SCIENTIFIC ABSTRACT SPERANSKAYA, S.M. - SPERANSKAYA, YE.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652630020-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SPERANSKAYA,,--T.A,-,.FEDORTSOV, V.F.
Standardization of methods for measuring optical'characteristics.
of gluing films made of polyvinyl butyral. ~,Stand~rtizatsiia~ 26.
no.6:28-29 Je '62. (MIRA15:7)
(Film (Chemistry)-Te6ting).

-- - -; -.. , . ~i . --- - - - - - ---- - -- -- --- ----

86846
j
III S/0~9/60/1315/005/041/043
B016/B052;
L75 0 94
AUTHORS: Korchak, L. I. and Sp4ransk
Al.
TITLE: Influence of Total X-Ray Treatment oh!the Content of Sulfo-
hydryl Groups in Tissues.
PERIODICALi Doklady Akademii nauk S,SSR, 1960, Vol', 1351i'No. 5,
pp. 1254 1257
a 7
TEXTt The authors studied the effect of total X-ray. treatment on ~the
sulfohydryl (SH) ferments and SH groups in homogenates 6f.the spleen,,
testicle, and cerebrum of mice. Publications on the susceptibility to:
radiation of thiofe~ments, and the possibility of iheir'reactivation by
protective substances containing SH groups (Refs.1-120),:'howeverq-are
largely contradictory. The authors exposed white mice to~700,and 5000,r
at a dose rate of 50 r/min, and beheaded.the animals imiediately.or
10 min, 2, 24, 48, and 72 h after the treatment. The weakly reacting and
the free SH groups were first determined by ammetric and.mercurimetric
titration (Refs.22,23). The free SH groups were determined by Mirakiy's
method (not explained) as modified by A. S. Tsiperovich~,'and A. L. Loseva
Card 1/3

86846
Influence of Total X-Ray Treatment.on the 3/020/60/i33/605/041/043
Content of Sulfohydryl Groups in Tissues BOWBO521-
(Bef.21). From the results of Table I the authors foundl,that immediately
after the X-ray treatment or somewhat later no chianges,in the content
of free and weakly reacting SH groups:were determined in'the tissues
examined, after the application of a done of 700 r,1, Although the,amount
of weakly reacting SH groups in spleen and testicl' in6keased after
10 minutes, their content in control animals was the same after 2 and
24 h after irradiation. After 48 h their content increased again, and'
dropped to the initial value after 72 h. The weakly reacting SH.groups
'h rges of'frei
in the testicle behaved similarly. In the cerebrum,' no e ai
or weakly reacting SH groups could be found. The only differencejn the
effects of the dose of 5000 r and.that of 700 r was tha*t,the increase.in
the content lasted up to 2 h after irradiation. N& corielation was found
between the level of the SH groups and the state df,the animal during'
radiation sickness. The authors explain the discr4panci !es,between.thelir
own and others' results by the conditions of their experiments. On the
basis of their results they cannot explain the incirease,in the number of
SH groups immediately after irradiation as being a primary radiation
effect. They assume that this phenomenon reflects a previous change in
the reactivity of SH groups-The authors have not:yet fi nished their
Card 2/3

S/020/61/136/.006/024/024
B103/3203
AUTHORSt Speranskaya, T. A. and Korchak L. I.
TITLE: Effect of total irradiation by X-rays on th'e:~'reaotivity of
sulfhydryl groups in tissues
PERIODICAL: Doklady Akademii nauk SSSR, v. 136, no. 6, :1961, 1468-1470
TEXT: The authors studied the problem as to whether the state of the sulf-
hydryl (SH) groups in the tissue changes immediately'a-ftpr..irradiaticn.
There are nearly no published data in this respect (except.for Ref
To clarify this problem, the authors,totally X-rayed4hi;td:m1ce once (tota*l
dose 700 r, 50 r/min). Subsequently, the mice were immediately~ decaititated.
The authors studied homogenates of spleen and testicies (s~o~.called ray-
sensitive tissues) as well as of the brain, and.finally the,-blood. The
reactivity of SH groups was estimated on the basis of'the;rate of~their in-
activation in the survival of the homogenat e and of th e b! ooid at 3706. For
this purpose, the authors used theamperometric, mercurim~etrictitration.
by Mirsky's method (not described imthe text) as modified~ by,A.S.Tsiper .ovich
Card 1/3

R~r
S/020/61/136/006/024/024:
Effect of total irradiation... B103/B203.
and A. L. Loseva. With the use of these two methods it was~,possible to
differentiate the effect of irradiation on.free and poorly ,reactive SH
groups. The authors found that the poorly reactive SH groups ofispleer. and
testicles undergo a change thich is immediately detectable. Thus, the ~amounz
of SH groups in the homogenate on incubation J.n vitro'at 37PC was faster
reduced than in the control. The authors are unable to express any cp3-nl6n
on the causes and mechanism of intensified inactivation. They stress'l how-
ever, that this effect was only observed in ray-sensiiJive organs,.not,in the
brain or blood. Besides, there are data available acco,rding.to which~only
poorly reactive SH groups show a~radiation effect whereas thd'reactivity of
free SH groups remains unchanged. The authors have no's direq~t,'~' proof thata
relationship exists between the increase in reactivity!of Sazroups an-2
their increased concentration due to irradiation. The':,simultar~eity oflth6l
two phenomena, as well as their occurrence only in ray-'sensitive tissues and
in poorly reactive SH groups, speak in favor of such a~lrelationshiu. The'
final results in vivo and in vitro are greatly different it respect to the
inactivation . Some researchers found no~change in the.SH group contaht
under the.influence of irradiation, others, however, speak'oft7a~reduction~4n
P
Card 2/3

?0647
S/020/6I/136/006/024i024,
Effect of total irradiation... B I 00203~
their quantity. The authors explain this discrepancy by the-:use of r*.onuni-
form methods of treatment; in this case, these would be: erro.neous con6lusicns.
At present, the authors cannot say anything about the biochemicai.v fur! .ctional,
or structural importance of the increase in lability of the4S.H'groups of
spleen and testicles in irradiated animals. 'For thetime being,,they regard
this fact as an index of very early appearing changes.t!..Tn:a future paper9'
they want to clarify their nature and role in the form4tion~of radiation
damages. There are 2 figures and 14 referencess 8 Soviet-bl6c-.~
ASSOCIATION: Institut morfologii zhivotnykh Im. A. N' Sev6r:tsova.Ak&ieMij.
nauk SSSR (Institute of Animal Morpho'log~y jmeani A.N.Severts ov
of the Academy of Sciences USSR)
PRESENTED: September 17, 19609by N. K. Sisakyan, AdadeM4
oi,an
SUBMITTED: June 27, 1960
Card 3/3

mm

ANS ~-_A YA
USSR/Chemical Technology CheMical Products and Their
Synthesis:
Application. Industr al.Organic
Abs Jour Referat Zhur Kh miya No 4, 1957, 13067
Author Farberov M.I., Speranskaya V.A.
Title Concentration of Dilute Solutions of Formaldehyde.~nder
Pressure
Orig Pub Zh. prokl. khimii, 1955, 28) No 2, 222-226'
Abstract Study of concentration,of dilute solutions.of f6rmaldehy,
de (I). Determined was the dependence of~lcomposi ion of
vapor and liquid, of the system I - vaier;.:at different
pressures. With inereasingi-pressurethe curves: showing
vapor.are
the composition.of liquid and y ctedr,;
from the diagonal, i. e., the: concentratioii:-occur~ ii6re
readily. This deviation is~ especially pronounced'on
from 2 t6'.4'atmospher~~i~ab~8i~i~ei,:.
hange,in,press-ure
With increase in pressure,the content of :I, in the azeOtrO_r
Axture increases. ~Optimal:pressure,:Yoi.c6~6ent?ration-
pic. r
Card 1/2 -,270
H-1
t- --w~'_~e_dOrreTa ion between the
he azeotropic Mixture and the pressure. cOntPnt-'Of I in
the extent of deco beterMinel was
mPo
sition of dependin' On:th& dura.-
9
tion of heating of a 22A solut
ion, of I with, shai ings of
CU) All Eya-IT steel and steel-3 at IITOO-~ iI SteU
lerates substantia - .-3 acce-
Illy the decomPOsition of!
to the equation: acdoirding
2CH20 -+-, H20 --I, HCO011 + CH, UH
of I in the presence Of Gu, Al and Eycc_jT'3 ~L6sses
r
but slightj steel~diffe
-Y from losses on operation in:gdass~vessels.
The action of HCC)Off Cause strong corrosion of steel,3
and Eya-1t; Cu and Al are sufficient resistant jo.;
rosion caused by dilute solutions of HcocH
j-
Card 2/2
2-11

SPAEIWISKAYA, V. N., SIYANITSKIY, F. M., SHUSTROV, A. K., ALEKSANDROV, P. M.,
KLEVOKIN,
V. N., BORISKIN, M. 11., LIL-P, G. 1-11., ZILIBB&INTS, 1. V.,
GUDKEVA, 0. A., POPOV, S. C., DENISF21KO, V. K., KOROVIN, F. T.j
GUTSEVICH, A. V., FEREFILIYEV, P. P., POGODM, E. A. abd FUIORWI, H. S.
"The Effectiveness of a Chemical Method for Combatting Arthropods,
over Large Areas from Airplanes."
Tenth Conference on Parasitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. ll,,Publishing llou~se of~Academy of
Sciences, USSR., Moscow-Leningrad, 1959.
(Leningrad Moscow)

ALMAZOYEVA, V. V.; BATAYEV, P. S.; STAVROVSKAYAP V. ~I.; -A4(SEY1K11KO, G. R.;
BEZZUBOVA, V. P.; VOROB'YEVA, Z. G.; GLADKIKH.' V. F.;f ZHUKOVA, L. I.;
ZUYEVA, N. K.; KOROGODINA, Yu. V.; KLIMOVA, L. P.; P7WV, A. S.;
MASLOV, A. V.; PEYKRE, A. E.; SADOVSKAYA, G. Yu.; ~REMNSKAYA.7. N.;
SOLOVEY, V. Ya.; TURGHINS, M. Ye.; SHAYRAY, A.::~ F.; SHI1".TSITTA,-1f.-X.;
SHINKEVICH, M. A.
Field trials of new repellents. Med. paraz. il:paraz. bol. no.4:
457-464 161. (MIRA 14:12)
1. Iz entomologicheskogo otdela i otdela sint,6tichdskikh preparotov
Instituta meditsinskoy paratitologii i tropiche-skoy i~editsinyimeni
Ye. I. Mfartsinovskogo Ministerstva zdravookhraneni3~d'.SSSR (dir.:
instituta - prof. P. G. Sergiyev, zav. otdelami prof.- V. 11.
Beklemishev i prof. V. I. Stavrovskaya)
(INSECT BAITS AND REPEIIENTS)

ABILAN ,
V.A6; BARSIOV, I.K.; BIRMOV. I.S.;- BORMIA6.L.Ta.; )OZIM, K.K.;.
GOMIK, B.To.; GUMIMV, *K.N.; ZOMYA, IIA"P''; `l0!*Ik_;AlS;;
IATD=VA,'O.I.: XAFUSTIN, Tool.; LUX;NYA,,; N.A.--: IASMYTS;W. TPA.;
- r . "'.
LYSIEKO, TiP.; URMi A.B.; MMAUXT, W.IP'; IIWIYW, Ijo; Upff4M,
IKO . IT, A.T.; OWROWOT. M.Ya.;- p.lSmtImGzIy.,O-*-.-
M.N. inw,' Yu.
VA~ UPI PILA~mot N. 0;
P;I YARIN%V~ 1 9 1 POK N
RIMBIRG.4.M.; RYABOV, V.So -.. SMOT LOSOU 130''A.; TASOM
K.F.; TRITONOTA, G.K.; TROINOT 5Hji&F -Goia~ 0"SWAM-
KOTA. 4.PP; SHMIMI11G. K.G.; 3=1 x1mym, IA., red,'
MUCHIN, Yu.A., tokhn.red,
E-U.S.S.R. an. it is; a popplor illustrated: b~andbobkl SSSR kmk an @step
popullernyi llliustrirovannyi spr&vochnikP:~,,Xdskv&' "i.134_~,Wo pout.,
lit-ry. 1959. 462 p.
(gas sia),
JI

sPERANSK F.
~Y4
7
Ahiitlgam xnethw . d"
-of sppiatIgn- on :divl.
~ I I an
nonfimu wetils.
7A
_Wauk',4(7); 255-"1952).~~,,'
i. A
The inet; of the'"' siatris-, with it 7
Lls wire seod. by_bleb~Mq

frit c1thode and Embsequent ahbdlc oxt,
Oon~ of the 2wal
'plitained..with both. procesies! at contilmled electrod L,
with $a,imaliall, u
e
i
o
iti S611i
tial
Zn
td
f
m
p

,
s.
v
.
r
m
p
;
.7
j
showing the dependeaft'of cathode potential on e,
ith the Ilk a
plotted for Cui BI, Sri, Cd,'Zaiiand Few.
'
i
m conhihied" I* g. a
For all the curves
o of.
the oWN"P
-
olyte -colitsihed 0.1
metal per.l., of Hg"theelititi
metal and Vg.-~equiv. IllWt'; mceptlor Bi when 1~e ele-CL
'
-tr ytecot
01 itained 0;0193 jr.- quiv.
icin:Bi and 2 914 Asod per

Chemical Abst. 17 T wim V irri~r ~ ivas 468; Curv
3-23% of A

8'
No- 4
Val shovv that Cu and B1 could bi:setid. fr6m~thti oth -r'metals
e

i
.
: So and Cd could be-scpd. from Zn ah
l Fev but Zu antL

Feb. 259 1954 he scild.1, Similar'6~ves, ilfid6i the same call
could not:
'

nalytical Chemistry , were, plotted: for the: itiodic. d'eiL.-.6film. of he I-
tions
*
j, ;-." - '',
'
!
Thi
id
ur renigibl
d
6
. d
occ
s
e ompn
:n
sams.
t
y.
of Fe began'tit a more pos_p6twtial~th" the I
It 0
d of Fe on Hg~~.ThLi was explal4ed
epositing He r T

t anodic, pa.&d vation of Fc.~ Mi and Ca amalgam's -'howd.

'
:
4ompm : Zri'and F6 i -ere sepd.
passivatiorl
at their anode de~
by conversion'to ainalgantsiiifill an6dic'oxidation of their;
Thus,
amalgams at a detd. potentliil.~- Fe reinainod 1w fig.
an Fe-free Zh soln Avas obtabi6d frotti:0.6
- 1 g. Zu and 0.4
Fe. Wheri, the method
Wasparried-ot!t i kice oil a sample. -
O.M:g.' Zli was sepd. qlutntitativdi from. 6;8 T, e. CA. i r~
:
the cathode ~vas 0.031 arn;i.Ai i em.~ i6fiji. 70-~ W. Fe h1w
Zn were.not-sepd. by,sbakino their solli'." with N4 amuNani.
At did not ppt, Z
otuplete 3r..rmnt tt
11' Zu n -fiui
5 ,i. -s - -ptl,
electrolysis with a: amiiljai~i:0.1'15 a , %k h.
n
~
soln.' Ili I I/Oirs. IA'a) I% iola i~ the Zil kj~j)64 it it-it 5 porotis hl X
I
,
bbick.,litiuaddit. qf phuubij~~(apprfj~~ f% of qlllt. nf 711)
dit. dejlo~it.- In I
gave a hril I -I-SS N i 74
'
was;completely pp'i(L tik , I aulallptill upoll it silvvre.i fit

w The ewi~llt Was I
c .351:1111P. ~At~lhe:si-.irt and UAA
athodL
arnp. it tile finisli.~ Zft colild i4so be. 61tikited (raill ait illk,.
tartram-rNi. !I,: -ric i a
'E11611.1 May,
q

~J.
1q,
-7

P.E.T.'r h4--d
itituatis 4, ory
mended., ~,JVith cA:~;of d-Wl--td'X
id
cm in &i
js
---a C4 Of MIA"I Ec(
i ,
The ama* F0 nt Id KMaw 141.001
Vej3ftb!In"d I
an-ainalgani O"jltAjDjp9!.,)lOl~Al
an
d I ~,.J
:An te
-b ~co ic :e,
)r In �r
Af
is' ap t o
If

)5(2)
AUTHORS: Speranskaya, Te. F., Kozlovskiy, M. T1. BOV/153-2-1-1/25
TITLE: Reduction of Selenium by Cadmium Amal~am (Yosstanovleniye
selena amallgamoy kadmiya)
PERIODICAL: Izvestiya vyssh ikh uchobnykh zavede,niy.. 4i'miya i.khimiches-
kaya tekbnologiya,.1959, Vol 2s%Nr 1-0 PP,3'9~(USSRYL
ABSTRACT: In the latest publications dealing with the amalgam~methods
of metal separation the.behavior of:selenium was.not.taken
.
into account. The investigati,on,of,"the,afore-menti'one,d problem
is interesting from two points of:view:,,.;J) with re spect to
the (ruantitative separation of a ele'nium" 'from othej~ elements;,
, S e . f o' ion ot slime*
2) with respect to it ffect on the 17 rmat
(transformation,of amalgam into a' fine'' iuspension' which 'forris
'
no drops)i This~article deals with th4 'reduation:of 'So (IV)':
~
I
s. Figure.` 1 shows the variati'on in the
under various condition
current intensity wiith~timd'during the:electrolysia.-of an
H Seo solution on'a dropping ms~curielectrode'i:The redu6.ion
2
3
was performed in a container -ill u-str4ted' in f igure Tabl e, 1
shows the eadmium-~a'malgam:po
iais,:in varioud:media with
tent

Card 1/3 ,
.
~)EC1~ the results
regard to the usual H-electrod6. These were- a

Reduction of Selenium by Cadmium Amalgam SbV/153-2 ~-1/25
dependent on various HC1,concentratiolis are'-liated in,table 2;
b) H so the results are given in table 3vc)ENO (see' Table 4)10,
2 4 3
Figure 4 illustrates the variation in1he amalgam content'.
during the cementation. The authors proved that within.the
range of concentration ofithe acids (0~1001 -mol) selenium-
may be removed from the solution due t~-its;productift of'
meircury selenid6. Selenium is not.redu~~d from a=oniacal
solutions. 3) The authors:assuzed that~l,it:is 'hot the 's'lehide
ion but elementary selenium that constitutes the final'.stage
in the reduction of selenium from.acid'~solut.ions. Mercury
selenide on*
.18 produced by immediate inteiacti .'of elementary
selenium. with metallic mercury. 4) Further-, they suppose that
the occurrence of three potentiometric wave-B'of selenium
reduction ;* not connected with the.formation:of variou's
reduction products of S6 (IV) but with the inhibitory effect
~of the mercury-selenide film on the surface 6f,the mercury,
drop. There are 4 figures, 4 tables, and 20 rieferences,~131of
which are Sbviet.
Card 2/3

Reduction of Selenium by Cadmium Aialgam SOV/153-2-1-1/25
ASSOCIATION:
SUBMITTED:
Card 3/3

85636
S/075/60/015/005/PO7/026/#.-
BOO2/BO=6~
MHORS: Sp.~ranskaya, Ye. F. and Kozloyakiyt M~ !V_
TITLE: The Reducing Pro erties of. ercul
p
PEP Zhurnal analiticheskoy khimii ~196o, Vol. 15 9: No.5
110DICAL.
pp. 534 - 540
chemical processes
TFJ'T: When investigating electro An mercury or
amalgam electrodes) the reducing ef fec V~ of mercury 16. mostly neglecfed.:
This may lead to errors inthe.case.:of polar.ographicil :work,".' ~;T~e'preseInt
P mercury~.
a-er tberefore investigates the reducing effect of Jn,
p
in various media upon the following ions: Copper (1f), iioii (III),:
selenite, tellurite),perLianganate,,bichromate, molybdate~',jodate,
vanadate, persulfate, and arsenate. A c6rresponding~~solu~~pn:t*6gether
a icial, *es-~
vith metallic Hg was shaken in a separ ting funnel,&r'in~a,,Spe
15-20 minutesq mercury wai-:s parii
eel of 50 ml capacity for -6 tea, and; a
w
possibly existing precipitate as, in.addition,., filte~red';.off.and iii-
vestigated (Tables 2 and 3)..The lolloving additions":were added to' the"
solutions (Table 2): NH cl, NH Cl+NH OH, (Nil ),so KSCN i xi, NaOH.,
4 4 4 4 41
Card 1/2
--- -------

.. SPEM,'5KAYi,,,.Ye.F.; SIONNENIO, Ye,S.

MINUMMMEMMMIRIURRIOMMMIMBROM

Opp'-
---a of polarograph-c waves of some poiyval~ ~o
nt -na. Electrolysis
nf hoAavalent. tungsten solutions without supe rimposed external:
"65:
Zhur. fiz. khlm. " no.8,1837-1842. A
19 9
(MIRA 18:9Y
1. Kazakhskiv coiud-a-stvennvv universitet.

ACC NR: AP7012428 souitcz (.oDn UR/0075/66/0211009/1033/1041
AUTHOR: Pokhvalitova, T. E. F.;
7,:r Speranska
Nasonkina, N. 14.
Alma-Ata' (Kazakhskiy~
ORG: Kazakh State University Im. S. M. Kirov,
gosudarstvennyy universitet)
um
TITLE-. Kinetics of the reactions of hexavalen~t chroml with:mitallic
meicury
SOURCE: Zhurnal analiticheskoy MIMI, v..21, 'a. 9, 19661' 1633-1041
n
TOPIC TAGS: chromium, mercury, chemical reduction
SUB CODE: 11,07
ABSTRACT: th4"'kinetics of the reduction of chromium (VI) b4mercury in, sol~ltions'~"
ot'vari6us acids was investigated. Data are'p;esentedirfor hydrochloric;'and; sul-',
In the co itrze
furic acids. The solutions studied were thermostated at 20:t 0 50-
of reduction, the potentials of mercury and the'.3oluti: xsured by th
ons were mef e,
co~.pensation method (R-307 potentiometer),. -The' amountiof rdduced,chromiumw'as;..'.
dei:Eermined as the difference between the amount 6f chibmium~(Vl) ori
_~'presented and that remaining in the solution. :The forum of th 'ichromium in.solu.,
tion was found by spectr-ophotometric:analysis. Spect?-Al characteristics of the
r ' W
original solutions of bi-, tri-,.and hexavalent chromium we: recorded in advance:
Card l/ 2

0
01
1
*
9 o
0
lo
Oi
T
t 40 00 0 900
t

OG
,A *

I- C 13 F F c in
f
,
13 to 30 I
.
e
,
3: 11 U IS U 17 2 Y; V .1 44 0 U
l
R L--L-L-JL--]L Q--
,sr A.0 1~0 C.DINI
P.clcel$gl -D -oclforlls -all
A
00 -00
00 f;
it
00
00 1010 daDmPOWIM in she AbsiIiie Ovi
00 Oystam
f "
A
bb
h
A
A
a
o
Wn M
M C
ft =
UMOMIS
r
" 5*
OWN, (Bull. A ilokfl.
I
Zoo
0 Itku, Wr. I - 04
1 46
00 ri-11 Ittis it minalsle eutectic Isyptirm. ,

00,3
empo"ItHl" AM a c(HOPI;Und
i .
j
~.
0
00' can
m fonned,: so I that the cmitaHisistion ~Igrfkcle
~
00 con" of seven crvxt. fields cmv~~t in t6 e
e tniple
'
transition pointot
and two triple , eutectic. Twintli",
-
am dia
r
ms
iv
S
f4 th
M
d K
Mi
coo
-
a
am
en
e Na-
g Mi
p
g
g

zoo

L
S..SLA ACIALLURGKAk LITENAU10te CLASSWICATION jj or-1-- i
,
- -------
%.IdIj iv a., (Inc :
look

'
'
, v
1
0
17) 10
-
U 11 Al 42 It
% Aq L S a it
A
t ;
s
of it Iq it VC It Ito
to 1, to V A, t 3 9 1
~7,
AI
0 0 a 0 0 0 610 0 0:0 ;

T
-lk'
USSR/Thernodynamics. Thermochemistry. Equilibria. Physico-Chemical B-8
Analysis. Phase Transitions.
Abs Jour Ref Zhur - Ehimiya, No 8, 1957, 1~4)v~
Author G.G. Urazov, Ye.I. Speranskaya, Z.F. Gulyanitskaya
Title Physico-Chemi-clif--S-t-u-dy-of-l-nTe-r-action of lead Oxide 'with An-
timony and Tin Oxides.
Orig Pub Zh. neorgan. khimii, 1956, 1, no 61 1413-1417
Abstract The system Fb Sn02 was studied in detail by the methods: of
the thermal and the x-ray phase analyses. The obtiLined,data
point out the formation of a ccapound:of the coapositidn~i
Pb2SnO4 (1) in the solid state.. The teiWst-tire ofiiforma~tion
of I is 7800, the incongruent nelting'point is 106.06. Me.
eutectic of I and PbO was found at 2.5% of SnEp azid:;8500.:,
Card 1/1

5(2) S -1-2
9V/62 59 7/38
AUTHOR: Speranskaya, Ye. I. J
TITLE: e System PbO-GeO Si~lbma PbO-GeO
2 2)
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khiln,icheskikh nauk,
1959, Ur 1, pp 162 - i63 (US---R)
ABSTRACT: The investi-ation of the system FbO-GeO describ ed in.this short.
2
p
commihicaticai was carried ~ out by, differential
thermal analysis. The diagram of the phase~~of the systems
PbO-GeO was plotted according to data obtained by the
.2
heatin.- curves of thoroughly annealedialloys..- It was :stated
that 5 compounds are for-med in thesystem: PbGe 0 -PbGeO'-
3 7' ; ~3'
~
Pb',Ge 0 Pb GeO Pb GeO (probable,composition).-dompobl-
5 3 3 5; 6
tions with 45-100 represent read i ly:,Mob ile ',and cry~talli-
zable liquids on melting. Compositions with.45-0%,-aie
viscous alloys; however, this phase:is not.alwaysequilib-
rium. There are 3 figures and 8 referencest'4 of which are
Card 1/2 Soviet.

5 (2)
AUTHORS: Sper.2~a~Ye. Barokaya, I. B. so~/62-59-8-311/42~:
TITLEe, Germanates of Bivalent Copper
PERIODICA1: !ZVe8tiya Akademii nauk SSSR.:Otdeleniye~ khii~icheskikh nauk,
'i959, Nr 8, pp 1495-1496
ABSTRACT: In the present paper the investigatiow4i and!coliection !of,
an acid one
experimental data on systems,of 2 oXide,42 aibasic ands
are continued (Refs 1-3). The system CO (;06, 'with Thai',
follciwing copper contents: 15, 25, 33 i5o ~69 thejntei-'
7~ V, i . ~, 7 59% and'
relation of phases in the systems are investigated. The reaction,
was carried out in a platinum ciucible and. ilia i subatai2aes
o'btained were investigated theraally. ~nd 14a otegraphically.
y: ph
AnalysA.s data are compiled in tables 1 and.'2,' The reciprocal-
effect of CaO and GeO began at 8001: :at 1000OL'no ftXither! changa
2
of the system could be noticed. Copp4rmetagermanate CuGeO was
formed. A short description of some~ roperties of the,compound
p
given. There are 2 tables and 06 references!'3:0f which ar Ia Soviet
Card lt2

I
Germanateslof Bivalent Copper I ~SOV/62-59-8-31/42 I
ASSOCIATION:
SUBMITTED:
Card 2/2

ROTKOVA, S.V., starshiy bibliograf; KETSATUNITAN, I.A., bibliograf;
TAHANATW, I.V.. akademik, otv.red.; TROIM, V.G., doktor khim.
nauk, nauchnyy red.; SPIVAKOVA, M.K., red.; PIMIKAY, F.K.,
kand.khim.;
doktor khim.nauk, nauchny7 red.;
nauk, nauchnyy red ; DETCENAN, R.N., kand.khim.rpuk, nauchnyy red.-
iaASHILOVA, N.I., ;Iadshiy nauchn.sotrudnik, nauchnn red.; B(LISUP.
KOVA, N.K., mladshiy nauchn.sotrudnik, nauchnyy::red.;;,KASHINA, RiS.,
tekhn.red.
[Chemistry of rare elements; bibliographic indei,of Soviet and
foreign literature] Khimiii radkikh elementov;'!biblibgraficheakii
ukazatell otechestvennoi i zarubezhnoi literatui'7. "Oskva, Izd-vo
Akad.nauk SSSR. No.l. (1951-1954). 1960. 418~p.
OtM 13:11)
1. Biblioteks Otdeleniya khimicheskikh nauk AN USSR (for Rotkora).
2. Institut obshchey i neorganicheskoy khimii iia. N.S.Xurnakova
(for Tronev, Perellman, Speranakaya, Deychman, Bashilova, Bolshakova).
(Bibliography-Ketals, Rare and minor)

5(2) S/073/r,9/005/02/029/045
AUTHOR: Speranskaya, Ye. I. BOWBOO611 1.
TITLE: Structure and Character of Lead Germanate~'s
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960# Vol 5, Vr 2, PP 421-432
(USSR)
ABSTRACT: It was the aim of the present paper to. investigate in e t a JLT
the system PbO GeO and to plot its phase diagram (Pi,
2
Table 1), which has hitherto been unknM!in. The': authorbased.
at~ 6
-ation on the assumption that..d, -a; 9f, thi s -systeim,
his investiG
which is more easily accessible to, investigation.. Might! J)e -"6f
~
tal
considerable value for silicate chemist 'y. Thd~ experitien
ry
;
.
data are shown in the follo'w~-.- diagrams- ands tablee.: f4,--
oil
ures 2-4 ~- heating.curves of GeO 21 PbGeO , P- n d, Pb;rGp r;,
3
tables 2 - data,of Debye patterns of Pb GeO. Pb"Ge 0
-4
and Pb Ge 0 figures 5-11 heating curves'of mixture s of
9
3 2 7
PbO and GeO2 of.various compositions, f4gurd, 12 heating
curves of mixtures of PbO'+ GeO and: PbO + silo f Ig-a"n 1
2-2
Card 1/2 the same for PbO + TiO2; table 5 Survey of lead sil i catl e's,

Structure and 866/005/02/029/04rz
Character of Lead S/07
r;o~

Germanates
BO( BW6!~'L
B
Y
-germanatest -stannatest -titanates; and~wz-irc'onatas, th6ii,
melting points and phase transitions; table 6 ~,:'the structuT'e
'
tile periodic table.
of the dioxides of the.gro-up IV. elements 7of
The following compounds were found. PbGeO*-,, meltinG, point
7950, Pb GeO melting point 7360, Pb G me4ting point
59 5 e3
3
,
7380, a compound of the probable compouition Pb G60,. melting
6

int 05C� a, -~hor
and PbGe 0 melting po The u.,
point 745�50,
3 7'
draws particular attention to the compound-Pb:Ge 01191"-M- COM.-
5: :3
position of which is similar to that of barysllite,. wbich is?.
Whil!- a.tn 11ead oly'
not fcrmed in the system PbO - S'02 dat: P
silicates do not appear in publications, the polygermanate
PbGe 0 was found to occur in the system ':investiGated. Pdly-.
3 7
morphism was not observed in any of.the compounds investigated.
There are 13 figures, 6 tables, and, 21 re',erenbe:s,, 1 1 of .-,,Thich
are Sovieb.
SUBMITTED: November 15, 1958
Card 2/2

ACCESSION NR: AP4012448
exothermic reaction at about 79OC; Bij4GeO ~ilnj;60ngruently~
23, M03
~e of
at 0,23 - 3C, by,exothermic reaction at:882C.~ ki~utedtic'mixtu
crystallizes at 960C: compopitic;v!2_5% BipO3
Ge02 and B14(GeO4)3
crystallizes at C:
75~5 Ge02- A eutectic mixture of Bil4GeO23
67% of B12O and 33% GeO2. A eutect 6.m1kture.of'B1j4GeO2-q and
tetragonal iorm of Bi 0, crystallizes at 830C.: ~he metast-able~~phase
2
M with~'cubia
.diagram shows that reac ion of the hexagonal f6' Of~660Z
body-centered form of B12O forms one compound;`h '-A By,ex
--p ase
tracting the fusion curve 9f the monotrople fo M:' of bi~o3 to :Its
ordinate, the meltingtemperature of the monotriqlp~io gamma form of:
B12O3 was deter-mined to be 836C. ",A'.A. Rishchiklov carked out the
a ed out with P.k-Kozimin."
nalysis. (X-pay analysis) was carri,
4 figures.
Orig. art. has: 3 tables,and
ASSOCIATION: Institut obshchey i neorganicheak6 khlmii im. N.S.
Xurnakova Akademii nauk SSSR Unstitutw.of Gonel aiid Ina
Chemistry,Academy of Solences-SSSR)
2/5
Card _54
7

3 E
Id,i,e,.,., i
_iM
su
3TiO
In4
q.
sifit;t e
nPUTM74fiodlu
JhiEie_~'o a
I i
.3. 12,
nt M'
~6n
;~6 -7
0-,0,,B ',

11 uu w * 4 11
A rC -L-.& t F G K L W, r---
M 13 bi b m
Ad 41 ad a a'
j
the prvilessr adista of moodmi and bornrol. F N* I;r
Thsi it,
t-1111114160111 ill sallfille %lill."allivit wlk4 wwst kw illjft-OW14. llltralvollj~ii 111jectli4iii ,0, see.
kwileol ut of 111clithol Caused a fall of t)lmxl prvasure. while injwthm ittics aWarii-ty
z cmu%"I a %fight rie. bortleol rwwucing n Venter effect thin menthol.: Z Domeof has a
lostic effect "loll tilt- tirtwiti Aymum. The prev;sw effect of camish.stris misch Venter .09
than thm 4.1 rm-11111'A w bmi"A. Its the pre-wiscrof irstovictstiosi 1,v 1wrvicsi, cmnphm
tims not rAiw the lthmkl pgr~sttrv. vilde astraisalincMill hm~ thk rffvvt W. A, 11.
00
go
00
0 ~40
0
0-o
I is ad 0 j, 0 1
u Tt A, so is:
It 91 mIF tt it ess saw n edna
of 000 .0 0" '0 99969 00 0,00 * 0 06,; 00 0 C,0 0 9 et *I
IDT44: 0 0 0 0 0, 000 00 00 - e 000 0 0 "0 00 4 0 0,0 *9 0. 0 0 oi~

es 4 6 00090 0 0
0 0.0 *0 *#too,* 0*000;W
Is 16 it Is if is x v a M 3: a m JB Is v to 0 a at a At a
00
00
The Indwimmi of am Odko id 00 POIN up= Ow .00
00 r sm, hahms *oft 41 ow immumb.
Amb. ad. &W. (U. S. 943"',
OOS Ar-O~2J9-2D)(19W),--4)w the beiWal
00.8 upust " wkb au isolated P02 and pmbk
11muls, the "tbur finds timat dw Stivatim d Ow ft
098 glavids wbm A* pykfts is stiWAdOld WAth a% NGO'in
the timula6m
001, rat P by tbe nk obaffbW
.041
NaCS in*W oubcutarmw* dmo Out Pmdum suck WCjq,- 6
OOZ
tim. it is pustulated that the stimmulation cit the pylacus
00 j mucum whb N&Ci caums the fumla4m 01 a humlone art-
ing on the humfim &!amds. W. A. Perimic' oo
go-O
soil
too
of
0 ~!Spldl
04
x6o
-00
low
L eFTALLtOPGKAL LITERATLNE CLAMPICATtOft
94N
00
00
J.1
ad a a 0 1 W; 0 a is 4 2 0 11-8T
U "'"0"; 0 111111 w14 Pit its of On irdemon ijam' ' ' 4 ; 1. . I MT.
a 0 9 0 0 a 0 * 0 0 0 0 0 0 0 a 0.0 Wo 0, 0 9 0 0 0 0 0 00 00 04 ol !
::::i!ooooooo fee *00 0 0 o 0 A *Is 0 v, 0 0 0 0; 0, 0 0 0:0 0.000 Sio, oil

010 0 *4-000-f 0 0 0 0 0
0 0 0 0 0 4 0 0 0 0 0 0 0 0 0 0
U 1) 4 k"Uplibif UD Nil INUNP641 4VAJAh #.a
to 11,
FROC(SliS AkV VOC-P90TIS MDr.,-
The Iftle"Vlawasiship betwo" &M the
tNi.
T-W; I
pliv.i. did Ism tni"N11,41V 4 *01, awtuatism i8i'llor ca 44 M
"uni tilt Cfiurw Of the I.
I'VIN
t4btl~ at t6 Parathraid abob 6V wkjaw
11yrqpkyO" Pecds- - aw-* of "toy in the "Mrsal
ir dwreaw inithr
CM "Mtew of the whboat a 11v papki
I he wit hdnwd of C~w Wdziw* the pa ind fi Alowisq; 414010
the' tbr
PwmbYfOW gb-b, natwitbstand6g the zoo
lengthy (2111 day) 4ocdlwm4,aa.Cswgtsdjt (12 of
Ine a *9 a wbws HAS.) mahxw an AtI3 do*
trt&*Y whbi" 17-W bre - is, Ww"W "h1wip.
lame cowilkw's, Ibe at;A;IJP Grew am mawr th
An on the
third day, Tw priter4wcming Item
irm ni the
1(hurembil In dap withowit the hypaphyojis ji %carMy'all.
(--Ctf4l durivis W. A~ P.
a
lee
we*
&%*.ILA SITALLVOGICAL LITINAUSE CLASSWICATIV4
1 -30-
V Sj dj A, 49
1 10 ed a
u is AV 00 is tv (f K a It It a K tt a"H'i M,
t1a 000 Of 0 or
00
0 r 00 0 00 0 0 0:0 0 0 161 0 0 *n
0 0 09 00 to 00000

- - .. . W IF UP W 9 v a 0 9 0 a a a 9 9 a mi .a Fu 49
011
Arhlffidks~ s!! Samoan a A&& 0
7l! 6 o
o
o
o
0
0
o
o
o
It 111010 0 4 0 0 0 0 0 0 e e a- *- *- 0- @-
1*
"1
?
s
A E F G t
t
o l
t t
,
t
p t
# l
t
21 3 14 23 h J
!! 1.
--jL .r K I_L- '
? is )l , W it I.- u14 39 k V a a at I J)
1
J
L
.
;.g
j-
.401.1 ___
- C~ - C"at*i
G" tim ~~a c E
l
o '
n
n

-00

The Issmuce iii the p'ithiltary bodr on the Nitcoionlili of
.00
the fly". 1, H. *4
JAY
ivr: Chem
W
i
v
PN'
.
'
11121)
tk
1
11
h
l
i
Fi
k fi
l
v
I
1190
11
f
1,
-
,1w
m
c
lo
ire
.
r.
i
os
rpsty.
: c
it; a
.
~
emmilliodi"11 Ili 3 thilix Ifout tothich the pilt4lAry IxtoW full
lvrn rellitivell %evrial lumiths before. All :1 a'dinalmiAlt'l
1
00 ': i 1thAtthe
within 24 bts, aftet the operation. Itisamull".
00 removal of the pitultary tied an Injoricu4 effect on the Hytt,
4 the %ishirct k intlicatt-ti
lber atittl
n1thm
h hi

0 .
r
a
y
M. 0

o 0

V 0
Zito

Ji
46

too
0 11 S L 4
ti
I- OY
u $1 143 11 r I IF
JA I i I N d: 4
~ vg 't It 1( it cf
-0 0000111110,00 0000111111000060609 0 0141 0 0 *0
9 00 wgolf
~
40000OW00 6009000900909.~0 6
04'e-Gove'o-O ~0:0 '0000000i
:

~*0

A- t C N I a L a -a- 1 2 IL

00 A
.4

00 a
1 2 latoodual 4act"on in dope with Ikk difuld. L. 0.
- M
d I'
11
l
M
k
N

02
uv an
U
,
t r
.
.
u
mid. expil. Cktav.
00 4 Itnir. 100. 1"VID.-Four dogs Wert used as rXPIL animals.

'
00
I hr intestinal secretion from an k4ttstInal loop Isolated
(lie method of Thiry-VeMa wa3 cxamd. after mcch.

0 ~cui- stimulation (with a drainage tube anti by flushinj
wilh calonatl) both before and after the establishruent of
0
0 auLcklistula. The secretion was tested for cnicrokulase,
see
006 V amylast, invtrtaft anti lipsm.: It was shovon that in can.
trast to a milir and bread diet, a meat diet had a marked
000 timislasing effect on theserretion in the expil. ani:ixak-,.

00 '1 T%C Cowen. of the wMaysma oft I'befa t1wappow-
! 1
'ji sure cd extermal symptmas of meat pnimm&g.
00 11A. G. Moore F ZO

40

00 400
Boo

1-L
I
A a L A .11ALLUACK
f
AL UTEPOURE CLASSIFICATIGO

S GOO

M.; ......... .T
90)04-~ .10 O"V car 4,1514at MIII air~aft' All

U a AV No as P t" I",
, I P Ir
; JI r 'q " , a , " , limp AN II a ft ie a ;I ;v W~ 9 a 4 0 W
;' "
"
000 0 0 0 0 0 0 0 00 0 0
0 0 0 0
9000091
a e 0

-9-0-0-0-
0
- ei!k 0 0 0 0 00 0 0 0 00-0 w 0 0 0 OW 0 9 0

V - UP - V W [in. V,IWIWI~Irll F-111111-~', 1~1-- 7
0 0 0 0 0 00 1
0
1! It 1) 4 It 16 ly to I'l ju i1 41 43 4d 0;&6
A
00 4
--PPOC1011, AND FIRP1141144 1418
The ittitsthin of the reelpfocal
00 A
pituitary body and tha rttth told stands I N, Spo-fau,
00 Bu 1. 1,~ MiX "Pit:
1'"0. 1, 2,480; cf. C". if. Sli;
tl%&~Tbe Ca content of tile blood sertun of hypoph
tomized dogs ohowecl no variatiomi from the "Ornid.,
floweve hypophyiectotnized. dogs front which (he Omni,
I byroid glarcii, had also IK-en removed lost completely the i
mbility it) maintain the "mat CIE level in the blocid, Vili'll
though tfwy rectfvrda suitabirdirt. Inthecamult""
00 from whirls (lie parmthytoid Si2tids but nut the pituitary
limit been relinoved, 2-3 da)s after alimentary miduunilitr
tion of CIE had bren di-scoutinutil Illr C2 ICVC1 Of Elie blouil
,Tuns rose to high values, after which there %a% a dectraht N
00 in the Ca content of the h" s~rujn and attaeks of tutmov q
Undcr like conditions the hypophysectornized anintals t~:
actrd very rapidly wi It attacks of tetany and abrupt de-~
cteases in the Ca content of the blood serum- Expis. in
'so tilyroidt-etconlittJ dillit land to hYPOPhYxt(IIIIIAnt d6ax
showed likewise that the liffirtlillits fellIllittinill CS mclalm-
als, This Ir" nIL--
lisn, were distorted In the latter anilfl
&bown by thim
pr,~ss"! in the more pronatinceil reaction
clogs after administ ration of the "lWathYleowin."
olp~ervations xiahstatitiate the assumption that a dint
tion of the pwathyroid function take* place in the
J hypophysectornizird,aninials. This is in agrecultat
will, tile otlservatiorls,of An4eltultio and Hoffmann
are formed
-cording to whom "stimulins"
A. 31, 44U3) lK
ich regulate tile. functioning Of the flar-A-
in tile pituttary Will ; , . .
M. 0. Moore
'i
th-, dikA,
A a S L A PETALLURGICAL 1-t
too
W7. V
in
00 1 Fs it It I JIM An I S. a nd 0 ;% a .1 9 so
IV IV 1, OP 01 it a pt it It
to 0 0 0 0 0 0 00 0000 0 0 0 41111~ 00.0 6 0 0 4 or j.
0 : : : 1 -0 * 0 0 ~g
ov 00009.0 so 0 0 0. OtA 0 0; 0 o'o
La

0 0 0 0 0 0 0 .. . 1 0 1 11 . . . - - - . I A
0 0 0 0 0 0 0 0 0 0 0 0 0 4 4 0 0
Sul I if is it so it Is J! If a It 14 If X m 411911 Mull It 0 9 91 a ii #A
" - * P~ $-,i -ja
It, I - U L, l! --A- J-1-M A -m-m-It I
00 4
luacti-DiNg Of
liver. a. Svisawsis of initfurk tobt by bypophyarc-
tomiz*d 40.1p. F. N. nAay&-&eP*nOV-A,
1. U.
and Inrceding alltr-In'Paired liVvF
1J. A. 35, 741M.
riniction folliming the utx)vr tnwratiost wn*rvlxwtrd in tile
00 pirvif"IV Imlirr. '11114 II-;lJ4 to draill withill a few In*,
tinder coudifiens re"111141118: romplele falliffe Of Ilvrr
go
activity. In the-ceitilts. dop were Oilrvrfl, except (Grzo)
40 cc. of water, *,,it IS fos. More the o1wratim. llydru.
00 q
00 41ninme ulfatv w-w given in 1 dows, :1 hf%, ap&Tt (totitit,
4.;, :ill Ing.All, M.) (At the lit%t dAY Sifter 01irfittioll. : The
00 'Jillic lytril rvrty 21 furp, f,w touil S. Imaind Ii, S
3~ 4111, 1
2c, .1111 file rallu IRK11111111,101 A NOW11101 crved
0* Will Itich wid Without hydru(juia"fic sulfate. dilbough ill
liv,114willmolle Intake C011,041 a '21-s-fom ilivreck'O ill tile fill'.
VAlirmi 44 Ilinaly Cowl and Illots,4114.
00 vtatetl twl show rd ill
00 A 11061141(flial VAIffrq (Cor r(hreril sullairs- obvion.1j, #Ile
detolliCaling ability Ili the liver WaN 111111,64M. ~Aftqrt
howedalclardalkliol i
s
S conjugation; liver function was affected to a differe"t
drVft in different animals. ~ The ratio of the t)ouhd, to
goo
wtal S wall between IS and 21%. One dos sholved 4n
increased synthesis. the ratio in the urine having ri" to
41,70; however, this was clue to a hylkifulletion of pord-
'hytiAl ItAnds (wany). 16 another vwv~ tile ethri"I goo
milf-tic. felt mimmially Inw, mWnit de (If. 14
-T 45.,
9 v
L a nd:
5V tv 4F m a of a Pt St tt It t[ it 09 Odw 4
0 900 00 .0.0 0 0
0 0 0 - ~ 0.0 0 09 0 of 0 0 0:9 0 0 : :161:1 0 6 0 -0, 6 0; 0,0,40 OA

w w
01
_.i
IoIW!UdizW and tr&nsv -Wuteof
Physiology of arse muscu
-Ph- -"I of
small intestine Analysis at two
adrenaline on smooth muwuktur~ of tba jwtezdft.'~ L.
ZW.
00 ist"I H. X. SIX"n Fis
40
ijitetiOn Of adfrnAline into de
embrated cats, In a 34* thtermotdat with 1kinow"clCiLt
00 Solo.. gives a mom defined fi-W 01 the muscle tong! ants its-
00 tensity tA coutractiamu. precedW by a drop of tanh amui-
I fcstations, in the tonfitudinal muscles than in the SrAns-
vem Museks. JU two-step reaction is -C destroyed by
ftnemitIon and is indiependat of dnw coucts. Aetty 1.
00
cht)[ine and ergotatnine enhance this action ot dretudioc.
00 but stropinectmatemetsit. Theperiotfolrepre.,ml
so Cie activity evincides with'a rise of bhuml ltrir"urc.
0. M. KUWAUI~Itf
00
it-
Ji T
0114LLUCCIC-1, UTERAT%.,Pk CtOUPKA79CO
FW_
U SS AV LS
'110
P 0 It (V A( K it ft U 9 It tt It M KW ft I Its to N
0 0 0 0 0 0!* 0 0 so 0000 00 a 0 OV 0 000 0 16 6: 6
0 41 0000 00 0 41, 0 i0 0 * 0 016
-00
.0
I-so
.00

0 0 0 0 1 . 1. vA ~ 8
0 0 0 iferl"-419 0 a 0 0 0
91 19, M t$ it 16 L-11 oil up mu m1olull 114) is vo
77;
A I f --- it IL - L. 'I -jI, A 90 At - t- Ji., c-L-1 --A.- li__~ 4 1 ...M_ a. _jL
o P.Pff-W. .. -_.__.._____.1-- - At,
-c-CEMS ...v -Rcot."Cl. ..Vg.
00
00 iialradectim of evic"a
c on at red" vdmNddmm of on
00 A M-7 @Yom=- V~
Yu. Diticubov
Sri,
Leningrad). F"id. Zbw. (). ftysiol.) 34, I_W-vi
00 (no am
*All.) into rabbits VIAM) cw cuts (btw ether mar
all
09 cosis, followed by atim) kramils to temPararY dregi'
00 C of the rellex rcactim of loot I" the blout! prrsum. on -0 10
%thitillAtiOn Of thit Mistral Cnd u1. thr, vaimi or 'I"t,4tww.
of scuall an". of atIMU&N,
W Wa
00 =M. svv a drW md the drpFrmw fractioni
00 see
110Lcti,", Of the Shwumme mda. always %hAFPIY incrtir-ed the
00 viaor Oil bran coutractiam ow hNsrutly immamed
the
rhythta; bloml, champs are 'U"Att or stment'; llj~
00 it-C0011% Ill filikIlike fWk"md by sifirr"hir. thrq diia
0o tt~, at .10 40-min. Intervals, kJ tit AAYjJ tIrUP 44 111401*1
t Fee
fu 36 mpot ic appears to be related to tbr chwW of t he
actional mte d (be nervom a*%ftin caused by intrudw- *041
4
tiontilglucupte. Wimradwflum tithe, autamlic recurdi
am given. G. M. K~aoljipoff
1 40 0
Mev
zoo
%
too
A I o I L A bilAitURCKAL UYINAUM CLASSIFICATI ON
ti
_45-
16 u n 4, to i a Its 0 14 0,
allittis( wit Pit[ occca it of a
D o 000 o 000 41 9, 0 W 0, 0 00 0*0 0 9101'',
6 0 0 o
I: N 0-04 *4 64*9~0
0 0 0 0 0 0 0,0 0 0

- - - - --
'10
, y . 11.

, - . .1 .

777
47 Tr.

kAVA A'~
z

-"q

t
p
i i'

~~I V91JI11tion of ppeesseq a ii* o
tin C.
S
S
'

.R.
.R. mrm!gy. F.
*
-
~~
iii
6

i7- -
S
-'
i~
~~;;i 7
t u i
onof
,6
a~ff
pAth~
s3 6ij I
dli
Fe,
pa

rs,
iipd of sympathetk ne5ves It.
rskeje.W itml Pe4
mt mv chorlii~cme dcti*jiy in'-xI=aI6oatnhiY!M1I4
0
'
'w
W-
I
i
i
b
l
T
lh~
: -1
1 --I, ,,
.: %:

1
as I
VC
ms m por
sj.'
i
61
m
.
s
ed isr"ed to
~
Til
jutiar, F~s b-l~
.

r qj

v-

9PEMISKLYL, Ye.N.. professor,,zaveduyushchiy; BYKOV, K.M., akademik. direktor.

gnaw UMUMam
)SMI/iMedicIne Physiology FD-934
Card 1/1 Pub 33-17/29
Author Speranskaya, Ye. N.
Title Nkthod of establishing Eck-Pavlov's venoui fistula in cats
Periodical Fiziol. zhdr. 40, 354-356, ~~ay/Jun 1954
Abstract This article describes a surgical operation on cat.s. whereby an:arti-
ficial communication is made between the portal vein and the. vieinal
cava. Cats endure the operation well and if1kept'o'n' milk and,bredd
diet, after the operation, they.can live for;several months.' Eck.!-
Pavlov's fistula is of great significance in!the study of ther'func~-
tion of liver and the role it plays in physi9logi6al reactions of:
the organism. One Soviet reference.
Institution. Institute of Physiology imeni I. P. Pavlov,. Academy,of Sciences USSRJI
Leningrad
Submitted June 10, 1953

WISRI Biology .:j
Physiology

Card 1A

...'Authors Baranova, N,,F lHelikhova E.s:F'-!and~Speranskq-

Titl t -
i An
lt
flek l
ti~it
b
f th
nd
n
;r
Di
t
e a
e co
i io
e
ur
ance o
a
ac
s
y
of EKK-Pavlovs' compound
it
Periodical
r:d 1j:1181 -184 july i95
Dokl. AN SSSR, 97

Abstract 0 de-termiM-the-eff dtd t
Faperiments were- c ndiidt~d ow 6 ~el;- ,
_
_
-
i1
:
'

vi 'comnou*nd
n-__th
e-;co AdAion
EKK PaVlo
v
Atire ex
o
pplication of
J, F
activities'of the animal R, 1 &~phsj our
es s::.are;:snovm in
s.
,
references
;is

.-Institution -Acad. of Sc. USSR The I P

Presented by Academician K M Bykov-.-A ril:12,~-195V:,
p

F:.

1 1V1

USSR/Medicine Pharmacology FD-2799
Card 1/0 17, 1119
Author Baranov, V. G.; *Speranskaya, Ye. N.; Tendler, D. S-~
Title Effect of small doses of thyroidin on the higher nervous
activity of dogs.
Periodical By2ul. eksp. biol. i med. 6, 3-7, June 1955,
Abstract This article covers clinical and experimentalistudies of the
iffect of the cerebral cortex and subcorticall1formations on
the activities of the thyroid gland, and of changes~in the
functional codditions of the latter on the activities of:the
higher division of the central nervous system.,. Author admin-~
istered thyrofain to dogs in doses small enou& notto affect
the basal metabolism. Results showed that, even in small doses,
thyroidin affects the activity of the cerebral cortex. This
made revision of the problem of the,physiological limits of the
thyroid gland functions mandatory. Data obtained ciosely paral-
lel those of V. G. Baranov and V. M. Dillmyant'obtaiii4d. from

atients with hypothyreosis after use of.sn-114oses~ 'f thy-
p
roidin: decrease to normal of sharply increased cho'lesterin

SUBJECT: USSR/Medicine 25-5-9/35
AUTHOR: Speranskaya,16.N., Doctor of Medical S
clono
% Professor (Le-
.
,
n ngrad)
TITLE: The Nervous System and t 9 -Endobri 1 do
9
(
;
~
9
;T
(Nerrnaya sistema i,~en&
9
4
1
rinnyye.2
Z
PERIODICAL: Nauka- i Zhiznl May l057P'No::59-'-P'p.o2l-23 OSSR)"'
ABSTRACTt Man and animal die..if-thiir body:organs fai.1 to adapt then-
aelves to the changes ift,their surroundingi* Two physio-
logical prooessest though differing from one another, or*
closely related:. the functional alteration* in the organism
due to the constant external changes and the effort of the
organism to regain its former condition, i.e'. iti.
'~physio-
,
logical equilibrium".. This is possible by the reflexes ofthe
nervous system and the irritation.of the in
ioror1464tors,
,
sensitive apparatus located In.ill organs*aid-tiiiuse inside
the whole body. The main regulator of all bodily.functions'
is the nervous system, which.controls the oigans'!of'inner~
secretion. Various kinds of glands produc*ibiolbgically very
~
active.substances hormones, which directly
;gotlln;to the'~
blood and lymph-and in thisivay into the whole body. If one
Card 1/2 of the endocrine glands is disturbed, thel'unctioAs of the
- -- - --- ------

USSR/Hum.n and i^uAmal Physioloa, - The Nervous Syste m. T
Abs Jour Ref Zhur BiA., Ka 3) 1959, 13157
Author Speranskaya, Ye.N.
Inst Institute of Physiology AS USSR
Title Influence of -Passive Motions on Beflex,'Contiactions of
Muscles of Contralateral Extremity
OriG Pub Tr. In-ta fiziol. AN SSSR, 1957, 6, 114-1122,
Abstract In decerebrated cats passive flexion ofithe posterior
leg at the knee J:)int usually inhibited contraction of
the semitendinosus of the other leg vith irritation of
the cutaneous nerve; sometimes contraction,;:onthe
other hand, was reinforced. Passive extension of the
leg at the knee jq1nt more often stren~theued1he~con-
traction of the semitendinosus and rarely inhi~lted it.;
The direction of the reflex teaction ditendeA on the
Card 1/2
98

I-- - . f - i -1 1. .. I r, . -

SPRHAXIqKAYA,.Ytjg,, prof., obahchiy red.; NATAROVA, N.V., red.izd-va;
VASILOYEVA, Z.A., red.izd-va; ZRIOW. M.Ye., tekhn.red.
[Transactions of the Conference on Problems of.:the Role of..
Neurohumoral and Endocrine Factors in the Activity of the Nervous
System in Normal and in Pathological Conditioni TriO-BvWftjhs-
-njI&.po-.vaprosam roll neiro-gamorallnykh i endokrinnykh faktorov'
v deiatellnosti nervnoi sistemy v norms i patologii.;~ Pod obahchal
red. B.B.Sperenskoi. Moskva, Izd-vo Akad.nauk,~SSSRV.1959. 241 P.
(~IRAI 12:9)
1. Soveshchanlye po voproiamroli neyro-gumorallnykh,i,:*ndokrin**h~
faktorov v daystallnosti.nervnoy sistemy v norms i patologli, 1956.:
2. laborstoriya fiziologii zhelez vnutrenney siscrets IiInstituts,
f12iOlOgli iM. I.P.P8Vlova AN SSSR (Laningrad)~(for Speranskays).
(NERVOUS SYSTEM) (ENDOCRINE GLANDS).