SCIENTIFIC ABSTRACT BABOSHIN, V. A. - BABSKIY, Y. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102910019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BABOSHIN V.A.; BOROVIKO", P.P.; ZAKJIARCHENKO, A.I.; IVANOV, A.A.; NIKANOROV,
A.S.; NIKITIN, V.D.; RYfSK, Yu.Ye.; SMIRNOVA, V.S.; SOKOLOV, Ya*Nq;
SOLOVIYEV, A.T.; TSEKHOMSKIY, A.M.
In memory of Daniil Timofeevich Misharev. Trudy VSEGEI 108:199-191
164. (141 RA 18: 2)

kCCESSION NR-. AR403,52A 5/0124/63/000/012/RUO/BI20
SOURCE. RZh, Meww""t Abs, =741
AUTHOR: Baboahine' Va me
TITLE: Friction.4rosistance In the motion of a gas-2iquid fuel mixture thro"Wh
a round pipe
CITED SOURCE: Sba~ nautob-i. tr. Vses'. n.-i. in-t metaUurg. teplotekbnot i2ce 9*
1963, 246-253
TOPIC TAGS: fluid flow, frictionAl resistancet gas-liquid mixture, fuel mixture
flow
TRUSLATION: The author gives results of the treatment of experimental data ob.
tained for the motion through round pipes of fuel oil mixed with water vapor or
heated ecmpreszed~,air and compares them vith data obtained in other studies, The
5tate Of mixture flow in these experiments mV be considered straight and axially-
sy=otrical, The Reynolds number for the liquid pbAse did not exceed 3U,. The
trictional preomwe losses wore used to compute the coefficient of resist-AAce of
Ld 1/2

I Aacwsiox xas Aa4o3$l34- I
I
the two-phase flow, The thermal stat.e of the mixture was also determined. On the
ba.sis of the experimental data, the author show& the possibility of using the
in a two-phase flow with a lamirairy liquili
method of computing the pressure losses -
layer for corAltions of high-velocity mixture flow through thw=CUy-insulated
=,all-diamoter piples. He obtains a formula for:the approximate computation of the
*ictional resistance -for the notion of istoam- -or &Ir-fta oil emulsions through
=all-diameter pipes. Xu.A. Mismadshov.
DkTE AGQs AW63~* SUB CMEs- PH - INCL; 00
Card 2/2

BABOSHIN,,V.M.
Calculating systems of feeding emulsified fuel to burners.
Izv. vys. ucheb. zav.; chern. met. 7 no.2:157-163 164.
(NIRA 17:3)
1. Vnesoyuznvy nauchno-isoledovateltakiy institut metallurgi-
cheskoy teplotekhniki.

BABOSM, I.M., inzh.
Stud7 of the effect of the coefficient of exaess air on the
flame length of emulsion burnerse Teplomergetika 10 no,101
51-56 o,63 (MRA 17:7)
1. Vsesoyuznyy naucbno-issledovateltskry Institut metallurgl-
cheskoy teplotekhniki.
/ I- I

DURNOV, V.K.; BABUSHKIN, N.M.; PUSHKASH, I.I.; Prinimali uchastiye:
KOLYDGOPOV,, k.V.; KLEPTSIN, V.G.; MASLENN1KOVA, E.G.;
GORYACHEVA, A.V.; BAFAUVOSTOV, V.S.; RASIN:, B.S.; ZEMLYAKOV,
A.A.; BARDSHINA, G.V.
Distribution of the temperature of the hot blast in the
tuyere passage of the blast furnace. Stall 25 no.3:205-209
Mr 165. (MIRA 18-4)
1. Vsesoyuznyy nauchno-isaledovatellskiy institut metallurg-
icheskoy teplotekhniki i Nizhne-Tagillskiy metallurgicheskiy
kombinat (for Durnov,, Babushkin, Pushkash).

3M6. -BABOS14TNIA, N21-1,,-AND TSION, A. A.
Bor'ba s kramikhoy t rzhavchianoy kishechnogo tovara. Trudy
Azerbaydzh. Nauch-issled. Vet. opyt. stantsil, t. Tli, 1(?Itg, S. 161-69. -
Na azerbaydzh, i rus. yaz. - BJ.bliogr: s. 166

38241. BABOSHINA, N. A.
Bakteritsidnyye avoystva neftenollya, 12g0 tovlennogo khimicheskim
zavodom mestnoy prorqohle=osti Bakgorispolkoma. Trudy Azerbaydzh.
Nauch.-issled. vet. opyt. stantaii, t. 1119 1949., 9. 170-74. - Na
azerbaydzh. yaz. - Rezyum na rus. yaz.

BAROSdiNA, .*,,. A.
22597. PAPOSIMIA, N. A. Primenenie atss pri teylerioze krupno;7.o ropatogo skota.
avtoreferat. Veterinariya, 19h9, No. 7, S.-9
SO: LETOPISI No. 30, 19h9

BAB0511INA
27269
Ali Zadye, M.A. I Shmulyevich, A. I. Khmiotyerapiya Tyeylyerioza Krupnogo Rogatogo Skota
Flavarginom. Vyetyerinariya, 1949 No. 9. S- 27-29-
SO. LETOPIS 'NO. 34

a "Udw. "
aminooc4isWe. A. 1.
Shmulewicb,.N.N.Babnobina,an(INI.A.Ah-74ufe. Veleri.
Man . l~K1931)--7-Aminaacriquine(Ai)isan
ImWagent against i;i4"*bY Thederia ammulato in
cattle. The reco- co reach 85% and the drug is hamiless
totheanimmU. Tbevatisfa,-Iorydompforadvnisatxmt
m=s a./kE. Intravenously as 1-2% oWn,, best intruidured
in 2- domes spaced by 48-72 km. G. M. KO.IIDUPDff

BABOSHM, N. A.
"The CI4m4 al Manifestations and Therapy of Theileriosis of Cattle in the
Azerbaydzhan &9R." Cand Vat Scis Yerevan Zooveterinary Inst, (Yerevan(?), 19
JanuarY 1955- (K, 6 Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educatioml ImUtutiozo (3.2)
SO: Sum. No. 5562 24 Im 55

USSR / Diseases of Farin Animals. Diseases Caused by R
Protozoa
Abs Jour: Ref Zbur"Biologiya, No 16, 1958, 74218
Autbor : Jknboshina. X. A~--
Inst :Azerbayzbon Scientific-Researcb Veterinary
Experimental Station
Title :Comparative Evaluation of Chemical-Tberapeutic
Drugs Used During Theileriasis in Cattle
Orig Pub: Tr. Azerb. n.-i. vet. opytn. st., 1956 (1957),
5, 36-44
Abstract: Tripaflovine, acaprene, arrbenal, neganin, euflavin,
novoplasmin, hemosporidine, proflovine-dicblor-
bydratep proflovine-lactate, thiagen, injection,
acriebine, and bigumal were tested. All of these
Card 1/2
18
M
"Mm" ~--14 i
;-~

TYCHINO, N.Ya.; BABOSHINA, O*As
Hydrogeological characteristics of the oil and gas horizons of
the Irkutsk amphitheater. Biul.nauch.-tekh.inform VIMS no.1:26-
29 063. (MIRA 18&2)
1, Vuesoyuznyy neftyanoy nauchno-issledovateliskiy geologorazve-
dochnyy institut, Leningrad,

PRUZHANSKIY, Konstantin Grigorlyevieb;,BABOSHKO, Grigoriy Romanovich;
SVET, Ye.B., red.; KUZNETSOVA, O.Ya., tekhn.red.
[Protecting the area of earthwork from freezing] Predokhra-
nenie zem-lianykh zaboev ot promerzaniia. Cheliabinsk, Che-
liabinskoe knizbnoe izd-vol 1963. 35 p. (MIRA 17:3)

BABOSHKO. V.xo. inzh.; CHAMN, B.V., inzh.
Thermostatic and iVulse ty-pes of condensation chambers. Sudostrowde
24 n*o.8:67-66 Ag '58. (xrRA 31%id)
(Consensers (Steam)) (Ships--Heating and ventilation)

BABOSOV, Ya.M.
Unity of analysis and synthesis in I.P.Pavlov's teaching vestsi
AN BSSR. Ser. biial.. nav. no.2:46-58 161. iMIRA 14:7)
(PAVLGV~ 1t" PETROVICH, 1849-1936)
JBIOLOGY-PHILOSOPHY)

BABO~QVx YevFgniy-RjkhaylovichO kand. filos. muk; STEPANGV, V.I.,
dok.tor filos. nauk, prof., nauchryy red.; PSHONIK, B.M.., red.;
ZIMA., Ye.G., tekhn. red.
[The new man is trained in collective work1V kollektivnom tru-
de vospityvaetsia novyi chelovek. Minsk, 1962. 31 p. (0-D-
shebestvo po rasprostrananiiu politicheskikh i nauchr-Orkh zua-
nii Belorusskoi SSR, no.12) (MIRA 15:9)
(Labor and laboring classes)

L; -i'j, 1 ". "
11ii- ., "I
AGULYANTS, V.I.; MEDZYKHOVSKAYA, N.A.; SHISHKOV, V.P.; BABOTIM, V.P.
Synthesis and properties of the vinyl ether of 2-decahydro-2-naphthol.
Doklady Akad. Nauk S.S.S.R. 85, 329-30 '52. (MIRA 5:8)
(CA 47 no.15:7470 '53

PARO, '-~(TI . " .
"Ifitible seeds in 'Uhn soils o-P meadow cenosites (?)" (T). 551) by T. A. Babotno.v (~,,,Oscow)
SO- rmgrsv of Contqr1,ToT!nrv-.BIolo Vol. 26 No. 1 (4) Jul.-Aiif,. 1948
.p gy 0 1

--BaPMOV, T.A.
Some data on experimental study of syngeneeis in mepAows. Biul.
MOM Otd.biol. 65 no-3::63-76 Y47-Jo 160. (MMA 13:7)
(OKk VALLIT--PASTMS AND KUWWS) (PHYTOSOGIOLOGT)

Babov, D. 74.
"The dynwmics of change in thc a7clutinability of sanitary-indicati e
'ium
microorganismo as they remain in an aqueous mcc ." Odessa State
-~edicnt Inst i-ieni i. P. Pirogov (sic). Odessa, 1956. (Dissertation
for the Degree of Candidate in 7,edical '-cifmccs).
Xnizlinnw-n lctorin I
NO. ~,I, Moscos.

tE,17hn'LchcS'i-ikh naiik-; NEYKOV, O.D., porny7
1-.~-wlilat tekhnichealdkch nawk; BABOV,
rdre duqt f~elf--Ileanin.D, oil filters. Gor.zhur. ro.6:664-9
me 1,12A 10: F:
=ror-.id-iyy institut i Kri-vororhal-dy institut
'i.r i7eny tn,.da.
dunts-I (Filters z--nd filtration)

LEVIN, A.I.; BABOV, D.M.; SHEIRMIN, A.V.
"Pneumoconiosia"; bibliographic index to Russian literature from
1918-1955. Reviewed by A.I.Ievin, D.K.Babov, A.V.Sheleketin. Gig,,
truda i prof.zab. 1 no-5:62-63 8-0 '57. (KIRA 10:11)
(BIBLIOGRAPHY--LUNGS--DUST DISUSES)

BAB(A', D.M...,,SAMOYLOV, A.P., SHEVCHLINEO, A.M.
Gonference on the problem "Silicosis nnd
to the-40th anniversary of the Ukrainina
prof, zab, 2 no,6:70-71 W-D 158
(LUNGS-DUST DISEASES)
its control". devoted
S.S.Re' Gig. truda i
(MIRA lltl2)

BABOV, D.M.
Duration of para properties of intestinal bacteria in aqueous medium.
Gig. i ann. 24 no.2:84-85 F 159. (MM 12:3)
1. Iz kafedr7 obshchey gigiyeny Odesskogo meditsinskogo institute.
(ESCHERICHIA COLI
para-property preserv. in aqueous mttdium (Rua))

UBOV.1 D.M.) dotsent; NOVORM9 N.N.; CHUSOV, Yu.H.
Detection and sarvival of pathogenic serotypes of Escherichia
coli in sewage and in soil. Vrach. delo no. 8:133-134 Ag'63.
MU 16:9)
1. Kafedra obshchey gigiyeny (zav. - prof. A.F.Stoyanovskiy)
Odesskogo meditsinskogo instituta.
(ESCHERICHIA COLI)

BABOV9 D.M., dotsent (Odessa)
Purification of waste waters during their passage through canals. Vod.
i san. tekh. no.9128-29 S t63. (MIRA 17:2)

BABOV P Kiril
----- --- - -
Aiding the learning of foreign languages. Radio y televiziia 13
no.10:318 164.

61)6OVIC, -b.
7' r
P~Tbe,' podtot 904 on Notthwestern ANI'61ohli-a ej6:~
Ciriz
itivoje " Milotin PauwU,and Dragnijub
Ilabovit, (Inst. Agr.,Rewarch,
suninjury).-The sail
lic-re changes its miction, due to the varying
client. compn. of Cie Irrigation water, and under the in-
:g fluence of rain. The total writ. of adsorbed bases is negil-
Sible, Ca" prmlnT:nlnfttcs grea Ily ninting thent, - 71te sollA
incredicutg are Stqngly Washed out, and there is,very little
basic satit. and it I igh hydrolytic acidity, which makes timing
n necessity. . ThNee Al"I' present causes the intrease of
-substitutional acidity and binds the P04--- as AIP04;
Ahusif-uscd for uktimltura-l purimsesi theme soils necd
heavy
ferilli ink,.sTeCqdI
1!!, --perk"Wip Ics.
Y-i!L -,T-- W-4--_

BABOVIC. D.
Resu2ts of tests in calcification, humusation, lime fertilization, compost, and mineral
fertillzet6;ep; 37.
(GLA'SNIK, Vol. 4, No. 7/8, July/Aug- 1956 (Published 1957)
30; Honthly List of East European Accessions (EE;AL) LC Vol. 6, No. 12, Dec. 1957
Uncl.

BABOVIC., Vladimir, inz. (Beograd, Proleterskih brigada 24)
.1
Elements of galvanic fuel. Tehnika Jug 18 no. 8:
Supplement: Elektrotahnika 12 no. 8: 1508-1519 Ag 163.

USSR/Soil Science. Organic Fertilizers. j-4
Abs Jour: Ref Zhur-Diol.., No 6, 1958) 24770-
Author Zalys, A.; Tamulaityte, E.; Babraitis, V.
Inst
Title Utilization of Peat Fertilizers and Their Preparation
in the Surmer.
Orig Pub: Soc. zemes ukis, 1956, No 6, 5-12.
Abstract: No abstract.
Card : 1/1
32

BABRAUSKAS, V.
A case of combined tubal and uterine pregnancy. Sveik. apsaug.
8 no.2t29-30 F163.
1. Skuodo rajono ligonine. Vyr. gyd. - A.Matulevicius.

t
SOURCE CODE: UR/0374/66/000/00~r/Or~-li5/GnF,,,
M. 11(arlivan, V, P,_; Babre, Ye. Yij. ShIcentere, 1. C!,
AUTHOR: Kalnin' , 14
0PG: Riga Polytechnic Institute Mizliskiy politellinicheskiy institut)
TITLX: Adhesion.~of filled ja~y -base cAmpositiolir, to steel
SOURCH": Mekhanika polimerov, no. 2, 1966, 245-252
TOPIC TAGS: adhesion, adhesive bonding, polyethylene, filler, 3teel
ABSTMCT: -lie effect of a series of fillers or, the adhasion of polyethylene to Steel.
durip a monolithic pol~ineric adhesive to a steel substrata!,
direct thervial bonding of
was s tudied. _P-20-10-yLhigli-pressure and P-11007:'low-pressure pol% ethylene and,_S,
5teel were CH11ployed. The filleralwer-c ground kaolin, ta.1c, quartz sand, graphite. aria,
asbestos. The strength of the adhesive bond of filled composi -tions of !~-otll types of
polyethylene was found to increase with rising filler content up to 8-10t by volume.
The character of the rupture of adhesive bonds with increasiug filler content changet;
fron, adhesive to inixed, then to coliesive, A further increase in filler content weak-
ens -the adhesion. The adhesion of filler compositions and of the pure polymer in-
ty and sDecific surface of the steel. It also
creases with the dcgree of purl
ndi jocess.TTri t 130'
es with risifig temperature and duration of the-bo pf-, _ p he range frc-.n
-to 2000C and from 6 to 300-min. The adhesion o-f-f-i-i-led compositions is always strorg-1-
UDC: 678:01.50

ACC 14R- AP6~13473
er than that of the pure polymer. Orig. art. has: 6 figures, 5 tables.
SUB CODE: 11/ SUBM DATE. 060ct6S/ ORIG REF; 008/ OTH IREF: 006

BARMOVIC, B.; VICIC, D.
Dom-agnatizers. p. 1416. Vol. 9, No. 9, 1954.
TEMKA. Beograd, Yugoslavia.
SOURCE: East European Accessions List. (VAL) I&brary
of Congre3s, Vol. 5, No. 8, August, 1956.

BABRl,%--G.-.
Reform of February 19, 1861 and the peasant uprising in latgale.
Vestis Latv ak no.6:3-13 161.
1. Latvijas FSR Zinatnu akademija, Vestures instituts.
(Latgale-Peasant uprisings)

BABRIS, I.
Treatment of gastrointestinal haemorrhages at hospitals of the
Latvian S.S.R. Izv. AN Latv.SSR no.1:76-80 164. (MIRA 17:4)
1. 111 Rizhskaya gorodskaya bollnitsa.

SPRESLIS, A.; BORIS, Ya.[Babris, J.)
70th birthday of Janis Krastins. Vestia Latv &k no.8;164-166 160.
(Em 10: 9)
(Krastins, -Tanis) (Historians, Latvian)

S/194Z61/000/001/030/038
610 0 D216/D3G4
AUTHOR: Babrovinkov, L.Z.
-------------------------
TITLE: Transistorized phasemeters for the sub-ultrasonic
range of frequencies
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 1, 1961, 12, abstract 1 1112 kV Sb. Poluprovod-
nik. pribory i ikh primeneniye, no. 4, 14, Sov.
Radio, 1960, 396-405)
TEXT: Description is given of 3 types of phasemeters for the
frequency range of a few hundredths of a cycle to hundreds of kilo-
cycles which may be used for measurements both in linear and in non-
linear circuits. The phase r..ieasurement error is 2 - 50. One of
the described types of phasemeters is suitable for spectral analysis
of complex periodic voltage.
Card 1/1

B&MYNIN, B.N.
Ways of developing scientific research in the field of pressure
treatment of synthetic pollmer materials. Plast.massy no.l:
42--44 160. (MIR& 13--6)
(Polymers)
#4

MR ITA . V.V.; VINOGRADOVA, S.V.; WSHINITSER, T.M.
Coordination polymers. Part 3-. Coordination polymers based on
bis (8-hydroz7quino line) methane. Vysolmm. soed. 2 no.4:498-507
Ap 16o. (MIRA 13:11)
1. Institut alementoorgain6hoskikh soyedineniy AN SSSR.
(Pblymers) (Methane)

BkBSKA, Zdfia (Warszawa)
Position pr6ference as a'%maic -fi~qtor influencing the choice maed by
preschool 'children in r6cognition tests. Studia psychal 5:132-157 163.
Position persistence as a basic choice factor depending on the age of
children. Ibid.i158-183

BABSKA ZOMA
- Jwftcmmw~
Development of object identification in one and two-year
old children. Vop.psikhol. 5 no.6:131-138 W-D '59-
(MIRA V-- -. 4)
1. Kafedra detskoy i pedagogichaskoy psik-hologii Varshayskogo
universiteta.
(Child study) (Imarning, Psycholo&v of)

NOSHTOYAIM-, K.S.; BABSUYA, N.Ye
Biochemical pathways for the elimination of blocking effects of metkq-
lone blue'on the action of the vague nerve. Bial. ekep. biol. mod. 47
no.1:39-43 Ja 159. MR& 12:3)
1. 1; kafedry f12iOlOgii zhivotnykh i chelovekz Moskovskogo gosudar-
stvezxnogo universiteta imeni M.V. Lomonosova (zav. - chlen-korrespondent
AN SSSR prof. 1h. S. Koahtovants), Moskva. Predstavlem daystvitellays
chlenom ANN SSSR Y.N. Chernigovskim.
(SULYHYML GOMPOUNM, off ects,
on vagus-blocking off. of mothylene blue (Rue))
(VAGUS NARVAS, effect of drugs on,
mothylene blue, elimination of b1ocking off. by
sulfb,ydryl cpda. (Rua))
(KETEMM BLUM, effects,
vagus-blocking eff., off. of sulfhydryl cpdB. (Ran))

W-131:AAYAI., N.Ye
Effect of gamm-wanobutyric acid, beta-alanine, and 1-glutp-raic
acid on Sechenov inhibition. Dokl. Ali' SSSR. I" no.6:1410-1423
je 162. (MIRA 15:6)
1. Moskovskiy gosudp-rstvenryy universitet im. M.V.Lomonosova.
Predstavleno akad. V.N.Chernigovskim.
(Butyric acid) .(Alanine) (Glutamic acid)

IINGBLIGPM, V.A.;LTUIBINOVA, M.N.;VNMTUN, T.V.,TIXOVWIVA,M.Ya.;
I BABSKAU, Tu.3.
JftsYwAtOlogY of �Womiu, splitting of adenosintriphosphataxe and
deaminase. Doklady Almd. nauk SSSR 85 no. 2:397-400 11 July 1952.
1' (CLKL 23:3)
1. Corresponding NeaUr of the Academy of Scianoss USSR for
1*611 gardt.

BRAUNSHTSTN, A.Ye.; SBYPIRINA,
Inhibition of the ornithine cycle in urea ayntbesis by OL-methyl-
DL-aspartic acid Lwith Juglish summary in insertj. .8iokhistia 21
no.6:738-745 N-D 156. (KIRA 10:7)
1. laborstoriya obsena azotistyWyeshchesty. Institut biologicheskey
i n6aitainskoy khimil Akademii maditainskikh nauk SSSR, Moskva.
(ASPARTIC ACID, related compounds
Ot ..metyl-D"spertic acid, inhib. of ornithine cycle in
urea synthesis (Rue))
(URSA. metabolism,
synthesis. inhib. of ornithine cycle by Of-methyl-DL-
aspartic acid (Bus))

20-114-3.W/60
AUTHOR: Babskaya p. Yu. Ye.
TITLE& Comparative Description of the Formation of Albumin in Se-
parate Plasma Fractions and Comparison of Albumins in the
Liver Tissue in the Course of Hypothermia (Sravnitellnaya
kharakteriatika obrazovaniya belkov otdellnykh fraktaiy plaz-
my i belkov tkani ~ech6ni pri gipb~ermii)
PBRIODICALt Doklady Akademii Nauk S33R,1957,Vol.-114,Nr 3,PP-,598-601(USSR)
ABSTRACTs Recently the attention of many scientists has been attracted
by the hypothermal state as a arecial state of the organism
in which the level of biological processes is artificially
lowered. In this context, investigation of changes in meta-
bolic processes is of profound significance, because such an
investigation contributesiD a clarification of the internal
mechanism of the reversible transition of the animal organism
to a lowered level of bi-ological activity. Of the ' many in-
vestigations of metabolism of carbohydrates and fats,only a
fev deal with nitrogen and albumin metabolism. Nikulin
studied the influence of hyperthermia upon the intensity of
Card 1/4 albumin synthesis in different tissues and organs by means of

20-114-3-40/60
Comparative Deacription of the Formation of Albumin in Separate PlasiLl-
Fractions and Comparison of Albumins in the Liver Tissue in the Course of
Hypothermia tracer (marked) atoms. At 240, this intensity is considerably
reduced in rabbits almost everywhere. The only exception is
the liver, although formation of albumin in the blood plasma
was retarded b.Y several times its original velocity. For this
reason, the topic mentioned in the title of this paper de-
serves particularly careful ati,-entionp as the formation of
some albumin substances is closely connected with the function
of the liver. In the experimental part of the paper under re-
view, a description is given af the method used in these in-
vestigationst Subcutaneous injections-of atropine solution,
and several minutes later of a urethane solution of 25 -~, were
given to a male~.chinchilla rabbit, weiphing about 2 - 3 kg.
In order to Froduce deeper narcotic effects, ether was applied
at the same time. After this had been achieved, i.e. about
35 - 40 minutes later, aminacine was introduced intravenous-
ly (I mg/ Ikg of body w8ight), and the animal was submerged
in the ice wator (3 - ). After the temperature of the body
had been reduced to 24 the radioactive amino acid was in-
troduced. Control animals were treated in a similar way, only
without the cooling part of the experiment. Resultst There
Card 2/4 is a striking absence of parallels between the changes in

20-1.14-3-40/60
Comparative Description of the Formatk)n of Albumin in Separate Plasma
Fractions and Comparison of Albumins in the Liver Tissue in the Course of
Hypothermia
intensity of the formation of albumin of the supratissue and
of the blood plasma, in particular of albumin and fibrino-
Gen. According to general concepts, these albumin substances
are synthesized directly by the liver cells. Therefore one
would rather expect developments to take place in the 9 e
dire-etion. However, the shEmp decrease in the formation of
albumin and fibrinogen in the plasma, in the absence of al-
bumin formation in the liver cells, as observed by the auth-
or of the paper under review, is in contradiction with the
above concepts. The experiments described in the present paper
seem to justify the assumption that albumin formation in the
liver cells and in the different blood plasma fractions takes
place independent3y of the synthesis in the liver cells; it
rather is under the influence of different systems of ferments
and is regulated by separate physiological mechanisms. Con-
clusions% 1) In the hypothermal state, no regular (explicable
by mathematical interrelationships) decrease in the absorption
Card 3/4 of amino acid into the albumin substances of the liver cells

. 20-114-3-40/6,0
Comparative Description of the Formation of Albumin iripaparate Plasma
Fractions and Comparison of Albumins in the Liver Tissue in the Course of
Hypothermia
is observed. 2) The intensity of absorption of amino acids into
the albumins of blood plasma is always sharply reduced in all
fractions in the hypothermal state. 3) The redw tion in in-
tensity of absorption of amino acids into albumin and fi'btino-
gen of blood plasma is stronger than into the other plasma
fractions- 4) The same decrease in the intensity of the
absorption into the above two kinds of albumin takes place
independently of the inclusion of the amino acids into the
albumin substances of the liver cells. There are I figure,
2 tables,.; and 7 references, 3 of which are Soviet.
PRESENTEI)i January 26, 1957, by L. S. Shtern, Member of the Academy
SUBMITTEDs September 2, 1956
Card 4/4

PABSKAYA, Yu.Yo-.---)
- - - -------
Effect of hypothermia, on Intramolecular reorganization of proteins.
DAL AN SSSR 137 no.3:710-71~ Mr '61. (MIRA 14Q)
1. Thetitut khirugii im.A*V.Vishnovskogo AMN SSSR. Predstavleno
akademikom V.N.Cherpigovskim. .
(HYPOTHWIIA: (FROTEIFS IU THE BODY)

S./020/61/141/002/025/027
23.1101)
AUTHORSt Babskaya, Yu. Ye., Konikova; A. S., and Kritsmant M. G.
TITLEs Study of bonds formed as a result of the inclusion of
amino acids into the Droteins of a living organism
PERIODICALt Akademiya nauk SSSR. Doklady, v. 141, no. 2, 1961, 473-476
TEXT: The authors refer to literature data according to which the bonds
of amino acids with other constituents of the protein molecule may be
dissimilar and may possess different stability. They checked this
assumption by examining bonds formed in vivo as a result of introducing
methionine-S35 and cysteine-S35 into 'liver protein 2nd into the protein fractions
of blood. The experimental method has already been described (DAN, 137;
710 (1961)). The proteins obtained were purified and then treated with
alkali, performic acid, and thiogly~colic acid. The amount of amino aAd
included into the protein with formation of a stable bond was estimated
from the residual radioactivity remaining after this treatment. Fig. I
presents data obtained for methionine-S35 two hours after its introduction
Card 1/4 L.,

3U731
S/020/61/141/002/025/027
Study of bonds formed as a result ... B101/B110
into the organism. In contradistinction to the liver which, preponderantly,
firmly bound the methionine, the blood proteins showed a partially unstable
addition of methionine. H. Tarver's assumption (see below) that unstable
bonds are the result of a conversion of methionine into cysteine and
addition of the latter by the formation of iisial.fiae bon~.s was refuted by
the fact that analogous to methionine-S 35 marked methion-ine-C14 was used
in the carboxyl group. Methionine-S35 and methionine-C 14 showed the same
behavior. Accordingly, besides disulfide b,-,nds still other unstable bonds
occur. While the bond between the liver and aysteine is mainly stable,
preponderantly unstable bonding (up to 80-90%) occurs, similar to
methionine, between blood proteins and cysteine. Examinations showed that
unstably bound cysteine tended to decrease in the course of time after it
had been introduced into the organism. 64 licurs after introduction,
however, 25% of cysteine-S35 was still unstably bound. This leads to the
conclusion that proteins always contain both stable and unstable cysteine
molecules, the ratio of stably to unstably bound radioals deDanding on the
period of time for which the amino acid -was subjected to metabolism. In
Card 2/0

61/141/002/025/927
Study of bonds formed as a result ... B1011B110
addition, the ratio also depends on the physiological condition of the
35
or[,ani,6m- The introduction of cysteine-S into a rabbit in hypothermic
condition (2400 showed that merely 6% of cysteine was still stably bound.
The ratio of stable to unstable bonds is, therefore, not constant but
depends on the time of inclusion of the amino acid into the organism, on
the kind of protein and on the organismts functional condition. There
are 4 figures and 11 references: 4 Soviet and 7 non-Soviet. The four
most recent references to English-language publications read as follows:
11. Tarver, C. L. A. Schmidt, J. Biol. Chem., 146, 69 (1942); T. Winnick,
E. A. Peterson$ D. M. Greenberg, Arch. Biochem., 21, 235 (1949); E. A.
Peterscn, G. M. Greenberg, J. Biol. Chem.
194, 35-9 (1952); H. Borsook,
Chemical Pathways of Metabol., Zq 19549 P.' 173.
ASSOCIATION: Institut kbirurgii im. A. V. Vishnevskogo Akademii
meditainskikh nauk 355R (Institute of Surgery imeni A. V.
Vishnevskiy of the Academy of MEdical. Sciences USSR)
PRESENTED: June 19, 1961, by V. N. Chernigovskiy, Academician
Card 3/4

4LWKAYL, Yu.Ye.,,- ROGQSOVA, AS.
Chanp-In variqus qirculatory~indicqs of oxidation-reduction
processes during theusp of the-artificial bloO cird'~latipn
apparatus. -Eksper. khJ.+. 5 no.6:~3-55 N-D 166. -. (IJIRA 14:2)
(axiDA'TION-REDUCTION) (BLOOD-CIRCUIATION, ARTiFicrAj,)-

- BABSKAYA, Yu.Ye.; RONINVA, A.S.; KRITSMAN, M.G.
Study of bonds produced ly the incorporation of am'Lno acids into
proteins of the intact organism. Dokl. AN SSSR 141 no.2:473-476
N 161. (MIRA 14:11)
1. Institut khirurgii im. A.V.Vishnevskogo Akademij. meditsinskikh
nauk SSSR. Predstavleno akademikom V.N.Chernigovskim.
(FROTEIN ]METABOLISM) (CHEKlGAL-VWW.--

KONIKOVA, A. S.; KHARNAS., S. Sh.; BABSKAYA, Yu. Ye.; FOGOSOVA, A. V.;
AVRUTSKIY, M. Ya.
Metabolic change in deep hypothermia. Eksper. khir. i anest.
no.2:58-62 162., (MIRA 15t6)
1. Iz Instituta khirurgii imeni A. V. Viahnevskogo (dir. -
deystvitellnyy chlen AMN SSSR prof. A. A. Vishnevskiy) AMN SSSR.
(HIPOTHFMIA) (METABOLISM)

B-1,BSKAYA Yu.Ye . KONIKOVAY A.S.; UITSMAN, M.G.; IIOGOSOVA, A.V.;
.--P-PciRTJI E.A.
Problems of the synthesis of $pacific proteins. Dokl, AN S,9,9R
146 no.2:460-463 S 162. (MIRA 15:9)
1. Institut khirurgii im. A.V. Vishnevskogo AIIN SSSR i Institut
terapii AMN SSSR. Predstavleno akademikom V.N. Chernigovskim.
(PROTEINS)

City districts restricted for automobiles. Motor 12 no.3:4
20 Ja 16.3.

BABSKIS wladyslaw, mgr inz.
A small dismountable bridge made of prefabricate-d cori:!rVe jxrts.
Gasp wodna 24 no.3%94-99 Mr 164.

RABSKIN, A.V.
Innervation of the vase, vasorum of the aortic arch. Vop. fiziol.
no.7:165-177 154. (MMA 8:1)
1. Osipenskovskiy uchitellskiy institut.
(AORTA. anatomy and histology,
vasa vasorum, innervation)

A - A.------
MLDLqKII M. A. 9 YRT.IGLTACHM A. A. BABWT A. A.
rAmnevala twepUa po, wtGdU V. Wyftut;~,-! pA -nekatorykh
listovi
k1hinW1ehenJdkh sabolmniiakh. fftax" them in certain
surgical diseases bw wane of Matow's mth:f Mirurgla,
Hook" 3 Nor 50 p. 61#.?.
1. of the Clinic for Hospital Surgm or the 2herapeutio Faculty
(PAwd - Pror. A. C1. Somoveldy) or Odessa Medical Institute.
cum Vol. 19, NO. I July 2950

th -
POPOVA. A.I. .(Odessa); UTSER. L.I. (Odessa); KISIUVA, N., nachallnik; RABS IY,
A.A,, professor, nauchw rukovoditell.
Effect of intraarterial administration of novocuine in thromboangiitin obliter-
ans; electrocardiographic data. Ilin.med. 31 no.7:57-59 J1 '53.
(MLEA 6:9)
1. Basseynovaya bollnitea moryakov.
(Blood vessels-Diseases) (Novocaine)

BABSKIY, A.A.; ROMANYUK, R.S.; MERIER, L.S.; KOROPOT111TISKAYA, O.L.; MILISHTEYN,
M.
Seromarin, a colloid-salt blood substitute. Trudy Kiev. nauch.-issl.
inst. perel. krovi i neotlozh. khir. 3:103-106 161.
(IMIRA 17:10)
I. Odesskaya oblastnaya ~3tantsiya perelivaniya krovi.

KAVUN, Vasiliy Mikhaylovich. Prinimali uchastiye: WaiL -I.1."
BORDVSKIY, V.A.; VITNOVSKIY, M.P.; ZIMOVETS, V.N.;
SEREDENKO., B.N.; PITULIKO, V.Ye.; GHEPURNOV, I.A.;
BLAZHEVSKIY, V.K.; YAROPUD, V.N.j- RYBAK, V.N.; KUZIK, G.I.;
ZADNEPRYANETS, G.V.; IVANOV, A.N., red.; FSLOVA, N.N.,
tekhn. red.
[Efficient farm management) Ratsionallnoe vedenie khoziaistva.
Moskva) Sellkhozizdaty 1963. 205 p. (MIRA 16:4)
l.Ukrainskiy nauchno-issledovatellskiy institut ekonomiki i
organizatsii, sellskogo khozyaystva (for Babskiy, Borovskiy,,
Vitkovskiy, Zimovets, Seredenko, Pitullko, Ghepurn6v).
2. Viftitskaya"go.~udarstvennaya sellskokhozyaystvennaya opy-t-
naya stantsiya (for Blazhevskiy, Yaropud).-3. Ukrainakiy
nauchno-issledovateitakiy institut zemledaliya (for Rybak).
4. Sekretarl partiynoy organizatsii kolkhoza, imeni XXII
s"yezda Kommunistichaskoy partii, Sovetskogo Soyuza (for Kuzik).
5. Glavnyy agronom kolkhoza imeni XXII s"yezda Kommunistiche-
skoy partii. Sovetskogo Soyuza (for Zadnepryanets).
(Collective farma-Management)

BABSKIY V,A., inzh.; RUBCHIIISKIY, A.V., kand.takhn.nauk; KHROMICY, Yu.D.,
IV
nzti,
Density of marcuty vapor in open-type ignitrons. Vest. ~lektroprom.
34 no*8--A-40 Ag 163. (MURA 16:9)
(mercury-are rectifiers)

BABSKIY Y , inzh.; RUBCHIVSKIY, A.V., kand.tekhn.nauk; KHROIACY, Yu.D.,
inzh.
Density of marcuty vapor in open-type ignitrons. Vest. tlektroprom.
34 no.804-40 Ag 163. (YUM 16:01)
(Mercury-are rectifiers)

BAELqKIY, Ye., akademik; SORIN, A., inzh.
Fedio pills. Radio no,&31-32 Ag 164. (MIHk 17.1-1)
1. AN UkrSSR (for Babskiy).

U, -
P to 11 tz U U 4 4 17 a to a 21 z? ZI it is a * it is' A : v-w 2-
U V I z W-114A k . d N.,!-A -4.
A ,.-A V '--
ONE< I $M A Pei Fit rpt 0 ?,(1 1
A
'Tb* Itwimal iftd'of a pam atimiLlus m the activity
th. =
X 11. Mkaccva WA E. D.
90 A ~~A,,Fui. IF(U. S. S. R.) 40, No. l,.'mC(rdj7oXlj,
00 9
I 42)(ISKW)V`4)n the 1111~iiiol efipl%. Willi crin" blood. I
-06
cilculat)#)n and transplantatitin of the kidney from the ali-
durnind! cavity to the neck. one can ptmume that the -90
00 nitcyanistim of reflex muntrill provoked by it painful stimulus
-00
0* is Atic to sevrral facton. direct action of the mn-ous
th i " tiou find humoral action of ~me .00
4=07mnue" FtIn IICt,. ?fgafliron after Slifflulation of 000
h,
c
h
so g affeleml nerves, go t c activity of the kidney or the water-
%all exchanKc i&Ahe ti-sucs. W. A. 11crizil-rig
Low mindiflotic dMaits is W braw I b .00
A. a. Aleksandrov&U. =00
B Va. Kryssliev. ArM. ici. 6W. (U, S. 8* re 0
No., 1-2. 147-74jitt Engliih
ulbors studied changes in the rundilimmil xalil~ry and
so
motar giallean at dop following a single intoxicatilm wit If
00 ZI "4 1 beir tich"i0oll ' 'The le "it'. :too
fiijecl~od =*Pod. to and
00 9 2P:s:ft~Zdi*ttuhmnces of the amilitioned reflex activity.
9* Th 90111
ese disturbances we" noted only during the study of
iiitht-cociditimml rrAe_%e*. CJ=Srs in %be ctiridj6pikA
rellexa to sound end skiti irritstilimm were mtel ouiv in
nd were twt A~in%t. As a result
"c"It e=011-ows 11
'A . iti. local parabiotic changes tit the
visuid emicis of the birdo we oi*mvd expietimcd by the
at deqmction tif the relationship between lite strcnxth of
the cm4itlatted light ittitalkiii and the otent of The clmlli-
Ala-ILA milAitunwiL 0 tudied reflex. The it-stomtiou of the conditiocied refiez -- ---- -
was
Activity has a cyclic Character: the parmlikitic Chang"
*1 tinits, incyrage, at othem, decirmic. In.wcurdanct -fijjjj-T(W_6;,T It-
with the pil)'Choplith0l0ity of t1left-SlittC p(lit(fUlUit i-I.H.
U U AV to MiT-. -V--r . 5 a a V
0 U 1; " 0 r, 4, ; , life irlilill, timtroW Irads 1,, lilt rojmbi,kni that the At-tion
0 M Ifit)PtAIIIIIII AM life Wj*tlGl it "till t it 'A IMUM JAAIIII 0 0 Is 4 0 00000
0 is 0 0 0 paistill ik, I'lusillfro A" six"Ifivaill 1.4 $1" Illsilfwaliffifig Do*** 0 0 0 0 0
0 of the neurodynattlic It"I of a 4t.fir. tit
W. A. P

!, - a - 0 - a - 0 -Is 0-9-w-w -w-w -W W-W-W
0 0 0 0 ~ ~ ~~i i ~0 ~ ~0 ~ ~__
11 13 " 11 It " is to a I J? 1. )S zo is v a )P 30 if v u )d a * 0 a " 16 t1 L, .1 to a
f, L I r, A _j L a to r 4 1 1 T v I J_ -A 4~ a M 0 u4jt Io to ~_ 1. a A .11 - A JL.
A -,--too
loop -0
oo., CA
TEX INMIMICS OF ADRXKALINI ON THI ZXCITABIL17T OY TRX TIMBULLR APPRATUS.
Z.2, Rabskil suA V. Vinodsrov. lull. biol. mod. OXPII- 3.
Woetl6ns af adrorializo led to an increase In the
excitability of the vestibtLIar app. (a decrease In the rhoobass, and chromazle)
B.A. Corson
00
J
A
A S I . &I JAIL kRo.*CAj 'Loll fill "I CL.111FICA1113%
41.8i , lla,~
It i, ` - -,-. - 1--- -1 -
An to
It It of K It Is lc u K n It
0 0 0 0 0 9 0 0 0 0
io-o a 11 An a 3 0
0 0 0 0 0 0 0 C 0 0
-
:00
coo
coo
see
ISO*
tloq
WOO
p9

Bkwfa--, ~. -F
"Babsky, E. (editor) Human Physiology." (p. 156) Rg.,v. by Konradi, G.
SO: Advances in Contemporary Bi2j= (Uspekki Sovremennoi Biologii) Vol. VII, No. 1, 1937

_w -W
#'.I,* 0-11 0 0 0 a 4 4 0 0 0 4 0 0
A, M J
111 r 9 A i
JL
al.
a
I
V I L At 10
.
_
_
-
~
.
21!
00
1-00
00
I
The pbyslot*c&l role of the sympathetic nervous system
th
ti
f
h
fl (11) as compared with the nor-
land
tid
h
i-00
c nervous eye-
e
t
in P ir
od o
e sympa
man. Thl
h uman paro
thited
g
After 8-15 day$ it rim to
111)
d
l
0 uman
tam and of adrenaline on the escitability of the .
an
(
mal innervated g
i -00
vestibular apparatus. h. B. Babski!4 V. R. Vinodarov I
`
7
- ne
thatolM. After the injectionof I cc. Of I:IOUO&tFOP
i
i
t
7'A
tr. S. S. R.) 25, 4 1 -8
yJV4
and F. M. Lampert. J
'
ib
f
l
W
i
A on
mu
At
he waction of saliva by 11 as a result of reflex 5t
The ccretion o(M is considerably dc-
1 .00
ar
on o
vcst
u
angat
L4)-
pr
(inF ch. 4S)0V
f
i
d
id FIQOPS.
)l r
l l
c
~
l I
l 01
Desympathization
letcly stops
oni
Z

00 co-
e a
ter cerv
s
is obscr-red on the t4wrate
chroug~xia
it
bilit
i
i
h
d
Th
di
.
never c
t
w
p
r r
a
d
c
ease in Ca and a dectrase in K in the
i
i
00 exc
a
nt
s
e
e
n
y
Abora.6c.synipathectoiny.
pt-l-Usts In soine cases for several years. Subetitanews ncr
n an
results
saliva. I increases the qIMISISICOUS scmtion of the gland, z0 0
injection of adrenaline (1) augments the excitability of the decreaws Ca, increases K and increases the amt. of org.
vestibular app. Rhenbasi% and vestibular chronaxia are inairriAl in the saliva. S. A. Karisla =00
diminished. The action of I Ix-rhists for over a day. 111. :0 0
00 The effect of the stimulation of the sympathetic nerve on
t
Il
b
kil
d F
At
00
.
s
an
.
.
a
respiration in human beingii. H. I

,0
00 LwnpcFt. Md. 411-62(in French. 53).--Chang" in fire- go 0

,
:0
0U d amplitude of respiration were observed when
n
q
o

.

c nerve was stimulated by means of in
(bet
:
:g
~

0
f inductiouccAl. M S7mpatheUc innervation oft~~
tid gland in human behip. 0. A.
S(iu French 75-6).-Cenico-tboracic sympathectorny
sesult4 in a dectraw in saliva wmtion by the desympa-
No
00
00
A S I L .11ALLJ;V~KAL LITIRAI~kf CLAWFIC.T.C. ;::o 0
00 S
too
t

U
it .11 44 K It R'
U at
_
~
~
UD

i
n a x. 'P I a ew C) 4 1 w w I a a 3

1
0 0 0 0 0;0 0 0 0 0 V 0 0 . 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 q 0 0 0 0 0
0
94000000004 0041100
060*
O i 40 o *!@gas 0 0 -
* 0 o o 0 0 0 0

BABSKIYJ, Ye. B.
"Electronic Changes 'of Activity of Cholinesterase in Nerve -~'ibers." Byull.
Eksp. Diol. Med., 18, No.3, pp 58-60, 1940

0- :177 ims"T" 101-071TO 0 0 0
0
00 0 0 a *Joe 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0
-
1-1 6 h -L L L 0 t' P Q R I I W V --A I Z A- N It M tt I I
;
It,
.
-
k
1
All
;:,
1
14

new parmaympothicolytic substance platyphyllin.
A
'
. R. ~ S. 27,
1, 11.1"kil. Compi. r.J. awd. A. t. 1
t
90 M Ow i-I'llrd Imot
00 41n, ImIl "Wa.ml I VtX1,4411) -4ci OAM-1,111n,
-
1 l1frWitIA1114114 tit'
li,tjjIv IflinntJ jJlCrtIt-t
prillmon hulufic sitiolown4l kif lilt-

0 0Arl gal allm of Or 11ralt. Ini'vin-11 of 0.01 (101 s. of
1
i'
-
myllilvifill in lite (I"Ic w4uht-41 ill On, 411l,41.1wardlive 14
.
00 tile vIIrrI% vmollumllv Awwvml aftes, r%eildliml if lims.
tvillpaiii All'i vago.). Fqn'.
0 0
,flow that thi-ling inhibit. 111t, i-i~- t4 -vital-n =
00 11) tile Ir"llillatiml.,, of ovivrs. And 111.1

of lie dow it-quiied hu 06% pknj%,,&- iq '-1) 2.% lotirl KIT 11-1
titan tile co"e-IiIntiling dollt tit airopitiv. Inj%vlimt ,f
'14tvphyllin Irmlifed indli-pof I.I.kNI pfc-11(i.
I

'0
1. in lo-I ..A-. tilt. infln'.41-
tilt
It" , Inal ""d wit. Cut Im-low Ill.. olvdillk ohl"11641A.
1: goe
00 ,1 vsoi,lu~ exi'm Mum that 0.1vid-VIlin J-4 lult
t
fi 41

I
o atnt
it
inder tile fillinasims ill lite mri
0
w tile orivr vmIiog,,, 1,111 InvVC111% ill w-two opi'll tile licatt.
-I .4 Acelvi.
-
ti
lt
Ofe
WI
11
l
e
V "oll-V-
or
.
11 l
t"09 II-
le Ion
A
W.,_1 tka.
~
f we
00
wt - in doell th, unt vit'vi vitin-I a dt.~p o
prF4-
sure m slovving of lite beavt after Injection tit plittyphyilin. '
PlatYPhyllin tttwq not prevent (fie nicotine effectso(amtyl-
M
R
h
0

I .
at
cholinc. =
I
IF I
A I M I I A
CLAtIlPICATtCh
tjo 0
00 s
we 0
419 t
l
-
AV K3 il
0!41 to
0
:
all qq IN or It a It M An I
a 04
NO n .4
0 0
0 0 0 0 a 0 0 0 0.0 0 0 0 0 0 0 0 0

OUT* 6oob". -"I A. A. Kitawa-
,
. 17. No. 14, 37-40tlM).
liw. M
4 BY.M. Ebpd. A
-'
4
It is s1lown that in the central oetyvu* Watrul dwft ii

1 -.7-Me in ants. .09wiml furr PkYGW. 1"Ktkma.
d of Adrenaline on the opticAl thma"A. F. 11.
-'-
4ul G. T. Stmenovs. Bylill. Ekjpd. Plot. VtJ
Ilah&
.
T~ '
4-5
50-2(1944)
U
t i
d
8
1
rserva
ons were ma
-
e an
0.
o.
,
healthy persons and an 2 patients submitted to unilateral
2 jusulax-thorwic ganglionect
1* The chronaxia of the
7
00 1
1
petipheric p bent wu dtt . with a chrotwimeter.
c!7
so a One to 1.3 e
adrecalive (1: 10110) was introduerd sub-
cutaneollay. C%ronaxis vins detd. wwral tim" More
00 the lnjectkm of adrenallne and 30-60 min. Lftt-r the in-
'
00 birteen isiJiNctions were carried mt. In 10
jection. l
cipts., optical chruslaik decreased after the injection of
0o adrenaline, and reached the min. 15 min. after the injec-
00 tion; then it retumed to the Initial value. In 2 casei, the
deerme was 0.4-0.16 and 0.76-0.19 millisec.. resp. Ile
00 rheobase usuAlly increamed after the sinlultaneou~ intro-
ductiott of adrenaline with a decrewse in chronaxia. Thus,
adrenaline in most caws caued a change in optical chro-
naxis oppoifte to that obm-rd after sympathectonly.

go
is is an addnl. proof for the regulation effect of the sym.
Th
pathetic ne"ous system an the stimulation ii the opik-W
Allah-Wt. `~Klya C.. Machd.
-00
-40
0
so
100
t I-
A b[TALLURGKAL LITZIAT.1 CLIMPKI1100
-.7
I V rW 0 N a I V IN 9 A) 0 3 9 V
Uw twoc wrl flu Kt9tl RM
00000 a 00
0 to a 2- 0 0- 0 0 0 0 * 0 0 0 0 * 00
3 goo
1 =go
a
F goo
ZOO
zoo
so
too
Lee
WOO

It 10 if a AN 11 a I
I I
"..-G -1 A__L_L_ALJ1__JX_
so A f a 61 a Q a 4
Effect 01'eserini "d prostiarnIno on a nerve absolute
f
t
h
H
I
H
di
re
istoo.
rac
.
I.-
a
alul and I G. J~"'.vrev.
ory p
11YUM FkSpd. fii'd. At
.d. 17. Xu, 6.30 --Arroyl-
: thollat lontied lit nerve ecittrrit &fill fibeirs is a rrmiltili

0 g
f th
t
i
l
i i
t
f 00

00
r! Coillf"Wen
o
e nenv
se sun
s a
actor for I
ie rx-
mpu
citability fol the nerve fl~ue. The effect of r-zrillc ¬
p"Istictilifle. i.e., Substatim paralyzing cholnicstem.'e. wit, -00
00 I investigated in older tothicidatt the role of atertrichroline in

006
tile tic%
-cluptitent it( abs. irtfraclocine-. The vxpi-. imere

t turw out, with "lit, numle of
' .00
o
W
Rana tromipwar8j. ]-
Wine *112 Illed in colIC11%. of I Ift,
MI, I *. BMW, and 1:'-UKI'. ptiustiginine lit t,oiirrwiut~ms of 00

*3 1: L", 1: Oft). 1: ItM. and I U11). Under tile action of =00
rtme, the filtration of the &IF%. reftsoctory phaw In-
creawl; ewille (I:Zxxl) califted lRol-Oll Othill of file ah,.
9 1300

000 tviractorincks 2-4 tinit1b. Lai Proloilted wakiling of tile
l
a-scriti
ml nerve uection with Ring" w4n.. the dumthin nt
c

go- ~oboo. rrhactothirm fr(tonled Ito a vidur appituthniff the
o0
witiod. In a cosicti. of 1:100, the change of [tic sh,,. te- S
fractory phase of the nerve tram, alighlorr, at"] in a ronco. of

10
00
h
b
00
, isoc
arift was o
served. llieefttvtofpr~tig-
,0
inine is less strung; in a cuticu. of 1:5(k), It increatortl the
abs. tdractorimim of the nevve 1.&-3 thum I-Nerine and
prootistnine inactivate cholincoteme and thu, inhibit the goo
hydrolysis of arttykholine funned in the nerve on stirraile-
tion. Acetylcholine accurnulates in the nerve and causes
:1 prolorigation of the abs. rtfmctiainess. In Luge cfA%cns.,
tykholine o1cciviamm excitability of the nem tissue. 00
tfoo

A I a. I t A
METALLURCICAL 1.1111MA1116111111 C1,0111FICA710111
114- tie*

tic.. 80.411" are a
salami IF 0.. out al.I316-11 .11431 CK Goo- Ito

U It AV 00 AS . I I I . I . p 5 , . 1 0 rW 0 of
it it
It tv tv to a it a it 'K it K U Ct a I Iff Of 5 a a 3
.

O
0060000000000i.od #0000 000000 0
0
: :

00
t -0 0 0 0 so 0 0 * 00
a so oboe 1111114111111111 _j"L_9__2W__
_-9-9

A W-1111 ix go IX L - k ~ I ., 4, A
.4 FROMM ..0 FROptill'Us ~Ot.
:
Klecttotoldc, Changes of activity of tholintitlermse Ili the
nerve Oblim. 9. Is. Illadaskil unit P. F. Ittisiurv ( Kuh,is v
tall jum Wme qi1tb)wt,,,I
Jay Invarill of litittlat Isoutiolarbiattle Ili tilt Owlitll
0 at a diriarl-cuttrot til OAU-0.1 ma. (in 5 it, min. Arvivi.
at clittlimar vras a tried to the eirruliant to a eamm. of 1: l(A). ,
1XIII), At thricuatkode the activity of the ch(alinc~tema,r is
Imtrased; at the amade it is iaictm~l. I he emm-sit it!
lamt)-k-holln, is hijibri it% fha~ raith,kie
mon and k-Aw in the antutr cuiidim than in Lvautital entail - r*
~iivus. IU clianSes in the activity of the cholinebtesit,,
may be due to the Wit of final in the nerve.
Actift'lif O"tYkjoume on of been. I a;*
and F. A. kiltuam's ( 11" ic"011 0
I.vailla. Nj,,ccaw). It ytin. 'ErIport. Iii.q. Wed. 19, Xo~ 4
43-5(1944)~Ill 6" mirs call ampts. the bokitil heart
of a frog WAS laeffiltoed fly Ili%' ';1T1aUb InctlUXI (a OW11111A
wa* irtwuld thrumsh the juarts into the ventrivir). tile
stilia,i. of emylebtaline acted only on the jnu%clt~ of the
:1T vt-wricle. in tbr-,w exptia. only, the neg. inwropic effivi.
Hitt ai-txmitlamukit hyslu,vint of I lie th 1-t hin. wm~ aaI,,etvnI.
fit -timthrr ~wiivs of tile cipt,. the tannulA "a~ ititm.
;a; hl-t iut~, the fight auricle: tilt- .1111, Coed it% all q I, -
1.- :30 0
ILA of I.Isit-1411* of the 11CATI. In %11i% mw m.r. illtal"'pic all't livit,
TALLOCKAL kill 4 tie*
00. it,'I lrollie r1kris vacre olm-mA. G. 1.0-1,11
x .0,110 2-4- (lie wir Q-
u a AV 00 1%;* i --V-r V
Or At a it 14 11 it a I A 1 4 rw 0 x 0 '1 aw la a I a MCI Ad
0 0 0 * 0 ! * : :10 0 0 0 * * 6 0 0 * 0 a 0 0 0 ,
0 00 0 0 0 a 4 a of 00 0 0 0 0 0 0 0 0 * 0 o 0 0 0 0

A
09
00
06
00
00
- - - - - - - - - - - - - -. -1- 1 - - -* a a . All . . .. All All . All . . -
o' ou cp I "It; it p u 11 IS of 10 No 4) At u 43 66 amo
A, 7'
it
00
Mechanhunot lLhepw"~llj*mwu1)u;- almonolaUWaide.

genecl
Phil ylline. phylline. and senecittaine. E--.jL_
I A- Zltvft Pculdv~ lWasogical
i T"C'sk'4. a. No. ti.
wrl"ciplivilinr 111). all'I scurcioninr
..f stimilli f1wil vaAAAA tletTv It,
..whav 11"t 1"r%vul joliltdil"ll ..I
s 1. at . AlOw" lirl A, Ill.,. U-1, With I at :.,it. 11
at ItIll. at,,[ Ill at NO p.p.m. tarlivity indicAted by dtxv)
.00
it, i~~laltxl frog hearts &bow the atrcq)ine mechanism .11 *0
p.tra-YzIllml llfll%'t iv act irmi. The 1,1,16que
' t

Cl.-I - 19-412)
was emphiyrcl. Iuti,on F. o o

01000
ATURE CLAWFICA110%
- 000
goo
300
1
moo
t:0 0
boo
boo
'too
.01 ad 13
--------------- too
I Art I a 'w 0 9 As
s AV 47 a, At it to lot 14 a pturt Ito, 00 0 0 0 a 00000 00
u ~iml`
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0
91090 000 00 06,99
Goo

- - - - - - - - - - - - - - - --
m M- ti T -71
AE 20 t4kOfOl
004
A Polatitition tifilict under the action of acetylcholine on
the nerve conunimm of Amodonts. U. 11. ItAiliskil, A.
G. Nimlichikov and li. 1). Shelkhom -11jX:-FAiPl1.
t Biel. Ated. 19, No. 4 A. 17-IM09,15).-EiLgits. %ere
g:
rolIVII.. .4 IA0,01111 1:1JO01 III thr 1111cf.
-00
a (R-. Ore. waction 1. 11ol"I III Ow
lim.t. 11"Ur. I'llis jkdorifilic ramt I% tiallally VIUjV. it,
00
I its el 11tv, but ill rux-pik"Lal cx~ (slay lie 2. high A.
00
Nl lov. TlIV alittu"Ii lwlicvc that this mn~ C.-4rtfml i,
.00
"XII)CCIL-11 Willi The f(willation it( acetykill,1111C.
MOMMO - Im
0: An-
g 31 gaivj~ANJAIO. 4614- A, 1. 1
UP A C-
"V&- - pomp 41 a im -90
00 L'=Lrm= 1-t r*
P. -1111t hemomd at the awj& and
at, 01111110 41411M b obtalnelf by "go
too
PIP., ago
too
No o
A S a - S L A ETALLIJRGK4L LITIMATLAC CLASUPIKATION tio 0
it
U 4v 43 is 1, 1" Sol( S v 1w a 9 1 IF a 9 A a 3 0 1 wx
P, Is It 09 91 1 24

7 7
4A 11- C. 8 f F.
094 ~7,-f; ,'.
C! ICA-
99A
so C
8
0
00
go
go
go
00 v
AIA.SLA OITAL
UYIN&TUff ctAjjlpjCAjj06l
a., d.,
It
ILL IS AV K)
Ali; 41 1K 19 09 W R
It it ft
0 0000
0 0
t-JILISPIrc. FF-4 T MIT
lif'A.D JhD C.111)1*S
K I I -ief- j?t* E
Cottablaild affelict at adenoune triphosphate. AC94.1010-
tine. and tons of potasshum, lsbosphoms and matnestum
on muoJ-e. I-. It. llat~kil, . G. KurcucvsLaya. anti P
F. Nlittacv licalth, Peopit', Health
Colloilksairiat of SSSR. Mvcovi). livill. Ekiftel. Ri,4.
Afed. 20, No. 11, W-2 (11145); cf. CA. 35, -.4;N1; 36.
(1178t; 37, ITINOi; 39, (13601. -Adrii-iiie triph-.
1(m)'(0) had little (it lit,
Ithate it), at dilu%. 1: IIXXI it
effect n contracting excilicd muscles in Hingti All.
Aecty1choline (H) produced significant tesjmvn~vs at dilu5.
up to IM.00n,M). After I treatment %ith 1. 1 tirm-vi.-tral
itratillents with It prohiml mayrr itilcii- rtactimi- thiiii
11 Withoill liretreatillent with 1. 1 J.'Irlitim" the
imusele treaction to 11. Addn. of RClot Mr.O.-motiat,thiti
incrm%ed theeffect,, on the muscle of 1. but CAC1, 111.1 the
opt-ile effect. The mults indicate that the eflect, of
talimm ou the I reartion% diffirt from thvit diriet vfhvi
Wl Mil%ele colittArthill. K Stall
a 61 a a a a 0
0
9wee
=00
age
coo
coo
woo
Wee
tie 0
voo
00
)a-,
Woe
-0
KLO a 00
000

I~IOSKIY, Yevgeniy Borisovich
"Physiology of Humans and Animals," Moscow, Sovetskaya Nauka, 1946

a F a ill I L . a
AL
0.6 4 1 -' , .-4 ;~- I Y- ~
'j
nit Ull us
d jt~
-j
A sobitstice ii broin wbkh smidtiaes mosdit to acetyl-
chaline, &W a biologlical metW for the de4erminstim of
scetykbolloo in nerve tissue. IlabAil nd 11. F.
Minaev (Acud. INW. Sci..
144. tied. 22, No. 4. 5-X(1114111). It W.t' found I lat
rualkloil,; (if ralAtit or Filinill-pil; llr"ill~ ill "Illch Or
'Imly1cholille (1) wits drsitoy"I invica-ti the --timi of
addcd I un tile Irvills almlontilli-of tile flog. Thrimitar
of the inere-A%e is not known, Ulthoush it was found tkat
I
lie K im productd a similar effect. It is sugge,,ted that
he diflikulty in thr axviy promdure introilist-W by thi-
factor can be avoided if tile total activity of the fresh
I i~uernjulsion is compam) with that I found lifirr the addn.
of a known quantity of I to lite pretin. after the cornpitie
ilr.-itructiunofibclcwilinallyprt-.,.ent. EugencRolcrts
U 9 If It
000 go 0000
39931*411 44301
ON D-V ill
(W 0 a 8 1 ff It 5 a a 2 a V
oo**00698
11-00
-06
*00
goo
zoo
to 0
to 0
49 0
goo
goo
ago
tles
moo
to

1 11 11 14 11 It 0 is ad III a a is IT a 11 14!vll
AA Q 4, 0 1 U44.
00
of a!;." Meet of hydrogen sulfide and "um sulfide an anspby-
00 a lactic sbock U, 11 qoI lAud %t A. Fi.,I,wa (W
Inst., At ).*IG . Ekspil. 14". AN. 22. No.
so j Wow M.
57-4k)(Jtmfl)~C.Uln" 1110 fullv Arnkiliz"I it) horw,tium
~%tffrred total onaphylacticr %hock on Intraratilm, injr,-timi
of the antigen. Administration ot Ils; or XAN4 jtt,t
*0 a fore the antigen did not alter Ih6 txttctnnc The
tizcA animals could withstand about twice the dose of
ego; fide (0.1ri mr.) which was riTt-t-tive in Ihv c(introls.
milfbile clently dm-s not produce drsensitiYation.
00
00
j
*1 A S A S L A tTALLtFGXAL LITERATIRE CLASSIFICATION
8j - - __ - - - -
.20"
U n IV PO L%j it it si K it rt it cc
10 " 0 it it - - "
P 0 0 41 0 *is 0 9 0 is 0 0 0 0 0 0 0 a 9 a
0 0 0 0 0 a;* a 0 0 0 0 0 0 0 0 0 0 0 * 0 a
u1i $Is iev walk, at at) 4-0:40
IS 11- 4-4-J- 'so

*0

-00

00
'led. -
.5.
-00
00
-
IV- see
%cnii-
%ul-
but
zoo
00
too
as*

us*
ties
ties
( -Z -
A An I t A rW 0 w 0 1 N IM 9
uo IT I IjA
0 0 0 0 0 0 0 0 0 0 0 0 a 0 * 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

00
00
00
00
0o
00
0o
00
00
09
ee 0
0o f
00
00
0 0[#.e
090 00000000000000041"""'
0 0 0 0 0
f
it 0 0 4 -V0 0 0 0 a 0 0 o 0 0 0
0 o o o o ve
At " , " ,
or
3 ", At it a
k IV ti
rS
lorict of ScvtylcbW(n* nd ph
coull 0
ysoll
actiou. 1j. 1,
-
Rellin st"j
li -00
,
n
som
`I.. I ti
Alrd
2z
11
S
.
W
-
.
o 11 N
-32(ftilim- X ?
.
cctl* chNi
-JT
fit.
t
C%
[
It, Irtallic
Its 9411 " $011, 1,%- 1
'.66
r
I'lit:
i

I'llyii'l 14 till Ill.
rill, loiIIII
MA
1
*
00
I
rill 11
,11 -It,% Im.
hich OIC Ago
u I. IIII
"it 111i, =

I it, It
-hIt,, iml "," 00
,
fair t. 0
00
If. A. W, sli er o
J~ n
A SO-ILA NITALLUPtellAt LITIJI&ILar CkAj
SIFICA11C.
u ts Lv_
(I it
.0
0 0 0 0 0; 9690 0 0006,
0 0 910 0 0 * 0 0 a o 0 0 1
00
are o
woo
C300
tjo*
U_ iti
tLa V'71 4n i i -------- y--,i -W
n i
010 oo re #nM
0 0
a 0 0 0 0 0 0 ig 0 0
0 0 *Is 00 00 0 o 0 o re 0 o * 0 0 111,

004"
so
00
sea
sod
00 4
09-31
sea
so.
PIM111111 AWI FROVIMIS .151~
00
see
coo
1 01 JkdtSWine on the opt "namysty mad dark
sdspt&tim al the eye. _E. )A. HatAkil and 1). K. Skulov
(State
(11 S.S.R.) 32. 16944(194A)(in Rumi, ).-Tbe adtainis.
tmikm Cj I cc. Cot a 1: I(M "n. 0( adrenaline (1) subcu-
tancously into 12 Istaltby persons amelerated ibeit dark
adaptation and increased the ligbt slensitivity of the dark-
adapted eyv. Smilar administration of I to 3 persons
subjvetell to unilateral cervico-thoracic Vangliovectonly
CAUMA Similar Changes. sintv it hAd becu lorrvit"I'ly
shmin that Auch IpInKlionectouly prMumh a (6-teaw in
dark adaptation. thew efteel- vtlllllm~ire file role of fill-
ion. capulty
sympathefic nervous systvin it% tile adalltat
of the eye. S. Gottli~b
A I a I, L A 21TAILLUIxICAL LITERATU0111 CLASSIFICATION
see
------ --- --- ---
0 u III AT I r -I -r-7-F-7 GO ONT vit
m AS .1 AT 't IT I Iw 0 1 yf a 9 A a 3 v
0 40 0 0 *1* 0 a 0
0 00 0 0 0 0 0 0 0 0 0 0
0 0 * 0 * 0 0 0 0 0

As It Is )1 3; .11 .0 .0 .0 .0 0 Is so) so 436 SO
41
ellIk,A. 81-144-4-A' Is 30
A r,
~Z- FISISI .
PIOCIOUS AND FIGPINIIII WWI
LA,(~~h q,
CoMbIned MUM on MG wis III aderming trIphogphSgs,
**A eA- acatykholisit, and lasslum, calcium, and maptalum
9 a long. UU-S-. B. flaw",kil And 11. P. Mingry (Inkt. Illol.
Chcm,',XM-.Mnrf-.,Mo%coW)'. A'a1xfeI58,23M(IW).-
00 Adenoolne triphosphate did not produce contm-iion t4 thr "00
009 to. rectus abdomiuis of the frog and led to small contractile '00
response of the leech mu-icic. at the concns. used. Aftrf -00
00 one application of the adenosine tripbosphate soln. tht
frog and leech muscles rract to soins. of acetylcholine with -00
coutractimsolincreasedintensity. It follows that adeno-
sine triphosphate sensitittA the muscle to acetylcholine. 400
The increased conen. of K Ions leads to a markedly III-
Creased motion to acety1chollac of muscles subjected to
the action of adenosine triphosphate. Contraction (it
myosin threads produced by adenosine tripbosphate in
the presence of KCI is inhibited by Ca ions and increased
god by K and Mif Ions. When the concn. of Ca ions is in- glee
oev creased adenosine triphosphate don not cause contraction
of the dorsal muscle of the leech. Both in the frog muscle
0 0 a and in that of the leech adenosine tripboaphate produces 'Pipe
ALIL! no contraction in Ringer soln. with increased content of fro 0
Ca, and leads to a persistent dearase of the contractile
rqeor~sc to acetylcholine. IS 1). Walter goo
see
SOO
Soo
a goo
~,L NCTALLWGICAL UT146TIAl CLAIMFKATM
.3o.1 ""Inv goo
5111coo wir o"T cot 113112101of 614431 nor aftv III
U a if 10 a . . I F 1 1- T-T--" I - . a v s4 A11 I t I 1W 0 N wilful&$ 29111
0 0 D It 041 Kdulnt 192111 tin III* a I Is It
404)0 0004100*00*41000000900000000000000000000000
4 Is
04) 0000004900009000000% --09900600416066486SA

Ar UP w w w W.-
0 0 0 V.-
M-11 U a u b. N . w zi
R-r. - - I . :
boo
Snalfixation of mode to ihollne and acetylcholine and
the supposed existence of cholitte seetylase. 1j,
11*11lkil and V. F. Mirlarv (Avail, Alvil,
and Ill% r"lli-agues
(C.4,1~ 39, 2510') still awl Alaim (C.A. 39.
00 2 0471) have suggestal the enzymic synthv~i, J atetyl.
A Ittilitic frout ch(gine still amate lit the Isimnee 4 adeno.
-itic triphosphs-e. The allegiA ewynic was tianicif clio.
00 line acrtykw. 'ieptating their cillits., the aut1wrs found
Anit the contraction of rectui abiloinini% of fr(;Ri and
go f the dorsal muscle of Iecche,; fit resiouse to cho1ine is
00 jeatly increased by the prewilm nf aden(Kine triphos-
4iste. this locrea-e depending on the coticu. of the latter.
100 t I'lic increase of otmerved naucle contraction ruity Ilimibly
lave
been due not to the stinvulation of acetylcholine syn-
litsis by sticnosine triphosphate, but to the wwitizing
o0 ffect of this substance on the 1~t tnu_lm~ V. 1). W.
Cluinest in the activity Of Chou"WRIGradmi of nervous
tissigib U04K Ohl lROMMICS Of COSAft"t cwtcut- [':UJk,
AIL! it. F. %finaev (Aead- M-L. %I-;7lvF
,%Vw"4M. .41:14(101111, ef. A. 00. 1,W) , L.
t1k' CAI 1114tr Of "%I%t . (411`11-1 t""Art "t ""A'" -
-ielaw. while IN- antmir lq4duq-,~ t1w OU1.1.
u1 11%, Wt limit w41
i4
ni
610 its &ITALLOWCAL "11"Tt"al C"St'"Al'o"
lee
lee
lee
.00
goo
=00,
to 0
Do*
=4110
us 0
lee*
--0o
So 0
So 0
boo
tto 0
tie 0
tie*
r r it K KID 0 0
U As ME a a K Ft u
0 1, a 0 o 0 0 0 9 0 0 0 0 o 0 0
so 0 090099:990090096,09-609 0-091000000

A
00 A
-fit
go a ill!
sod
010 e
a
000
010 13
Gov
0 07-0- 1 . - I - ~
1 5 - v
, a
p2"11111 AND "01,11111ts 1.01.
Chances to the contents of Acetylcholine in nervous
tissue under the Influence of constant current
it Pedag-'Kical 11M.. NICY'vow -).'IF "'I
law.
11 54"4v, a *ou,,,jWlLable clectrodc., were applied
S7, 7y,
to dot brain and a4l.c. of 4-10 "'a. was U%ed for loinin.,
of th, brain were removed and analyzed.
alter whicl, pima
rrve fibrs ofdog and cat were situiLuly mated. In all
cases the tissue immediately adjacent to the cathode
showed an intrm~e in acetylcholine and that next to the
anode a dreft*,c. L. E Mon
glow 111111A Iwo - ------
Lk 1440#0 -d 11NAO&O HIP 01W Car
b U N AV 10 A% 1, 4 *
0 t, IKI In a, so a, P't-elt- in
*1* 0 o 0 0
g g
Blow sons"IF
111M ad
OW 0 a W I IN a 9 A a 3
.00
see
coo
COO

004
0
001C
000
oo~
002
0 Ott
~000 000000 -100**900601006404111000000 000 000010000*61~
;00000000000000000*0'04101000*000000000**O:oooeoo
1 1 U CTW 30 31 32 13 U b31 IS P Q 41 -1
ASCOUGMAILP w am IST -11, _ -_ !~k f 'I !i ~ S,r
--- yx_# -t --- ---
00
00
Oe
00
go=
002
00-
:0-
0411 000
Au!M431 1"32 01 alh-9 q.)!q.%
mcl! I au
xv
z
p1j, WgIl
IA34,311 01 *AqIgUSy Xopgnta J#PU*j R3IqM
an"" Wojq 10 Mumqns sqj jo amlyu JW21welp OqL
we vv I I j ri 4-1 w -I --v -1v
.v ,
it M, k IV ~f It V Pi It It v: I ki 1. itv
Ak-
e a so0 a0 40 0 j 0 0 _0 ~ 0,-, W.-.
- Ab
00
C, 00
00
00
00
00
00
00
00
00
,)~. o

*qst
o
09000
oge 0i
0 -0
6 0 of
0
0
l
U Is It a

2
3) 3
4
JS Is 9 a 30 49 41 a 0 of 6~ee

A
e
- R- J&L-t
Z
Effect of the decomposition products of adenosinstri-
Of mus"clell to &Cetykb*'
the Belkilltivit
Id o
b
W
C Se
n
osp
Y
p
l
k
f!W
it me. anti 11. F. Mimsev. flyult. E

Mid. Ifrd. 23. No. 2, 118-1111007) - -S,,tiou- exi-1, - re
liegun only after uilris. of (11V Saille vollell. of avelvicholinr

ofaltog. Tests by kilditilidd.
frie"t suwahoc% to aectyleholint. e.g.
,,hatc, adenoinctripholdiate. ademylic acid. adrn~inr.
inotinic acid. and p3rro- and orthophotphate. TheliffoOll
wt% kept tit 7-:1. The conens. it-icti were 1:1o".
,er.
-tov
h
h
f
f
fi
e
mt tivii, W4, t
. 1
ect o
e
Tim ef
t
is Itecause of Ilse ruldd convemion tit the diphophmc
Itil zoo
0 l
th
1l
h
ld
f
i
o
er
n. o
a
4o
t
into the tripho4phate. Reactions w
3 MAWanct4 were eitlivi- ntg. or very wcak. Solo, of the
test %albstatit" alooe trave on reaction. Varion% cool. z
00
Ion-1 li'mis %Cie (tied. and it w- loolid that kcrivkholioc .00
.111011de. advilylir avid. jold 11-1 in cons.
i hinationt, greatly incir.twil the itot-ol.ir -otracfion~
A gee
1l All other combinitionq showed diininkhed vffect%. it
goo
I*ar- that pyroithmidiale hot not orthopht"14mle i~ if
Il

ysiol. value. 'I'lle tirlitill tit fill- girmur M.-IT'ilifilix Cf.
;
feet ufmletwlic acid anti pyrophoolihate it, nor yet rotiretv
,
1
tou%t
,, prr-nt.
clear. It 5crim that tlo-,~ -
llowcvcr. it is ;xxojible that advito%incili. and triliho~phmv
Itvitizin
t
t a W
C
d t
h h
b
f
t
d
hi
see
~
o
.S
nun
o
een
j
c
ave
are fortne
. w
W. R. Hichter
reaction on the miliw1c
.
tro 0
L A MITALLIsOmMoi WARAT10111111 rLhj3*j6me
tso

"so 004, WV out
-
ad a.. it,
'

~
;r
It n
t

0
O
0 o 0 0 O
o
0 0 0 *-0 0 0 0 0
JUE-0
,
"
00 00 0
- -
-

0

It 'I it it 11 :3 14 is Is V to
i-A" JV )V ; x 11 1; it w u to 11 IS so 0 81 0
Jp
L
#
r
Q
A j I
y V
T
A
A
A
.
'
~
-
_'
_
A
-
-
_
~ A It % IN -CE j.s % . a . 9 . I I la.-I A,
'OUIRI
4~11dlfiufsm of 0 1 & rat i;V;A, "'oT "it
.
111411AIIII and 1
1

caCL . 1
w.
-"rJV
-33
271-40947)
I
R
i
.
usiss
.
n
sm).-Titas c tiotaluir
(
chaujitim of the &be. reftwdifity of lactates uss tsiplaimed bw
&

1
change., it, the enzyntic hydrolysis of acetylcholine and
a - . . Chang- ..f its clanell. in ""VC filters. Tlao IrAwning of
the tetrictivity sit the momilt,le tnar be explained fly an in-
t jj fic*tylaholine owing to the activity of
cirw in Illittinf
00 4 lowirvatf. it Viltalin"Jeraw is intolooral a
i
by esetille. the d, -c. anotic does not sholit any effort tali the

00 the effect of the antwie no
activity (a( choliorlatermpe. and
kor am, even c"'I'llictely
tile lefrortivily is. thoerfol-r. West
00 Tile t-ffret of tile ("th-Ir am fill lefe"""'
a, Al"witir lirtitt"Yat tile Iwawcr Ill net vr t'%4"r
00 1" reaCt Willi Acetylcholine atilt Istrvrots, the drVel"il-
h
f
7
I
0 4110 e ue-
roan t
intlicalc that ecartain phystiol. effects arising
- ti." Ot at.-. -n tart-e ti"ur jrc, callumvi by changm in th
00
D
0 rtnatrnt 4, and rnzynto plitting 44 aectyk-boline. It

`
'
~ w4s 01%11 f%"jjj4I that igoelvtcholille Sake% parl in tile Forma-

16
410 ti"ll of tile nerve trillivIlvity. , .1.h1% functional Vitalize 1.1

O
6
2 the state of the excited tillue in clanwaitionce of excitation
wag Milti,jerM as ji,peollool, MIJISOUSIS not CIDMI)ICIVIY.
Tile
v
ti-
4i
I
1
h
-
n ner
e
r
nc
c
on the accumulation of marety
offrels of macety1clullose. r*rTioC, Atilt MtrOPittf On the chance
crit-lotiVilY (If ncm arc
of thealls
.
W. R~ 16chlor
60 ---

ASS. $1 A. 0 T AiCUPGACAt MfgAtUill CLASUFOCATCad
14-1 all "'.0-
.
IS
a
u A, it'"
;
An I I a ftj 0 a
I Sir IN ~%Aa a ~38 T~
at IS n It a K ff n If Cat SO IS
0
0
-00
A0 0
COO
Cie
A04111
000
see
coo
400
nos
lee
4, 0 0 0
0 0 0 0 0 0 0 0 0 a 0 0 0 0 a 0 0 0 0 a 0 0 0 a
: 0 0 0 0:9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 It 0 0 0 0 0 0 0 0 * 0

k
It 11 It is a Is in SIAS 11IVAAJ;jI US Ax 36
11-m- I
rac#C41111 wIts
A-
"d it' PhOlPbwYbt.d do,
rivatives on the amwtl'ity j muw
0 to 214:00 Otine.
4uu' "' F- A"BAM F64W. Zhur. 8"S.S.m
104m). 44. C-4,41.0iW10, 4j.(WIAj.
-The beg X
whkh M1010 W" Ined dA the test Apet-J11WH
- 1---d I. the mp.t W.., it. 11. ._
tablishawnt of da dat cc level W respottsie to mn em.
Wind -"yscboU- an. (I X lo- _ 1 X 10~).
Joe Thim-
'nine at I x 10-4 X 10-1 cmc'. WMO and in
0 1 X 10-'-f X W-Acomus.dmeam tbewnsitivity0l CIL,
:0 !M6 wascle to AKTtYlcbD[ine. At I X to, - I x 10-6
c'1reG"c'ces`sIoIIstl'r c'sume's - '-- in b"UsitivitY of a de-
This" monoPboophate causes the ssm cl.
fects QU&U'AtiVCIY 418 thillmine, bUt (be chwiM am ICU
09-
00 pronounced. Thk-Ine dipbospWc at I X a-, _
1 X 1()-'--L-FCOUtbeinuxiewmitivityloamtyl-
clialirte. The act;ou of thismine and Its dTivs. cmitiot be
0 f suktstwu on the w.
of scusitivity amir In
~i~~~tcnm has been prt.
Viously inactivatm.
a. If. KOROLapoff
Q
-00
.00
Od to
41116
000
see
fee
800
Z;GG
see
x00
310*
-00
too
2110 46
A AETALLUROKAL LITMUSt CLASSIFOCAIMM
- ------ %30M 10.1aw see
131131 OK GNV III
I m-5-a-5 - 77T INIGNO "to a"V 014 41
0 F B 11AMI to fw 0 A a 1 9 a Im a 3 1 v
11 Is a of It of It of U u I K"m n I
0 0 0 :10 0 0 0 00-0-0-0 00000 9 90 0 0 9 00000 0 a 0 0 0 0,6 04 a 000

0 0 a t
, a
, V a
V Q .1 U 41
,
It '
t
4A OL kk it it
01 h f i
A t
L
A ,
al a
A
Ii
L. L~J i, n
: '
.
t
i.
1. .
,-
,
o

ljffrct of acetylcholine and of InaOlvalloto of cholinals-
(latest on the spontaneous electrical oftivitir of frol nerve
00 %~mtro. V. N ~ At trio'ev and h ~ _j)P*ho(v
- -I
'
l
i
;t
I
-
l
ent
a
il
rv j.
Nanaik S A .1; K. So. :111:1 41(lill
06 C all Z vismal ft-etiotts of Into Itimall "roe rhal"d. either can
00 allalmalar with intact cim-uhation &Jill delalmy"I lipinal cofJ,
Z
-00
owmatedi heads. The "tive Jillactaudia ""placed cia
we
the brain ilertim. a,,hile the gtinot.j
00 j at brain wretiots on the level sit liar %suril reutrv%; liar
isturntiols weir TxAnol. 1'Y .111 Tl .. .... Jill,
Are I[tvru giAphie"lly. Actimi I-I a-il,10iolm, .I %. III.
00 activators (escrille ot I ~%A' I jolml lay appliva -
lion III ruitably Illoislen"t taller ll't1lit law the sight trolet'.
ArrIvIcholior. millimil %%.1, 11-1 .1
I X 10 1 1 X It) "; rwirriv 'Air- 111.11 at ao
liKililike'll I \ ill ~N Ill A"10,11"i....
"I'mc 'lomal it. 4-th"I .'olv at Ill , W - -i". o
AIIII1.1101 IIV 111"ICAM-11 41111,11111.1" I'l All oll.lll'~
lla 1
11
'Gild

'1% . t cullabill"I amtYlehollow.c.-I Ior applicall'.11 flo
s
1
1
I
it
r(Trct start% at Inuch lo'larr level; at Ill
enhAncei, liar at hithes -o,. it,, 11,vt I, zoo
l 1
l
l
f (h
l
t
I woo
S e 11,4111.,
l
IvI
v j
tAllce uc
) cu
pti'stillitillit, (1 2 X
levels Life fairly lot%
,upprrWrig ellect. Aecty1cholitir I fail, act, a 1, rill.m.1
boo

tjoe
.00
' -
l Sir

~ D JA A, -0 -1%

:
i a o
:I
1 a JVI 1 a a al I
a,( Ill n 11 .14
0 0 all 0 all 0 111111:0 0 0 0 0 a 0 0 0 0
all .
w mad I At a 3

0 0 0 0 0 0 0 4
9 :
: : : :
4 : : : : : gi~ 0-010.0 q 0-0 0 0000 09 00 so *I

974 t 't 10 g 106 e-, 0 lie 0 0 * 0 0 0 0 0 IS 0
fit
Sit I
A if h it jo -W$i Vu JAI) kV UPP& 41 UUNGPO
"A, A A.
to " 4~t~ I, , t t -,I - P-- I --I
2.0 MI.&
4A
go .1 Elimination of action of acetylcholine on central nervous
system b E'. It., Babilwl. , Pvklad~ Ak,jd-
--After atropinicatiou
u1:116(1019).
00
Z,
.3
Nouk S R. 59,
file elec. uctivilY relltaills, but atTlYlthillillc C&Tt is
vlimintleil. This arsues ag,dilst theones of atety1chulitic
actiun in mARifC31t2tiOu Of CICC. aCtiVitY which have
i
0
02
k
i
ne (
.
ven morph
g-j
g.).
arisen remitly. DoIcs. g
h n ether narcosis, were tirvIKtrinixecl und the chruna%ia
lee
'If the inotor tone of the norlex was dvid. u%ing noulm,lat-
izing lmint Ag clectrittIle; after e.tablialunctit ul the Imse-
level, acely1rholitir (25-1(X1 -yt'kg.) was fialt4mitierd; this
iv;ts Own followed ljy atropine (0. 1 will the vfft-(-t
mt chnnut-da was drtd. ;I, ti~ual. The result% lie rivt-tt
Sitallat t,%pt'. --I, al- I%. it., 'i"SA
to 0
K-1al-IT
1-raill -A-gIuCIIt~ (if lite frog.
0 S L A -It-,,L-rKAt. LIIFRATLgt L11SIFICATICh
00
iw "nipipap6t KA RU KnIt Ill
0 0 0 000 0 4) 0
0 00 : :1: : : : 000 IS 0 0 0 000-44
roe
go 0
1-Nie te
t:00
A I i,. An 1 0 1 At of 0
Vo 0 0 0 0 6 0 0 0 0 0 0 0 6 0 0 0 0
14 IS 0 0-0 0 0 0 0 it 0 0 o 0 go *00

J44F Gr 0 a 0 a 0 0 0 0 0
12 11 it I) U is 16
4"A_
00 C!
Is IF n a 0 0 000000 431
000000 o
2 1: N a
A.-L.1.1 cx W I A, 1~
-a fb
00 affect of a activity Of Isolated

00 mammal a A. G. Ilujachrv.
h
voklady Ak.d. Sank S.S.S.R. 60, 12W-la~ lt4S).-ATP
0 Ai a imAttful physiol. stimulator a( bean action. Isolated
heart., of rabbit and guinea pig were perfused -A ith Ringer-
Locke soln. at pil 7.3. with injec-tJoe of ATP in the (Orm
4 Na suit (famed immediately before the cxl)t. from the
: l1a -Wt), intu aunal cAnula using 0.03 to 03 tog. Afte a
0 7-10 we. latent period the height of systolic contractions
go throjilvd, and the rhyibru was slowed doun. after a few
min. the contractims increased and became more frr-
tiucnt and eventually reached 30-W% over initial level.
Me- -This usually returned to normal level after 10-15 min.
00"' Guincit, pigs gave a more profound change than rabbits,
the init6l stage often resulted in heat toppav for 30-
40 sec. Prototiged perfusiou of the hearts with I X 10-1
to I X 111-41 ATP (Na salt) gave a similar effect, as de-
wribed above, down to 2 X 10-6 concn.; lower concris.
4'0! gave considerably increased amplitude and r~~. of
de ~n
contractions (in S-10 min. may cause 3(0-M jo of nor-
26
ntul); this persisted 10-15 min. after the perftision.
G. 261. Kosolapoff
A$S.St& I-EIALLUPGKAL LITERATLINt CLAIMCAT104
Fb) U W1 AV V r
0 it n H
0 see
Masai
_::
.00
-00
loe~
.00
as 0
=00
r.0 0
Co 0
sea
000
Feel
60
409
troo

of action of aceliylchollne
on nave Coatem. 1. Artcm'CV and E. It. flabskif
IMoscow Slate P04". ]nst.). Fisiig.
11hysiul.) 33, of mctylc~.Ii..
(Concit. 10" to ID-) to the visual label of the frog, with-
out ewine, C-Auses it variable and temporary incrase of
eltv. avtivity. At 10 6 to 5 X 10- 1 concts. combined with
11~4 X 10 4 conen. of escrine a cotn6idcrat,le and Wing
j'"hanceincut 44 spontao".ut. clev. oscillations takes place.
kith large amplituairs of Wall Ao~ and fast "~illatintm.
Eserinized acetylcholine salTn. of higher than 10'4 ronen.
repTe" Occ. activity of ncrve centers. Hence acetyl-
choline appeari, to act in the regulation of the state of
central nervous stimulation. G. M. Kowlapoff

Iffect of bl=~fcolyzia In a some = a single
tatanixod em , 0 PAP-AlIq id V. A. Novi.
Deklady Ab". Nault Yell. ft,- 5-8(19*)).-The
specimen of sciatic atnv-lcg muscle of a (tog, tetanized by a
pair of electrodes at the disW end of the rwye and provided
with a pair of impulse electrodes 2 cm. clow, and blocked
for glycolysis by Ne lodoacttate. lactate, or pyruvate. alone
or combined. save the following results: lodoacetate leads -
to Initial enhaomnent of the single contractiuns, followed
tt~ det-fine and even disappeanance. The ewrie or the entire
en menon takes &S hre. in early spring specimens and 2-5
s, in 14te spring specimens. While veratrine stimulates
the coutractions, when applied near the letanizing electrodes,
it fails to affect the nerve treated with kgloacetate. Lee-
tateand pyruvate (weaker of the 2) both stimulate the shille
contractions. It is suggested that the results are explained
by lack oftrynthetic generation of adenoalnetriphosphate and.
czeatine phosphate in the Ist instance. and ample oppor-
tunity for synthesis in The latter instance. G. k1l. 9.
anallysia of be sed" of "*I-
them* an ser" eseftre. 1111. Actiesi of so In . pro-
stww"l Sol be.". en the elmorkall ""why of 69 Thaw
lobesolatrog. %. V.Artem*cv and R. H. liabskil (Lenin
State Pecla". I fist.. Moscow).
36. ol-wOWAI), ti. CA. 44. A 1(W.- IRWI lite or Iwo-
kligroinr 41 1 X 10-# 1., 2 x W-& "Wn. acting on t4/
V61141 14-tw*44a title enhaDM OW si,onIAMMS tk-C. "tivitt
0 the nrive crotm, Al"qAtte in wintiLts conen. tl~ not
atlect or lower the activity and cvxnpletely clitninates
tblorksl the action ol acetyleholme: applied aftef the
latirt 11 lead, to r"t,trathni of tIW nOtntAl 1jWilIAti0H-.
.. NI ~ 1~.
Athinifill Ivil', Avtitnut str not rho 111aw'l. (.