studies on the reduccion or elimination
of contamination from the biosphere,, an important problem.in planning for
improved sanitation facilities. In.this o-onnection, the Soviet Union has
been divided into the following meteoreological zones accordirig to the num-
ber of days that stagnant air was observed:~ 11) a large part of Eastern'
Siberia, where up to 25 days per winter monthare considered to be stagnaac
-n reg-; ons of'the European part of the Soviet
or dead p~_riods; 2) the westel
Union apd the wastern and ea5tern foothills of the Ural mourtains with
mea5urz~jle air nolluticn; 3) the northeast portion of the European part
Of the Soviet Un4oa and t4e forest regions of 'Western 51beria, where stag-
nant air is observed in spring, or winter, 4) K,azaWiscan,: One Volga area,
the norLhern part Of Weste= Siberia, mid the~coantnl rotigions, where
practically no polluted air haB been observea4. Control,imensuxas must be
7

us SR
KOCHANOV, H. M., and ZAUGOVNIKOV S. D. Gigiyena i Saaitariya, No 10,
Oct 70, pp 62-64
taken-, parcicularly in the -mosc critical region (the first one listed).
The cultivation of certain plan"---; (fruit:s and vegetables, for instance)
U L
Which can serve as biological indicators of, air,pollu#Jou will be a' great
value. It is noted that deposition of~fluorides am the-groutid- in the
L
Vicinity of aluminum plants, for example,: may .:lead to ittcruased fluoride
in the milk of cown grazin: there.
concentrations 9, Such*findings must be
used to establish danger are" and protective;zones.
2/2
86
REWTIBUTUT MO. 1011 MIR MIMM1191 MIN UMIMMMI APIRM

WSR uDc 576.851.48.095.5.576.858.91-576.851.48.o98
AMMOV, R. Ya. and Second Moscow Y&dical Institute imeai
Pirogov
"Induction of APhage and Transductioa in Bacterial Forms With k1tered
Synthesis of the Cell Wall"
Yoscow, Zhurnal Mlikrobiologii, Epidemiologil i Immmobiologii, No 8, 1971,
PP 80-83
Abstract: Study of the Ion- and Ion- B =tants of E. COU 31U- (a) and E.
coli 3RL-2 ( A) revenled that they are hi&ly senaiti-,,ro4to ultraviolet RL
radiation. Acriflavin increased 'the mortaliky rate of. 'he irradiated 3. -2
mutant, but*not to the same extent as.that of theoriginal Hfi-C strain. Both
the mutant and the original strain vere able to reactivate irradiated phage T7.
The kinetics of induction of phage A in.the Ion mutants differed from the
kinetics of induction in the X. coli Y,--12 (;k) and HfrC ( ;1) strains. 7ne
latter strains had a higher initial degree of.induction and a smaller optimum
doae. The hi&er sp=tar,--cus. yield of the phaete, coml)-ared v1th the other
strains was probalbly related to the Ion' B mutation. Lysaten of phs4ze
obtaineLfron the Ion- mutaats were able to effect.the transduction of the gal+
marker to gal- recipients with ihe usual' requency.

MP
- - - - - - - - - - - - -
USSR UM 536/24.4-532-517.4
LZOOVEV, A. I., ZAtMICHWff B. G. (InstitLt'te of Mierml Physic, AN SSSR
-Siberian Branch Novosib
"Determination of Relative Heat and Mass Transfer Coefficients,wid Critical
Parameters ofTurbulent Boundar7.layer Separation vith Ncauniform injection
under Nonisothermal Conditions'
Minsk, Inzhenemo-Fizicheskiy Zhurnal, V61,19, No 4. Oct 10, PP 737-741
Abstract: Sim
t 1e approximating fon=las are presented for calculatinG the
relative heat and mass transfer coefficients aid critical, paranp-ters; of botmd-
ary layer separation in the presence ofa nonuniform inj(iotion, chemical
reactions, dissociation etc. under strong nonisotherml, ~,onditions. A com-
-results obtained an w.computer: -with those obtaine-I by fo=ulas
parison of the
ohm a rather good agreement. Miese formulawcan be extended, to the case
rences.
iihenthe:Reynolds awnbers; are finite 3 f~~- st' 3, refl-"

of 0 :~SSING DATE--27N0V70
UNCLASSI.Ftio
CIR.C ACCESSION NO--AP0111577
&BSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THEGIETICAL AND EXPERIMENTAL STUDY
:OF THE NONISOT4ERMAL 6UR14 UP RATES OF GRAPHITE SURFACES IN AN AIR FLOW
-CTING A NEUTRAL GASJINTO THE
::WITH, OR WITHOUT INJI BMNDARY LAYGR A5 A
'FRO4
SHI ELI) BURNING. -THE EXPERIMENTS, WERE CARRIED OUT AT TEMPERATURES
FROM 1500 TO 18000EGREESC AT REYNOLDS NUMBERS FROM:40K TO 411 IN A
GRAPHITE CHAN4EL. THE CHANNEL. WALLS 1.4 -10 MM NICK, 1'~-iE DENSITY OF
ERE 5 Eal
LITE ~SP EC V-1ENS WAS 1076-L9,25 KG-iCU~,M,~ AND NETRO-17
G: GEN OR ARGON W RE
INJECTED THROUGH SLOTS FOR SfiIFLDIhG,. THE~!GnAPHITE ~'BURN::UP RATES WERE-
EST114A-TE9, BY-MEASURING THE CHANNEL:DIAME-TER-AFTER EXPERMENTS.
EQUATIONS ARE PROPOSED FOR- ESTlMATING, THE EFFEC'Ttlb0i'tESS OF THIS
ZE
SAIELDING TECHNIQUE. THE THEORETICAL: AND EXPER,IMENtAL R-SULTS ARE
C,OMPARE0*. FACILITY: AKADEMI [A NAUK SSSR:t
.'-',-..~-~AIJC-H,'iO-ISSLEOOVATELISK:lI 1!14STITU.T::VYSOkl-Kii:.TEKPEPA,T'URI MOSCOW, USSR.
0 4 C L A S S I F ID

USSR

of M,-akinir
0 Indi-I
Zlek:t- ran ,7j r ITWae'rjr~ o - t ek'-r- sb- 'kThe Eiectk nics c ai-A
ect-ion) 1970, .-No 1, Iote*
-nical Coll op 89-91 (from BZh-Rad. "0,
-7 7)
Abstrac
1 at- o The aut,ors discuss pl-inca-pai art-as Of worlt on
("-!,'Iionics") in cs , and the advantag this
rol qL tQC~1111C,10f7'T
ot h e r me "'n o d s , -P art I c ul,--, II y ir, a~: i n Lr a f h y1b r i d m i c r o ci ru iz; s . C ompa r ave
'o -echnol tW re given Trom -Lric!
cbaraciz;erl4s-~ics of maz'kin- and clion-, 0 a st~~.dpoirit of
the -ecuipment and pe.-so.,-.,nel req,,dre Cj., T-L -s. shown that only.~I-ht- lists of elioaics
:IU nossible to solve a number of ~T)roblems in the fuzure de velor-men-, of

roelp-c-uronics. Tva tables, bibliography of. -ive zitles. N. S.
1c
m

Acc. Nr: AP00381L Ref lode: UR 0326
17
PRLMARY SOURCE: Fiziologiya Ra 1970~ Vol 17., Nr 1,
PP
COLLOID-CHEAi[CAL.PROPERTIES OF NECTARY CELLS AND
SECRETION: OF NECTAP,
0. A. ZAg,~AL0P.,R. F.--ZAURALOVA
SCien-fiffe Research Institute of 'AP1c.'1l[1rre,:Rybno11e, RY'2zarl iRegion
The effect of the cellul3r poisons fluoride and n-nitroplienol and also succinic acid
on sugar secretion in nectar, respiration rate of the nectaries, pH of the 3ecretory tissue,
ptmeability and viscosity of cell protopinsm was studicd in millovecd and pumpkin necto-
ries of various age. Cellular poisons -inhibit secretion at lower conzentrations than those
required for inhibition of the respiratory rate. Cellular poisorls shift the pli in the secre-
tory tissue towards alkinity. lower the permeahility and increime (lie 1)!asma viscosity.
Succinic acid which stimulates nectar excretion evokes opposite chuges. It is concluded
that a low intracellular pH, hiRh pernieWlity nrid, low plasma viscoalty in tht .9ecretory
cells,.,.are favorable for intense secretion. 4t is s~ggesfed that nectar setretion is more
cidsely related to the colloid -chemical properties -of the plasma 'than to the respiration
rate.
REEL/FMME
:1973:1170

Acc. Nr: Ref W Code: UR 0326
PR1.%aRY SOURCE: Fiziol'o-giya -Ras 9703 Vol 17,~ Nr 1,
PP
COLLOID-CHEMICAL PROPERTIES OFNECTARY CELLS AND
SECRETIAN-OF NECTAR
0. A. ZAVRALCV,,R. P.2AURALMA.
Scientific Research InstiMe of Apicaltare,.kybrtoy'e, Ryazan Region
The effect of the cellular poisons fluoride and n-nitrophenol and also succinic acid
on sugar secretion in nectar, respiraflon raie of the nectaries, pii or the secretory tissue,
PermeaMitv and viscosity of cell pro4oplasm. was studied in milkweed and pumpkin necta-
ries of various age. Cellular poisons inhibit secretion, at loxvtr cono~ntrafions than those
required foi- inhibition of tl~e respiratory rate. Cellular poisons shift the p1l in the secrer
tory tissue towards alkinity. lower the pexrneability and increase it.he plasnia viscosity~
Succinic acid wbich stimulates nectar excretion e0kes 'opposite chnges. It is concluded
that.z low intracellular p-H, high permeability and, low plasma viscosity la the secretory
cells.,,.are favoratile for intense secretion., It is suggested that nectar secretion is more
closely related to the colloid-chernical properties of the plama tha
an to the respiration
rate-,
R
JE E
L/ FRME

UDC 666.1:8542.65s539-231,543.422.8
DYMCHEENKO, It. P. , SESIMYA,141113 ROVA, L. N., Y-ERI-MOV, N. I.. URAZALIYEV,. U_s
losdow State Padagogical Institute
ZAWI,,YSLOV, YU. V., and MCCHALCV, A. I., M
-152-f -;K. f . Lenin and Eoscaw Oblast Fe dagcgical~lnstitute. laieni. ff. K. Krupslaya
X-Ray Diffractometric Study of Grade:St-50'1 Sital Substrate Phase
ompositlon!',
C
Moscow, Reorl-ganicheskiye Materialy, Vol 9. No 101 Cat 73t PP 1791-1793
Le"es of grade ST-50-1 sital substratea
Abstracti Three bal from industrial
ction were 1xiest4ga-ted as. to xetroducibility of~!Zbzzm comsosition from
produ
p6int to point on one su'batrate'foreich of the Ureo tatche's, Uen on
cibility of 2ftze couposition from zubatrAita to. subiArato In the
Produ
fi=tf se-oni, xx~ thivi batches, restective1y. Sital ST-50-1 Is an
oxi '0
de conposiUcn containing (in a
SlA, 0 1) A! 0 7-5 CzLCe
31# 2 3# 9#5 ki
are- 9.0 110- ef-.2 aralysis of 4he x rays, d-l-Affractog--am-s revealei that,
1 4 - al substrate has two other
In add -tion to an a=phouz nhase, the ST-50 I sit
phasess T102 in t he of rut ie and hg=~ (Ci.-Anoenstatite) Reproduci-
bUlty fron substr-ate to substrate in a batch and from batdh 'o batch was good.
Thme-hour heat treat-~ents at 200, 4,00, and 6000 C ~ad no effect on sital sub-
CoMpOS41jon. Cne
strate. figure, one table, three bibliagraphic xt-ferances,

Act. Nr. AK0105401 Ref. Code., _U. EL 6 92 0 0
USSR
ZAUZaI
IXGVA I. V.
III)Ynantics of Changes in Lysosomes and Their -Phosphatase Ac tivity in the
Myocar&ium durina,Foot-and-Mouth Disease"
Uch. E~R._ Kazansk,; vet. iti-ta (Scientific Notes of the f~azajLVetq~~.ipary Irksiute),
-12?, PP 1;?7-130 (from_RZh-ZhivotnovOdsLyo I Y~tqrjnar Mb 1, Jan 70,
4bstract rio 1.58-393)
Translation: Forty-five guinea pigs were used in the exp6ritvnt, vith five serv-
ing as controls. The anzirrals, were inoculated -in the sales hC the hind paws with
a 10% suspension of standard foot-and-mouth disease virus (Strain Ar and 0) pre-
paro-Id from guinea Pig aphthae in a dose of 0-3.m1. The anl~=Is were sacrificed
3js 6p 9p 12, 18j, 24, 48, 70o 96, i2o, and 144 hours after faoculation. -6 Small
slices of myocardium from the left ventricle'wexv fixed in.cold formli -Calcium
oolution by Baker's method. Acid phosphatase activity Vat;.studied in frozen
-sections by Gomorl's method. Covtrol~~Paxple$ and experiwrital mterial were
19880354
;L

fig-010541D17
ArA, Nro'i
treated under identical conditions. The extent of acid- phosphatase- activity was
assessed fmm the rate of sedin-entatioa of,- lead sulfide in the myocardial lyso-
sows. Experimatal results ahczmd that vithin an hour or two of inoculation,
acid phosphatase activi*;y In the myocardium became inhibited and re=ined that
vay throughout the first day. Thereafter (24, .48) and 70 liqlIrs) Acid phosphatase
activity intensified, as'Tnanifested by an increase in the total nuoiber of
-in their phosphatase activity. - The peak of enzymatic activity in
lyso-somes and
occur-red 96 hours after inoculation. A ten&--ney toward norpho-
-"logical and functional restoration,of the lymosomos in the nyocardium, as re-
izattion. of their nujiber.and. decrease i'
~-d-in a norml nacid phosphatase
activity,,vas noted after 120 and iW.hours.~
1:9880355

7T.
W
USSR
7. AUMWILKOVA 1. V.
Dy_-=_-i c sof Changes in Lyzosones azd Their Fbospbataze Activit-Y in -IL-,he
cardi- -d-aring Disease"
NotO -itute),
Uch.. zaD. Kazensk- vet. izi-ta (Scientific I ~s of the Ka24m Veterinary inst
02, pp 127-130 (from RZh-nivotnov-3dstvo I Veterinari)-a No 1, jan 70,
196% !Q -
Abstract No I-c8.393)
Tmnslation: Forty-five- inea -,)il:,s were used iv. the expe,iment, with five sain-
of t1te hind parrs with
ing as controb~- 7he annimals vere inoc,.alated .1n: the soles -,
10,L suspension o-4 st'andard foot-and-zmouth dise-ase virusl (straln. I% and 0) Fre-
a - ~L i 5 J ftef
pared from guiiaea. pig aplithae -in a dose of 0-3 Va, Th-e were sacri d
fter Ir
3p 6., 9, 12j 18) 24j 48Y 70, 0~, 1290J. and 144 hours at _oc-,ila t,4 on . SM".13.
-f-t ventricle were f~xedd:a cold formalia-cal-Cium
slice-C OIL myocard~L.,) frorl ~ha lc X.
SOI,~-,tilcn by Baker's met-hcd. Acid Dhosphatase sctiv~,Lty ww5 studded in frazen
ectIons by Gomori's method. Coutral sampl,6s and experimntat =_zteriai were
s
~-eztad r - -;caJ- condilions. The. ektent Of acid. phosphzitase activi.-t-,,r -,;as
ident- U L
-ocar ial lyso-
assessed from -the rate of sedz~mentatio2 of: lead. sulffide ia the: my
somics. , Ex~)erimental results showed that vMiri an hour, or t-wm of inoculation,
;icid phosphatase activity in the ror0cax%UUm':b0Came inhilAte-ad and remined tbatv

USSR,
ZALZOLKOVA !. V.1 Uch. zaD. Kazansk- vet.~in-ta !:;1,6q,A.,32 p
ro-- RZh-Z-hivo'novcdstvo i %T e t c x i n a r iy%LL No 1, Jan 70, -4~t)stractt 1,0 1-58-393)
way thxtouz~hout ' the first day. Unereafter (24, 48, an'a~ '[0- hours,) acid phosphatase
--i -ber of
activity intensified, as manifested by an increase in the tottal - ar,
iysazomes and in their phospliriatase activity. Me peak of enzymatic activity in
the myocardiur, occurred 96 I-,ours after inoculation. A tatidency toward morpho-
lot-liccil-and functional restoration ol' the lyzosomes in the myocardium., as re-
fiected in a normalization of their number and Aecrease 4, hacid rnosphatase
bLetivity, was, noted a fter 120 and 1"' hours.,
2/2-

'!FIE
INCL 45-c, C 17JIJL70
L PPECESSING 0dTE`
.1,TITLE-A CHANCE C F -ANT I PL ASM , IN ACTIVITY 1