SCIENTIFIC ABSTRACT PROKHOROVA, M.I. - PROKHOROVA, V.A.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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USSR/Madiolne Nervous System, Injuries Jan 48
and W-*wunds
Medicine Carbohydrates, Metabolism
Carbohydrate Exchange Due to Injaries to the Wervoutv
Q,System and the Role of Individual Organs," M. I,
I
'-Prokht;Nrova, i pp
z
-14
r_"Veat Leningrad U" No I
Sn-Ary of thesla for degree of Doctor, based on ex-
perimental. data obtained from angiostomatized ani-
mals and over 200 patients in neurosurgical hospItal.
Pays special attention to role of lactic and pyro-
raoemio acids. Concludes that despite the extensive
changes taking place throughout the organism due 0
low 4/49T65
USSR/Medicine - Pervoas System, Injuries jaa 48
and Wounds (Contd)
injuries to the nervous system, no pronounced blo-
ohemical changes were observed in the blood.
4/40T,65

(- A
I/ / ,I
~ 4~1
The Tate of pg~~ acid in the animid Organirm~~".%l I
Prokh."Mc , ". Sn~rmewwl Bid. [A-lv~ - m
%IAlrtji 1W.) 28. 20-01 KV)919j.--R,-vm-w c4 Im- 1-m-
try of 1. ytllvj~ acul agul A fli-ti-val td
-ith imoty r~(vtvncc,. G. M.

Pyrotartaric acid uchainge in isolated organs. M. I
Noklitituva (A. A. Uklittint.kil Physiol. lust., LeninpAd)
7'rQi ltiimgmd. Obihhe-shu bleitrimpytaeki, Otdrl
Fimi. i Biokkim. 69. %;1). -1, 185--2t)IKIU.'vii).-PyrotArtatt%
.icid (1) wa% dctd, in arterial and venous blood, And in liver.
kidlicy, inteitine. brAin, will muscle I)( mrixit"toutized
tc,c Allillial. Wore And aff'r III jcvt ilia 'uhruallut, w himilill
14-11111it Sht)* .1 hCjWiC IrXlIlt11l4WV flInCtiOll 111HILL1 tit th.11
hx ljl4x*l migar, but mijwlt- usid kiditry almt urlicil'ar it,
IIIJIULlinlog I 14t its IIMIIIAl level ill tire )14"1. After
admusilhir (0.15 0.2 ins,/lis ) is inirctird suliculancouslY,
arterial and venous World generally allow a ifiglit rise (if I
tit the first 441 min., then a drop (1-2 firs.); lite artrall-
,rimus gradient increacs. After insulin t2 units/kil.) I
dwicaw.~ in the first 411 min.. theit riws (1 2 Ins. ). with ..
gicater irjume in venotis thAn in artaiAl blood, Slud muwlc
bt,gilli to rclcA~ I to the bloo,l. Both inmilin and adrenAline
reful (" hlk~cw- (11'. regul.t-vaeti"ty of Int-it, f- 1.
lulwo F Smith

C-4
Distribution of pyrotutaric add betisen plasna and
blood-forming components. (A. A,
1*khtmuskil 11hy%iol. Inst.. Leningrad). Trudv Lemix1rad
)h,h,h-tm Ettritreispylteki, thdei. Fuwl. i lb~khswt. 69,
~;- .1. W.- IX 1950). -Caisiiiv rrytht-vt" Atr ficher I lami
I., ill I.V I "IA: I At ICA, I. I ~NIU-111.41 C."m ... 1. Ighl-
iektAL,- 125 X./Ljg~). AIM itijectimas W pyvuvatc
ing
alecte-v the pyrotartAric acid eontetat of whole bliukt. Thr
Kre.ItC't challge oct-urs in the IOIA-qlll;&; (lie level mm4its.
lIcAtiv 4-4,114t. ill tile rrythtocvtlm. fuli4n F. "Illith

1. N. !; FAC-19iGiMIA
2. U333R, (600)
4. Carbohydrates in the Body
7. Use of carbohydrates in the brain during iLs various phySiolo~-4cal and
L'-
pathological 3tates. Nauch. biul. Len. un. no. 28. 1,051.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

T
1. ~-'. I. PACKHWOVA
2. USSR (600)
4. Carbohydrates in the Body
7. "Carbohydrate riba-tabolisin duriag, trauma o" the spinal cord. Nauch. biul.
Len. un. no. 30. 1952.
9. Monthl List of Russian Accessions, Library of Congress, AT)ril -1953, Uncl.

KAZIMIROVA, Z.N.; PROKHOROVA, M.I.
Significance of Angiostomy in the light of I.P.Pavlov's te&chiags.
Uch.z&p.L~z.un.a9.138:3-14 '52. '%KLu 9:6)
(HMD VESSAW-SURGIMT)

'PROXHOROVA, M.I.
Metabolism of pyravic &ad lactic acids in experimental liver
disease. Uch,zap.Lex. ux. 20.138:38-54 152. (xLRA 9:6)
1.1z Laboratorii obmena vashchestv imeni Y**S.Loadoza Fizie-
logicheskogo instituta imeni akademika A.A.Ukhtomakogo i
Leningradskogo gosudaretvannogo universiteta imexi A.A.Zhdaneva.
(1ACTIC ACID) (PYRUVIC ACID) (LIVIM--DISIASKS)
.1

FROKHOROVA, M.I,
I.Setic and pyruvic acid content of blood an affected by various
Agents. Uch.zap.Lon.un. no.138:55-70 152. (KIRA 9:6)
l.Iz Laboratorii obmena veshchestv imeni Ye.S.1iondona.lPiziels-
*gicheskogo instituta Imeni akademika A.A.Ukhtomakoge i Leningrad-
skogo goaudaretvensoge universilketa imeni A,A.Zhdamova.
(LACTIC ACID) (FMUVIC ACID) (BLOOJ~--ANALTSIS 'AND CHE14ISTRT)

7~
T
conton
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:s
Of
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-a Cal.,
-C;
t Or -
P 0 C' -
017 7cn
-Loc-:,
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-co'
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So

1,41
V
..o-111rain-glycogen metabolism. M. 1. k1rokilorova. MCI
Win. - Xervnof Sislewsy, IrdaJel. A-Rod. Rank Ukr. S,S.R.,
(Kiev) 1954, 87 Khistt Biol. Khim..
-97; Referisf. Zhur
bim, No. 410).-Studics were niade of the glycogen (1) of
the brabi and liver of whitemh. NaHC11Oz(l1)orAAnilxt.
and CA'
Of CA A-ShICOSC (III). -sucro5c (IV) were injected subcu
taneo ified tile ability of the liver to
CXtty~ AA Fxpts. with 11 vet
fix degree c1cpenditili upon tile nuit. of preezisthic
1. The ability of tile brain to fix CO, could not be aseer-
-tained, due Eo'the possibility of the Inclusion of C11 in I of
tile brain emanating frotwthelivrr 111. After tile injection
of III and IV the sp. activity (A.,) of the C of I in tile liver
increased, reaching a max. ill - tile liver in 1-1.5 hrs. and in
the In -2 tirs. A., of the liver timue 6 many times
rain in I
-in that of tile brain tLi,%ue. Ao of the C of I of
greater tio,
the liver during the first hr. is somewhat greater than that of
the brain. Two lirs. Later tile condition 6 reversed. The
braln exceeded tile rate of re-
rate of renewal of C of I of tile,
11twill of tile fill[%[ C' of tile ])rain, In sonic in4tances being
Q-60 (lines us great,
Is"' MM7- 77

j t"h, ate mutaboUni of rierm-il brain, Frok.
Cart
burova. Uck-)jya Zapishi Leningrad, 117
To.
16., Sc- Diel. :Vauh, N -7&
(1051); cf-A'aut/s. Bytill. Leningrad, Gosudarst. Unio. No.
carbohydrate metabolhan was studied by
arieriovenous differences In sugar, lactic acid, and blood
gases. Su-.ar, lactic ncid_CO~. and Ot of blood flowing to -
and from v'm upper lotigitudblal shins. without txcitztiarv
of the anlinal were oirrkij out, front 'I, niantlis to ovtr 2'
ybLrs. Stigar content bf arterial blood nucluated Ifoln Do
to 101 mg. %, and wan lower (45-86 nig, PA) hi blood'flow.
Ing away from the bmin, the fluctuatkii runge beit
SK greater
we excitable dogs. In .the nornial atutj:4 hrxin.
for Uic int
tLsed 0.0-15.U nig. %upr/IM in], blood, av. 8-9 nig./100
-12 mg,
rul. blood. Sugarfluctuatloit was 5 0 for shcrc timc
11-3 lirc The bruin kldcd 6.4 ml. C0.,11.00 mi-.
intervals of Y
inflosving Wood. Nonnal brain reipiratory- rps-tient
usually rangtri frow O.W to 1 95, the R roximated'
indicatitd-
unity (av of 65 detns.). - The wi~c rung". "u, uus pro
that metabolism if compAs, in the braiii ins a cout au

Ft 1, FT
:rpp Cully P!V!%Gll 0 X111-
02 hidleat.?d that 1405t of Elie
c colmumo I'm with C
-gluec~w ij ox%dj:,cJ io COs in the brain. - Uwfle i;cid valties
nf biwil fcr d W, ier t dup, 1,arficularly of tim nivre t-xciaablz
mQu W1.11
lu.-tualtif xi~catly; th~ arteriuvtmotm dil rt
nut rorst., unwisit!ng l"uently to :L-1.0 inz. which
could b,-- (lite to expd. emr. Tilt: briiia at lbari ittains.

avd then givrers up, lactic acid. Variab -oi lactLi zdd
hiq
tncUjolimia !it. t lie brain Lan bt- lIttriboted to variabiltv in.
.
tiT.,
of-b motew1k) frx givial.tillic III
'(h mi erag

nil-biml -flowhigAbroit vol~tloa:
ilt b6fit tfsiu4j-thc.CO. e
h~ Comparb I , f
beitir. OA
glucose consum t ort by tjle~
OdevntutlQa or rc-
R.Wjlt~
U~t a4w1d; initte FFxi iztng- OrCk-.eS$ti.A
tenti.. of th OX i
for ijut lcsg thall 80-1 i'darbohydrafe'coit-
jecotm
o
sllnlpt!on. -
Qt.3 ton 11. Folml

FROKHOROVA, M.I.
-
- - /. - .1
~ciirboh7drate metabolism of the brain under normal conditions. Uch.
zap.Len.un. no.164:362-376 154. (Y-LU 10:3)
(CARB611YDRATE METAWLISM) (BRAIN)

'LA study of the Intensity of renewal of glaco" and Itlyco-
an in the brain and in the liver vith the ald of tagged cu-
&4) Unip.
0,
7, id
;bir.1sol. No. 3. 70~
't~~
k r7
e injL
White "d e V dioactive glucose, 1-5 mi-
g. of wL, 2-3 times during the expU. which
The mict were frozen in liquid
1 0,, and the bralas and liver% were removed, ground, and
'11&e data show that the 5p. ac-,
1 analyzed biochemically.
tivity of glucoft in the liver reaches a max. generally after 30
win. 4nd seldom after I hr. and in the brain after 1-1.5
hts. The renewal of glycogen takes place in the brala within,
i 2~4 hri. and not so last in the liver. Cakes. were made on
the utilization of glucose and relea5c of COt by brain, Only
5-10% glucose Is utilized for the synthesis of glycogen. as -
-shown by expts. with dogs. When the animals were sub-
-ney, the glycogen of the liver breaks
jected to an O~ deficit
down and its synthsis is reduced. 1;-

PT,
25
,
'

La hij~rtant musostamy Or tho study of the
2
0
rim-
*1
,hUge ct Substancts fa the brahm In chttmic me, cats.
M. 1. trqkhmova and Z. N. Karl=irova. Vczrnik Lmir,
if-
ad Ra. 11, No. 3, Srr. Rjaj. "Jo. 1,
"operatioss is described by witich blood mmple3 cau be ab-
xa
iuM At fiequent intervals from the luceWdinat sinus of a

i'dag's brain, , Tito-- sanic-afilmial 6dbc
audiod.tm&r m viz.!

Paiod., ValuestbrWod
r
y
jTT ob tt&d& 0*G-- ~ th eA -sa inples -a greed
-wen with-Valucs
411 tbe, llteratur,&..:,.
US
Fe

PROKHO . TUPIKOVA) Z.
If The Specific Activity of Cerebral GlycogenIncreases -vith t-"-.e
Simultaneous, Reduction of its Amount during an Excitation induced by
Phenamine." Paper submitted at 2nd Conference on Biochcmistl-y of the
ITervous System, AS IrSSR, IP-110 Feb 1957, Kiev.
Ttanslation 1122802

L 40 130-00
ACC NR, AP6016387 SOURCE CODE: UR/0300/65/037/005/0778/0786
AUTHOR: Prokhorova. M. I.; PepeTz~,_T* It; Romanovat Le So;.-Tumanava S. Yu.
ysio
-ORG: Ph I logical Institfte, Leningrad State University (Fiziologichebkiy institut
Leningr-a-d-sTogo--gosuciarstvennogo unIversitetai
TITLE: Gangliosides of the brain
SOURCEI Ukrayinstkyy biokhimichAyy zhurnal, V- 37, no--5, 1965, 778-786
TOPIC TAGS: rat, brain, chromatography, biochemistry'
ABSTRACT: Determination of the gangliosides In the rat brain by the thio-
barbiturate method at 10-12 days, 3-4 weekas one and a half, and 3 months of:
age indicated tbab the accumulation of gangliosides in the rat brain is cola-,
pleted at 3-4 ~meks oi age. The ganglioside content in the brains of adult
is an average of 0.15%, calcu)Ated on the basis of crude weight of
:the tissue. The brain gongliosides were separated by thin-layer chromato-
'graphjr into eight fractionsp ~&th Rf valuest O-kO5., 063-49 0025, 0-131 0o43#
10,52j, 0-67s and 0.71- Disialogangliosides comprise 68% of the brain
gangliosidesp trisialogang1tosidesj, ~ut ;0%, ind monovialogangliosideep
a.b ou,L 12% of-t.he tota.1, Orig."art. has* 3 figures and 3 tables. tiks]
SUB CODE., 06 SUBM DATE: 30MaY65 ORIG REF: 007 OTH REF: 041
1/1
Card

AUTHOR: Prokhorov, L. V.
SOURCE CODE: UR/oo54/65/000/001/0026/0020,
ORGi none
TITLE: Analytic properties of the form-factor in nonlocal theory
SOURCE: Leningrad. Universitet. Vestnik. Seriya fiziki i khimii, no. 1, 1965, 26-29
TOPIC TAGS: analytic function, mathematics
ABSTRACT: In previous papers'~iby other authors a study was made\~of the possibility of
setting up the formalism of scattering for the case of nonlocal'field In the pre-
sent paper a study is male o.k_fJFe_a_n__a1ytic properties of the form-factor In nonlocal
theory. It ic shown that the form-factor is an analytic function in nonlocal theorie.9
of a certain type. The dependence of the analytical properties of the form-factor on
the character of nonlocality is analyzed. Orige awt. has: 14 formulas. D-PRU
SUB CODEt 32 SUBM DATE: 18Feb64 ORIG REF: 003 OTH REF: 001
Card 1/1

KIIII"CIVA, Y.N.; STRONGIN, G.M.; PROKHOROVA, M.T.; KHORRI.OVA, L.F.
Ntermination of hexachlorocyclohexane b-y the J.noll~opri-
dilutlan method using chlorinn-36. Zhur. anal. khim. 21. no,li
103-105 166 (MIRA 19:1)
1. Chemorechenskly khimlcheskly zlivod Imeri Ktilln.Lna, Uz"r7,hlngk.

PROKHOROVA, M.I.; PENEVA, T.I.; ROMANOVA, L.S.; IUMANOVA, S.Yu.
Cerebral gangliosides. Ukr4biokhim.zhur. 37 no.5,77P,-786 16,
.J.
(MIRA 18:10)
1. Fiziologicheskiy institut leningradskogo gosudargtvennogo
universiteta.

LEBEDEV, V.I., prof., otv. red.; MORAGHIEVSKIY, A.C,., dots.) Otv.
red.; FROKHOROVA, M.I., prof., otv. red.; TRUTHEV, A.G.,
prof.., otv. red.; POZD7!31!EVA, V.A., red.; PEETROVICHEE',`A,
O.L.P red.; RATVEYEVA, V.V., red.; SKOitY11INA, N.F., red.
[Chemistry in the natural sciences] Khimiia v estestven-
nykh naukakh. Leningrad, Izd-vo Leningr. univ., 10,65.
216 p. (MIRA 18:9)
1. Leningrad. Universitet.

BESPALOVA, M.A.; 111",PNIOROVA,
Changes in 4he cerebrosde content in the brain diirinn,
I - I
various functional statcs of the aniral. Nerv. siot..
no.5.:3-9 164. ( V, 1 R-f, 1 P, : 3 )
1. Laboratoriya ohmne7a veshchestv 1pningradskoluo gosudarstvennogo
universiteta.

KULIKOVA M.N.; STRONGTNI, G.M.; PROKHOROVA, M.I.
.1
Determination of delta-hexachlorocyclohexane by the method of iaot-ope
dilution. Trudy po khim.i khim.tekh. no.1:56-60 163.
(MIRLA 17:12)

KULIKOVA, M.N.; STRONGIN, G.M.; PROKHOROVA, M.I.
Determination of the alpha-hexachlorocyclohexare contenz. by the .-so-,cpe
dilution method. Trudy po khim.i khim.tekh. no.1:75-79 163.
(MIRA 17:12)

PROKHOROVA, M.I.; SOKOLCJVA, G.P.
Effect of sr,:,,e sub:jtanc,7;s c-n thr, biosynthesis r,,' chol -.,-tezrol
and the total lipid fraction in the braLn of gf-OVIA1,1 -iO.S. Narv.
sist (Len-In-grad) 2 noOS5-11 162. (MIRA 17:7)
1. laboratoriya .)bmena 79shcIlOstv Fizinlogichaskogo instituta
imemi Ukhtomskogo Leningradskogo gosudarstverinogo universiteta.

PROKHOROVA., M.I.; TMANOVA, S. Yu. (Ioningrad)
Gholesterin biosynthesis in the animal b-Ays Uurj, oovro blolo
55 no.3055-377 Ky-j'e'63 Ovl-zu. 17:1)

STRODGIN, G.M.; ~UIKOVA, M.N.; FROKHOROVA, M.I.
Extraction-of the A -isomer
prikl.khim. 36 no.2:465-467
(Cyclohexane)
I
from h I6xachloran
F 1-63.
(,Isomers)
with coal-tar oils. Zhur.
(MM 16:3)
(Coal-tar products)

FROKHOROVA, M.I.; DAVYDOVA. T.1.
Metabolism of gl7c-,~6u, gl,,jco5e, and lactic acid in the ouscle, and
liver following excitation of the animal with phenamine. Vop.med.
khim. 5 no.5:353-357 S-0 159. (MIRA 13:2)
1. Chair of Biochemistry of the nA.A. Zhdanov" State University,
Leningrad.
(GLYCOGEN metab.)
(GLUCOSE metab.)
(LACTATES metab.
(LIVER metab.)
(MEJSCLES metab.
(ACETOPHENECIDIN pharmacol.)

UUTOMSKIY, Aleksey Aleseyevich (13-15-19/,2), akademik5 TERE-KIIGV, P.G.;
VENIOCRADIOV, li'J., prof., otv. red.; FROIKHOROVA, prof.,
red.; HIRAPET"YANTS, E.Sh., I-,rof.,, red. toma; GOLIKOV, I..V.,
prof., red. tona; VASILIYEV, L.L., prof., ZhUf.GV, Ye.K., prof.,
'W-,KX,.0V, P.O.., prof., red.; RUDLSHEVSKI-Y, S.Ye., dots.,
red.; KARPOVA, L.A., red.; VODOLAGINA, S.D., tekhn.red.
[Collected works]Sobranie sochinenii. Leningrad, Izd-vo Le-
nin.gr. univ. Vol.6.[Public scientific speeches, scientific
and review articles and materials on the history of Soviet
and world physiology]Obshchestvenno-nauchrUe vystupleniia.,
nauchnye i obzorrqe stat'i i materialy k istorii otechestven-
noi i mirovoi fiziologii. 1962. 210 p. (MIRA 15:9)
(Ukhtonskii, Aleksey Alckseevich, 1875~-191,2) (Physiology)

PROKHOROVA M.I., SOKOLOVA G.P., TARANOW. N.P. (USSR)
"Intensity of Metabolism of Lipid Fractions of the Brainn
Rej,ort presented at the 5th Int'l Biochemistry Congress,
Moscow, 10-16 Aug. 1961

PROKHOROVA, M.I.; IMAMEYEVA, I.M.; PUTILINA, F.Ye.; SOKOLOVA, G.P.
Rate of resotration of some plastic and energy-producing substances
in the brain. Nerv. sist. no. 2:22-30 160. (IMRA 14:4)
(BRAIN)

PROKHOROVAt M.I.
Quantitative description of the energetic expenditure in the brain
at relAtive rest. llerv. sist. no.1:24-32 160. (NDI 13:9)
1. Laboratoriya obmena veshchestv kafedry biokhimiiq Leningradskiy
ordena Lenina gosudarstvennyy universitet im. A.A. Zhdanova.
(BRAIN) (METABOLISM)

PHASE I ROOK EYPLOITATIOIN SOVJ/3 5,971
Prokhorova, Mariya Illarionavnaand Zinaida Nikolayevna 'Fupik-,~ia
Metody opredeleniya radioaktivnogo ugleroda (C14) v komponentakh ualevTdnogo i
lipidnogo obmena (Methods of Determining the Radioactive Carboon (C 4) in
Carbohydrate- and Lipid-Exchange Components) [Leningrad] Izd-vo Leningrad-
skogo univ., 1959. 103 p. Errata slip inserted. 1,800 copies printed.
Ed: O.L. Petrovicheva; Tech. Ed.: Ye.G. Zhukova.
PURPOSE: This book is intended for scientific workers and aspirants of bio-
chemistry and physiology laboratories as well as for advanced students in
higher educational institutions.
COVERAGE: 1'his book deals with methods for the determination of radioactive
carbon ((3-14) in carbohydrate- and lipoid-exchange components of the blood,
brain, liver and muscles. It describes experiments on animals and analyzes
the experimental data obtained. N.I. Brodskaya, S.I. Zaytseva, A.M. Korvat-
skaya, F. Ye. Putilina, and G.P. Sokolova participated in conducting the
Card 1/5

Methr,ds of Determining (Cont.)
SOVI 3 597
experi.--ents and in the chem,11--al processing of specimens. 7-he re7few
biological studies made by the radioactive method in the Soviet Union and
abroad and include them in the biblicgraphy. There are 100 references, 33 C'f
which are Soviet.
TABLE OF CONTENTS:
introduction 3
I. Performing Tests on Animals 'With the Use of Radioactive Carbon (c14) 9
1. Brief information on the radioactivity of c14 9
2. Level of radioactivity at different stages of the tevts with animals 1!
3. Precautionary measures in working with animals poisoned by radio-
active carbon 12
4. Introduction of the radloactive substance, extracting the organs,
and preparing the specfmens 14
II. Determining Activity in Specimens Containing Radioactive Carbon (C'4) 19
1. Instruments for measuring activity 19
r:
Card 2/1,

of Determining (Cont.)
SOV/3,597
2. Determining the activity of the background and specimen
3. Determining the correction for self-absorption 25
4. Statistical processing of the results of radioactivity measurements 7-8
5. Computing the magnitude of the specific activity of specimens con-
taining radioactive carbon 32
III. Determination of the Quantitative Content and Specific Activity of
Ordinary Carbon in the Tissues 3_1
1. Determination of carbon in organic substances by the "wet combus-
tion" method j3
2. Measuring the activity of barium carbonate residue 38
3. Determining the c14 activity in a homogenepus sample of tissue 4.0
IV. Determination of the Specific Activity and the Quantitative Content of
Glucose in Tissues 43
1. Determining the specific activity of glucose 43
2. Quantitative determination of glucose in tissues 48
Card 3/5

Methods of Determining (Cont.)
SOV/3597
V. Determination of the Quantitative Content and Specilfic Activ--'-~.y
Glycogen In the Brai n
1. Quantitative determination of glycogen in the brein t.'.5sue
Determination of the soecific act-;vitv cf the L-lycccren --n T--a
VI. Determination of the Quantitative Content and SDecific Activity of

Glycogen in the Liver and Muscles 4:9
1. Quantitative determination of glycogen in the liver and muscle
tissues ~9
2. Determination of the specific activity of 'the glycogen in the liver
and muscles 62
3. Determination of the quantitative content and specific activity
of the lyoglycogen fraction in the liver and muscles 64
VII. Determination of the Quantitative Content and Specific Activity of
Pyroracemic Acid 67
1. Quantitative determination of pyroracemic acid content in tissues 67
2. Determination of the specific activity of pyroracemic acid 71
Card 4/5

Methods of Determining (Gont.)
SOV'-Ar07
7111. Determination of the Quantitative Content and Specific Activity :,-P
Citric Acid 74
1. Quantitative determination of citric acid content in tissues 74
2. Determination of the specific activity of citric acid 77
IX. Determination qf the Specific Activity and Quantitative Content of the
General Lipid Fraction 81
X. Determination of the Quantitative Content and Specific Activity of
Cholesterol 8c
1. Quantitative determination of cholesterol in tissues 8r
H and deter-
2. Obtaining the cholesterol-digitonin residue (C82 11,0029)
mining its activity 87
XI. Determination of the Specific Activity of Expired Carbon Dioxide 91
9C
XII. Obtaining Radioactive Glucose by Photosynthesis
Bibliography
AVIALABLE: Library of Congress
Card 5/5
1100
TIM/lsb

LISSR / Huimn and Animal Physiology (Normal and Pathalogica-i).
Nervous System.
Abs Jour :Ref Zhur - 3iOlOgiYa, No 13, 1958, No. 60739
Author :Prokhorova, JN'1. I.; Brodskaya, N. I.; Gubaydulina, D. Kh.;
Zolotareva, A. N.; Korvatska-ya, A. m.
Inst :Leningrad State University
Title :The Changes of Carbohydrate and Gaseous Exchange in
the Brain in 02 Insufficiency
Grig Pub :Uch. zap. IGU, 1957, No 222, 272-286
Abstract :To produce an oxygen deficiency, a methemoglobin forming
agent (NaN03) was injected in the following doses: Into
dogs intravenously 15 - 30 -'ag.lkg., into rats subcutaneously
20 mg./100 gm., and into rabbits intravenously 90 - 100
mg./kg. The blood samples were drawn from the artery
and the upper longitudinal brain sinus according to the
method of E. S. London. The rate of blood flow, determined
Card 1/2
136

USSR / Human and Animal Physiology (Normal and Pathological). T
Nervous System.
Abs Jour Ref Zhur - Biologiya, N~) 13, 1958, No. 60739
with the aid of P32 after the injection of NaNO 3~ app,,ared
to be reduced, and equal on the average to 10 -2 sec.,
instead of 7 tl see. as normally. The 02 content in the
arterial arA vehous blood and their difference was reduced.
In severe cases of hypoxemia a sharp drop in C02 Vas found
in the arterial And venous blood, and a decrease in the
arteriovenous difference in the C02 level. The glucose
content of blood increased, and in the brain with severe
hypoxemia It decreased. The lactic and pyruvic, acids
rose both in the blood and In tho brain. The relation
between the lactic and pyruvic acids in the brain sharply
moved in the direction of lactic acid formation. --
14. yo - IoffO
Card 2/2

USSR / Human and Animal Physiology. Metabolism. T
Abs Jour: Ref Zhur-Biol., No 9, 1958, 40952.
Author : Prokhorova, M. I.; Brodskaya, N. I.; Sokolova, G.P.
Inst : Not
Title : The Intensity of G yeogen and Glucose Metabolism
in the Brain and Liver in Hypoxia.
Orig Pub: Vopr. med. kh1mii, 1957, 3, No 4, 279-285.
Abstract: Hypoxia was proditced in rats by subcutaneous injec-
tion of 15-20mg of NaN02/100gm of weight. Within
4,0-45 minutes the animals were submerged in liquid
oxygen and then the glycogen and glucose contents
in the brain and liver were determined. The amount
of glycogen in the brain during hypoxia decreased
Card 1/2

USSR / Human and Animal Physiology. Metabolism. T
Aba Jour: Ref Zhur-Biol., No 9, 1958, 40952.
Abstract: from 72-53mg%, and in the liver from 2100-491mejo.
The glucose content remained unchanged, The
authors also noted a conBiderable decrease in the
rate of inclusion of glucose - C14 into the gly-
cogen of the brain and liver under conditions of
hypoxia. -- V. 1. Rozengart.
Card 2/2
13

M. I. PROKIIOROVA and Z. 11. 'JUPIKOVA
"On the intensity olf the carbohydrate metabolism in organs."
The Cheaistvj and Metabolism of Carbohydrutes in Aalml alid Plant. Orvalitams
Conference Da 1,1,(-jpcow. Janua--i 2f. ix, January '30 ll)%~.
( vtqrl -~ -~ S P, r,l~ ~, .')

FROKHOROVA,-jjhL.;. BRODSKAYA, N.I.; SOKOLOVA, G.P.
.00000900~
Intensity of aglycogen and glucose metabolism in the brain, and in
the liver in anoxia [with sil ary in Ingli8h]. Vop.med.khim. 3
no.4:279-284 Jl-Ag '57. (MIRA 10:11)
1. Laboratoriya obmens veshchestv kafedry biokhimii Leningradakogo
ordena Lenina gosudarbtvennogo universiteta imeni A.A.Zhdanovs.
(ANOXIA, effects,
on brain & liver glucose & glycogen metab. (RUB))
(BRAIN. metabolism.
glucose & glycogen, eff. of anoxia (Rua))
(LIVER. metabolism,
same)
(GLUCOSE, metabolism,
brain & liver, eff. of anoxia (Rua))
(GLYCOGEN, metabolism,
same)

"l'U"IKOVA, Zinaidn Nikolayevna;
A.M., ddc~kt-r biril. nauk, ot-.,. red.;
Compre hens ive labovatoinj manual on carbohydrate and lip-id
ii.etabolismj Bolshol praktikum po uglevodnorru i lipidnornru
obrienu. Laninf-rad, lzd-.vo Leriinpr. univ., 1965. 219 p.
(milu 18: 9)

I T
I'T'.ie DI.."ference in LIc Rate of Ren.--awrul Off co.;Em
L,i t),-, Or:-r!ris."
Renort ore3ented it the 5t~i Intcrnational ~,3n-ress,
Moscow, 10-16 Ali.~u3t 1961

1
~
1 4 j
1 7 A f 0 11 11 If ill is Id It It If
,i. 11 V 11 14 b Is 1:wIV
a L A At Y- #--L
A

's

App&cstus for the vscuuin distittatim of Diesel fuels.
NL N PlAll"T.,va And M. S. Rklklllk~yw. lpill'y
x2 n. C,m~trtft twil drigi s 1w( If
l
A. 11-1vilinlik
A
Zoo
go
00 COO
00
00
00
00

coo
!;.oo
woo

I L A .11.1.1.U.6KAL tIlfgAl"t CLAWOK-M. coo

ti
--r-
if St It If If If CA Vol' a 4

3
MJD 41 ~14 -,-1m4
41141

06

VASIL IYEV, A.M.; POPEL', A.A.; PROKHDROVA, 14-14.
Determining the solubility of 0-oxyquinoline in mixed solvents.
Ucb. zap. K&z. un. 113 no-8:75-81 '53. (MLRA 10:5)
1. Kafedra analitichaskoy khimii.
(Solvents) (quinoline)

U

VDatermi"tion of the Solubility Of, uln 11 '1 a AlIzed
Lf
L r
l
solvents. A. M
,
,
aff "
F

1
r

horom. VC11e
iWil
M nye zapitki
iii. 113
- 1. niv. 113, N

: W,
41711T., Alit'n. IY54, NO abl-M.-The soly.
of 8-quinolusol in water-acetone and water-atc. soins. at 201
wa3 studied polarographif-411y and tunperolnetricuily (A, A.
Popel, i&J, 110, 4, % 1950)..
The cauciis. of hfczCO and ale;
~

wwo varled (ruin ..5 to 3~
vol. %.
rhe wy. of ii-quitioligol
in HIO-Melco Solni. Y0.12 gLirply with the Increase of hfe,CO
conen. At2O%MeCO thesrAy. wu6 tiniesas much" the.
Saly. Ill 1120 -.11111 twice as much a- the soly. in a -00% 11,0-
alb,soln- Of8-clulhalinot was also studied in Nils
solus. at 2.5'. The coucu~ of NET, war varied front 0.4 to

4.9 mole/L The dh~ikxm. const. of 8
-quinolirol de'd. from
Its soly. in N111 soln3, wits 0.4 X 10-11. The effect of temp.
and ronen. of NI[4CI on tht 401Y. CA "tibiolinal wis'l also
de(d.

.I- :'. -rS-, ,
F. RA"LlAY-i7i, ',,e'Lt-,,anoe rh~)z-ra-',:-~tvo 2-ci, ".0. 9, 571 - J j

", -,-.
.. 1.
Kh ., 1 1) .; . -1
K. PA,'.ATIA, UeCtyanoe K OZ'rl:-3tv, 29, "o. 9, 57-61, Ic',35

. )r I I
7).
~ .1., -.1- J I A , . .
IT I surcpo-t I on - t,- or, o f M e t f -Ly I ' , r r-,,, i -m~ i -, i X, ~-l e r. e - - B (,. n 7. e r i es t em --I f ' e c t e. d lo: -
Alumiriium Chlorl,ln," Z *.-,,.i r . Olb s h. K i i i :7,. , 141, .' i 0 . 6 9 1. r) L 6.
Mbr., LrLb. Orp-ialc Catalyst-, im. Y. D. Ordoy-Lerin Stp-t-
Im. loj~.,r)jj-~f
0v,

PROKHOROVAY N-J.; GONIKBERG, M.G.
Nucleophilic aromatic substitution at high pressure. Izv. AN SSSR. Ser.
kbim. no.7t1188-1193 165. (MIRA 18:7)
1. Institut organicheskoy khimil im. N.D.Zelinskogo AN SSSR.

5 (4), 5 (3 3OV/62--,a-,,,~,-,. /22
AUTHORS: Poroshin, K. T., Kh%t::-gjJ.r_, Yu. I., Pzokho.r,:)vq__._.'T, I.
TITLE: K~.ne-,f~~.-, aiid -;f the Polycond'~?-isajc_ior, 3f a-Amino Acld
Esters (Kine-Gika 4 kh_fmJ_zm polikondensatfdi ef~.i -am i.; z)
kisl-,t') Communf_oation "I: Kiretics of the Change in
of Polyccndensation Pr-,du.-ts of Glycine Ethyl Ester in the
Preserce of 11-Carboxy Glycine Anhydride (Soobshcheniye 7.
Kinet~ka imenen-iya sustava pruduktov polikondimsatsii etilo-
vogo efira glit-gina -j priFji;tfrt~vii angidrida IT-karboksiglitsina)
PERIODICAL: Izvestiva Akadatnii nauk SSSR. Otdi?'er_iye kh.1.niicho!ikikh rtCL%ik,
19'-18, ~jr 1,2) pp 1,128-1,154 (USSR)
ABSTRACT: In the prescnt paper the results of investi-gations of the
klr,e~~.cs uf a joint, polyc,-mr-lensation of a-amino acid esters
and N--rarbf;xy-.a-am1-.no ac-id anhydride -Nere shcwn b,,,, the
example of glycline- der_-va t 4vea as well as of the effect of the
relatti-;e anhyJride cor(;entration (A,/-,-') Gil trit, C".)Mpoaitil on 01-P
reaction Produ,-;1s. The majority of the experiments was carried
out With a 5% z;o~';itirr, of thp initial pruducts in dioxane. It
wa,9 found tYja-",- the content of initial products changing
Card 1/3 from 0.5 Go t-be am,,im-1- of ~,-he sziven- d3es not exercise any

SOV/62-,~8-12-51'22
Kinetics and CheaO.sm of the of ot--Am-ins As-id Eaters.
Communicatilz;v. 7: of `1~hp 11--hange in .-,f
Produats of Glyf;J..-kq 'Et-hyl E2tf~r 4r. 'he Pre-zien~-,e zf N-Cq-;:bDxy Gi.ycf-ne -'n-hydz-
essen'J a! on tne co-irse of the reactiun. The aualita,-' ve
cotapczi--'~:-on ~f t--- polyc:~nd~-Isatir~n preduct-Li was chroinatoEzraph-
y nvert` Ga - e-d . -71he contont ,, f t utza and tril pppt ide
ard of daket-ci (RfJ 20' wan det(irmined by
the mi;thod of d4.ff--~-rential tit-ration. The ave-rage degree. of
the was dete-Mined by maas,.-,ring t-he amino
i-iitrogea according to tile Van-Slyayk mPthod. A'6 the same time,
experiments withou-1 !3.:)Iven,.,3 were carx-Jr-d out (in the block).
In this case all processes developed more rapictly, they did,
however, not any qualit-ative iifferences. A comparison
between -Lhe xe,5ults obtained and those of the investigaticn of
the pc~! -ycondensation !)f glycine ethyl ester --'n tile presence
bon d4cxide CR f I gov-rrJrg this
of car - - : e 19) shows t-hat the rules 0 -.1 -
proc.es-3 a.-.- ba3-.Lc-a-..ly the same in the course cf either process.
Ht-,-:,e%er, intermed 1-1 ate products in the f-irst polyucndensation
stage Eihcw differencea: by 'he addition of CO 2 a symmetrical
carbamate R1OOC.CHR.NH 7).OOC.NH.CHR.COCRI is f.)rmed; by the
1
Card 2/3 of N-cfirboyy arnino a;,J-d anhyd~~�d,~- ar~ asymmetrin

SOV/62-58-12-5/22
Kinetics and Chemism of the Polyccnden3ation of a-kmilao Aci~- En-'ers.
Communication 7: K4netics of the Change in Composition ef Palycondensation
Products of Glycine Ethyl Ester In the Presence of N-Carboxy Glycine Anhydride
carbamate is formed RIOOC.CHR.NH'.-OOC.Nli.CHR.CO.NH.CHR.COORI
3
This apparently explains the observed differences in the
velocity of the course of the process as well as in the distri-
bution of reaction products in the individual stages.
There are 4 f-.Lgures and 21 references, 5 of which are Soviet.
ASSOCIATION: Institut organicheskoy khim-44- Imeni N. D. Zelinskogo Akademii
nauk SS3R (Institu-t-le of Organic Chemistry imeni N. D. Zelinskiy
Academy of Sciences USSR)
SUBMITTED: February 26, 1957
Card 3/3

FELIDSIK"'MI Aleksandr Llvuvich; MICH, Lev Ilafitelovich. Fri-
nimala xchastiye FROKIfOl,"OVA..N.I.; YAKOBS,014, A.B.
[Synthesis of four-terminal and eight-terminal micro-
wave networks) Sintez chetyrekhpoliusnikov i voslmipo-
liusnikov na SVCh. MoAva, Izd-vo "Sviazl," 1965. 352 p.
(V.IRA 18:5)

GONIKBERG, MI.G.;-PROKHOROW, N.L
Effect of pressure on the rate of aromatic nucleophilic substLution.
Izv. AN SSSR. Ser. khim. no.6:1110-1112 Je 164.
(MIF,JI 17:11')
1. Institut organicheskoy khimii im. N.D. Zelinskogo Ali' SSSR.

S/020/63/148/001/022/032
B140186
AUTHORS: Gonikberg, M.G., Prokhorova,_&I._,_ Litvin, Ye.F.
TITLE: Effect of high pressure on-the structural trend of
tert-~utyl benzene phenylation
PERIODICAL; Akademiya nauk SSSR. Doklady, v. 148, no. 1, 1963t 105-108
TEXT: The phenylation.of tert-butyl benzene with benzoyl peroxide under
various pressures was studied to confirm the assumption that an increase
in pressure increases the portion of ortho-isomer, which is supported by
various publications. The method by J.I. Cadogan et al. (J. Chem. Soc.,
1954, 3352) using atmosphericpressure was repeated. The isomer mixture,
however, was separa';ed by gas - liquid chromatography in a column, 2 m
long and of 9 mm diameter, containing 15% polyethylene glycol adipinate
on diatowite a"- 1?0cC, with helium serving as gas carrier (50 ml/min).
The w 'ate'rial of the reaction vessel (glass, steel) did not affect the
isomer mixture. The total yield of 42.6~o was approximately equal to
Cadogan's value whereas the 2-isomer proportion was lover (17% as
compared to 24%). The absence of secondary reactions bf tert-butyl
Card 1/3

S/020/63/146/001/022/032
Effect of high pressure on the B144/B186
diphenyls was proved by the constant composition of the isomer mixture
during the individual stages of reaction. Experiments at a pressure of
2000 kg/cm2 yielded 23.1", 2-isomer. The use of lead ampoules increased
the yield in 2-isomer by'2~~ at atmospheric pressure and also at
2 2 X'
2000 kg/cm . At a pressure of 4000 kg/cm , the yield in 2-isomer was
28.3%, at-6000 kg/cm2 it was -10%. Results: An increase from atmospheric
pressure to 6000 kg/cM2 caused: (1) An increase in ratio 2-isomer :
3 + 4) isomers by more than 70%; (2) doubling of the2 : 4 isomer ratio;
) alight increase in the 3 : 4 isomer ratio. Conclusions: A pressure
8
increase may affec't the structural development of the reaction by
accelerating the formation of the isomer in direction of the steric
hindrance. The change in the 2 4 isomer ratio at increasing pressure
may be calculated from alog (!-2j/1-4-!)/aP = ai~V-/RT, where [2] andf4l are
the concentrations of 2-tert-butyf biphenyl and 4-tert-butyl diphen'yi,
respectively, and V~ is the volume change when 1 mole of the active
complex is obtained from the initial particles. Bo far, the effect of
Pb on the isomer composition has not been.explaineA. There are 2 tables.
Card 2/3

S/020/63 148/001/022/032
%
Effect of high pressure on the ... B140
ASSOCIATION: Insti-tut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk'SSSR (Institute of Organic Chemistry imeni
11. D.;Zel inskiy of the Academy of Sciences USSR)
PRESENTED: September 15, 1962, by B. A. Kaza7nskiy, Academician
SUBMITTED: September 5, 1962

Card 3/3

POROSHIN. K.T.; PROKHOROVA. N.J.; KRURGIN, Tu.I.
Kinetics and mechanism of the polycondenvation of 0/1 -amino acid
asters and peptides. Part 10: Constitut on of the products of
interaction between the ethyl eat - !L t -alanine and
N-carboiW- d , 4 -alanina anhydride. Vysokom. soed. 1 no.6:907-912
Je '59. (MIRA 12:10)
l.Inatitut organichaskoy khimii im. N.D. Zolinskogo AN SSSR.
(Alanins)

GONIIKBEM, M.G.; PROKHOROVA. N.I*- LITVIN, Ye.F.
Effect of high pressure on the steric orientation of homolytic
aromatic substitution. Izv.AN SSSR.Otd.khim.nauk no.8:1495
Ag 162. OMA 15:8)
1. Institut organicheskoy khimii im. N.D.ZelinBkogo AN SSSR.
(Aromatic compounds) (Substitution (Chemistry))

ONUtMG, M.G.; PFAHOROVA, N.I.; LITVIN, ye.F.
I - I
Influmoe of high pressure an the steric course of tert.-butyl-
benzene phenyLation. Dokl. AN SSSR 148 no.1:105~-108 Ja 163.
(MIRA 16:2)
1. Institut organichealcoy khimii im. N.D. Zelinskogo AN SSSR.
Predstavleno akademikom B.A. Kazanskim,
(Benzene) (Phenylation) (Steric hindrance)

FOROSHIN, K.T.; MMGIN, Yu.I.-.PROKMROVA. N.I.
ILvdrol7sis of ?-nitrophenyl acetate in the presence of H-carbobenzozy-
asparag7laerylglycine. lzv. AN SSSR Otd. khim. nauk no.10:1901-1902
0 160. (MIPA 13: 10)
l.. Institut organicheskoy khimii im. I.D.Zeliuskogo Akademii uauk
SSSR.
(Glycine) (Acetic acid)

-,9 v
I., A
4H
-0. A;
A I
.3
5 L:

PROKHOROVA, N.P.; BMHNEVA, N.Ye~
Determination of the stability constants of FZ(No-,)4Ti ions
b7 the tributyl phosphate extraction method. Zhur~ neorg.
khim. 7 no.8,.1846-1853 Ag 262a (MIRA 16-.6)
(IlAfnium nitrate) (Complex compounds)
(Butyl phosphate)

Ll. 1e.; KORPUSOV, G. V.; PATRUSILEVA, Ye. N.; PROlUiOROVA, 1-1. -,P.; KRYLOV, Yu. S.
"Extraction of' rarlioactive fission eiements."
report submitted Cor 3rd Int! Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aifg-9 Sep 64.

S/078/62,'007/009/007/007
B144/B101
AUTI[Ohl~~': Forpunov, Go V., Levin, V. I., Brezhnevaq No Ye.,
Prokhorova, 11. P. , Yeakevich, 1. V. I Sereden!.:o, 11. 7,71.
TITL6. Extractive separation of.o.erium
PERIODICAL: Zhurnal neorganicheakoy khimii~ V.-71 no. qj 1962, 2254-2261
TEXT: Practical methods for ex*traotl*e.s4p~aration of CIT fr'om rare earth'
(RE) concentrates were developed by studying the distribution coefficients
0 - 1) The sol-vate formed in
and taking account of-the following fecVrs.
V
---emnitrate 'extraction by way of tributyl phosphate (TBP) from Hilo media
3
of different concentration is H,[CG(2;0. Pa 2(:C 4Hq)3PO4 . On complete
saturation the organic phase contains per liter-200-210 g metallic Cc or
250 g CeO2. 2) When TBI! is.diluteA 'with hydrated kerosent-,xylene, toluene,
or CCI the capacity changes-pro .portionbLIly with the dilution. 3) TBP of
V L-11
must be purified by oxidation or.yacuum distillation. 4) The optimun 15-TO,
concentration is 3 - 5 moles/l and corresponds to the overall minimum
(;ax;d 1/2

6/07
Extractive separation of cerium B144YB101
distribution coefficients of Re 5) Oxidation should be obtained.
a) by H20 2 for PH>5 or by atmospheric 0 2 P it large quantities are involvod;
b) by KBrO . MO ozone$ if small quantities must be separated.
41 M
6) Reextraction with U202 dissolved in dilute H1103 yields Ce . 7)
13F III distribution coefficiente depend on the Cc content in 'the arjanio
phase and on the dilution Of TBP. Hence 1001/`0 TBP and. dilute TBP ar,-,
nuggeuted for ~he extraction respectively of large and amal-I Cc
or both methods can be combined. The operation is either continu,)-u~-.
intermittent. A plant consisting of one extraction and two ytaohilti,~
is ouaGested. There are 4 figures and 5 tables.
311, 'TEL: Novembor 27, 1961
card 2/2

580-63 194T (M) /BDS AFFTC 1) -JD/JG
ACCESSION 1TRt. AP300~222 $/,6089/63/015/1002/0138/0146
AUTRORSt Levin, Ve I,j'K2Msov, 0. V Maniko, W. Y,,1 Patrusheva, Ye;, IT.,
Prokhorova# No P*j Platnovp Go F4
TITLEt , Extraction of tetravalent ceriumv4ith organic solvents.
SOURCEs Atomnaya energiyat v. 15# no. 2, 19q3, 138-146.
TOPIC TAGSt cerium, tetravalent cerium, organic solvent, ozoneg diethyl ether,
nitromethane,.tributyl phosphate
i'ABM!RACTs Mithors studied the oxidation of emall quantities of cerium and the
mechanism of the extraetion precipitation of microamounts of radioactive cerium.
Authors showed that the U30 of ozone is most expedient for the oxidation of eeriumq:
as it does not.contaminate the solution by extraneous Ions# The extraction of
Ce(IV) by diethyl ethert nitromethane, and tributyl phosphate was studied, and it
has been shown that in the first casef cerium Is extracted as saturated cerium
ac.id. In the latter two cases, at low HKO concentrationst cerium is extracted
as nitrate whereas at high.conaentrations It is extracted as H2(Ce('NO The
constants 6f the, complex formation of Ce(IV) with the nitrate one wl 6estimated4
Orig.. art. hast 16 figures, 3 tables and 7 formulas,
ard
L
C --1/2

Pc-4/Pr-4
D/;ET
S/293)/64./007/0C,3/C-016/CC23
J,CC~31011 A!T -2
Forchunov, 111. A.; Plulchnrava, V. A.; Kutlin, M.; Kudinova, . N.jqjo
V,
717 Syn, -yo-71 r-rcnnt on
thc3io of in from tqt-, mnr and bydrog,
L:,~Iflido in tho pron~nco of ar, n1--S!--oOi'l1catQ catalyat. CO-:-,u:dcation 2.
m.~ c7--R. A'11!nl. Khijndyn acrn,~rC- 'nl,:~hnnkdl-h aoyoUlnonij,
v r,,~fLy;Ach i noftoprodukLakh, V. 7, 15;64, 16-23
',-OPIG V.GS: norcaptr-n. cit-ilynin, nlumiriun, ailicato, hydro~on niilfido
1-:hIF!!' ,~ stool, 111,M3.ntruol., Khli5 ateol, Kh17T stool, 121~',h ntool, IM1115, a-tool
I.Ci: Tho nutho-3 xx R-othod of cynthonizzin-, tort-dodocyl rorcaptan
1-7:1opylono tr)trt-: --r IryGro,,:r,n sulfido with nlL-~nonilicr%to catalyst. Tho
3'.)tup in ?ho ron~,Lor in load-),J witth nlw~dnonilicato
hcr.7.3tically and put umdor prounur-i or 50 atn In nitm,,on Can.
----c3:,UrO ic thon. nnd th-) cat.-AYA heat~,d rtt roni rivon b3rr~)eAturo
2 hourn in a curro F.-no,111)r g-rOL-A T-ZOY-ylnr,.r, t.,)tra7.-:,r is
in a burat, n-n-1 L'.'r'! 1"I. vulf iec) is a~' ."A to it a J--- uiura
o' 30 atra. Thii tvo cc-,1~ rAn Pr,) rkn.~l ani Jutra"'v,-,cd into i'i~j rcaotc)r,
C~ rd

-Now
I.
-a tlv) ri7,?z;c;urn iq crnt:,oll. h u n nu.1"Idn in
qd T 3 ~ lj '1~~
th') liquld "On In V. z-~?cr;ptaclo, rona-
.1, arvi t:nalyz-A P"; cc,:,A.mf,. of j-'roducina t(
I t~-xcapt_an at trl of hy-
Ill'i Q-0. t: "I "or n con-
fwuv th-.t ,
fl-!~I,~o.-:~.blo pj~_Jod lo~is of nct!,,;.I~y. ;'~l L , r Crjl production
L
f th ) i ca p t n n v i n~: rl-Awit 7G,' r I*',-,-- o:-. 'nia nut~,,ors
of t:,.,) C-~t-ly~lt.. 11 of 01C,*J1.1-~
4 _ Warn
o,Y,-.3.ntvl in thri and Vv) phy::icmJ r op:r~L-:-. Gl- ccm-
7
nO:; linva b.-,,jn r-ido on tOvj :~;'ulllc,) to corr,,~Aon of
varion r9til pir..- in th-j u:.cid for wira again
n,% It V-~at chrc,-,.3 rnd chrom).-nlc',nl zAo,.~ln ru vc:- resiatantj
y
LuL cr_~.niz-
%, y car -on il- ;I i:-s r..Dt. Tontt3 on tho ncti-.rity 'of zorcap-
-43 A it to bo 4tlpk c.Urjcti-;,) ro~ulator In ;i wiLla .
Pon--- , ll~ a-Trilon acUvc-,'Jr,,, m-oup c nd poULc; iium tlwhnolory of
r.ro6u,_in., tort-dodocyl r-lrcaptan In dinowsod. OrIg. P_rt. hanz 3 figuras and 4
irrl.itut nc-.omurav dly- Ont-,Uchoskogo
(Gaimt1fia 741. ~-_,oh T,-,'*'it-at,.~ of C'or
Card 2

w-4v4Fw-O 0 0 0 0 0 0 0 0 0 oiw
UN On 311VIIJ04141 Vital a
100 is
06
00
00
00
00
00 Or
00
00
*0 .3
00
00
. IL'tworuvskaya.
!,k' K 3. Vaxk sm. Lemixa 19.19, S., 16. 11 7.
Sd
Kkipt~ ~rferu,. /hot. 1940 No 4 Wj - The t... t1u.1 .f
F"d j C*'1 25 433d), Uwvtu'pc%'1 fly' Twv it.. A. 27,
'1 1) wr 11-riher,"goodifisA. FxI.2g.n(drygr-Asu4jwI,-
w
tw or hm RX) cv. of fre,111Y lIkId. Acculln- 311.1
i
;,,,(1 for I is,. *riiricc. .)I q,v.-j4-4r eit. .5d
leasen 1 (1% Voch %"Ill. ill COO) 111161 she chang-
t1w h1ur mf.r va- (forulation ,( valmdVI M
and cmulwe the c,)Ir With she 1141tdArd C1.111K
0.016% of C-Apsaicill (to .5 cc. (if thc StitudArd mills. U1141
~h I dmp~ of I % VOCII MAIL). fit CIMIIMSI III fill UU-111-1
of.11cr a colorimocr wa!i used f,)r the delta. Th, 1-0-
ardwin. waicharilrd for cacb d0u. AuaIyw,Apfvjrimi%
saillpf" of twpix-t indieutc that a nu%. aim. of cap-aivirs
i, contained in the inner wuJl, ,f Ific I'll,- hull,
and -,t~dI coulaitt practk-ally no capaiciu- kv. R. I 1.
ASS.SLA SITALLURGICAL L171MATLWE CLAIMPICATION
sm 111.141141. -- ~~ -
)at .4 1 S0116*0 .11 a., Got
---
106
-00
16110
.00
.0
goo
goo
ZO a
809
So 0
t:q 0
LSO
It* 0
1o 0
U 9 AV 10 Mli jt ; I j I j j I j I;: I I Is rw a 0 a I w m
10 4 a It I Q a I I
0000000000000000100100*0*000*0000000000
AS 000000000000400060000oeoe-oooooooooo*o

1 -6 --1 a I IN- -it -it u 14
1.0 ONDINS

sea
Chentical covalicaltios of
,
ilrOkbofuVik. 1*OPWOfy)'i1aqi
,
--ZAttOkiiii are reported for
vitamin c Content Muged rv
;,i total vagm from 3.114 to 6.22
atid vituiviltv Vrep
Ij j1Fjj.Wj. 0111001A.

j
so
,go

j

AIN SLA
1 .17ALLUOGICAL LITERATLIME CLASSWICATION
L
j
,
a AV 00 As

1 11 11 IS If a
' *
' A
0 0 0 e q 0 0 0
0 0 4 ; 0 0 0 0 0 0 4
*
10 a 0 0 0 * 0 0 0 0 0 a 0 0 0 0 0 0 0 0
9 0 a 4
'
,
big
4
11
if M, 31011 up Is* IOU 111041 41 410 move
A A
1.0 ..D of. OQPLas

-09

n~a 4
9.N4).l -00
Act
of 119;
i7 -00

2 to I
n 14
Ms. v0
, cakd. an dry wt.
wnt the rorincipal, dieletiv
V..14,11011 -00

Ages
Jr
:
:
;a**

ago*
ties
i
ties
I I Doe

A I a 16 i 0 i I l
1
~
3r
w 0. 9
#Md~
0 0 0 a c 0 4 0 0 0 0 0 0
0 0 P 0 0 * a 6 6 0 41 0 9 :

PROKHOROVA,~ N. T.

MuenU Composition of potatoes g,
-own in w6 i4awgtad
=
regloo.. M. T.
. (Scl.-Revatch Sauit.-Hyg.
Inst' IAMfn
rxft*-Ve
mt
Pi4
34-41
i
13
N
4
ax
o.
ya
,
.
g
p
r
(IM).-Chem. compn. of fresh Potatoes of 32 different
0 1 ,
i
ti
U
i
i
h 1
I
L
i
S R
s t
e
es groira
n
ie
en
.
ngrad ret
on "' OWMA:
a var
dry substance 18
43-0
15 (mlujmn
ash 0
41 (max
02%
)
.
.
.
.
.
,
.
Ca 448-13.M. Mg 14.0-34,09, P 38.15-70.30, Fe 1.21-
3M.8 14.W-31.39. and Cl 46.6&-81.61'rag. %, resp, Eco-',
-logk and dimatic factors affect the mineral compn. of po-
taton. The nutritional.vidw of potAtoes Is d6cussed:.
MO 9. potatoes SUKPIY approx. Ca 3. Mg 17, P 11, and Fe
tt
t
at
a re
ttx
dOl
4
q%
(
qu
y g
k
r~~
~q
~
.
e,
,
~

MXHOROVA, N.T.
Joevel of volatiU acide in rye broad as an indicator of its acidity.
Testekh1r. 77 no.11:26-30 N 956. (KIRA 10:1)
1. Is otdola gigiyny pitaniya laningradekogo nauchno-isaledova tell -
skogo sanitarno-gigiyenichaskogo institute.
(ACIDS
volatile, level in rye broad as indicator of acidity)
(BREAD
rye bread, level of volatile acids as indicator of acidity)

AUTI---'ORS: Lrapukhin, V.V. and G.N., CIndidatcs of
Technical Sciclnces, Rozanova., j~.S., EnLineer and
Prok-horova, v. G.
TITIE: Drying Hard Alloy Articles by Infrared Rays (Sushka tverdos-
plavnykh lzdeliy infrakraenymi luchami)
PERICDICAL: TLvetivye Lie tal 11 , p-) ?6 (USSR).
ABSTRACT: In the vior': Je;-,crit ,` "-,y thc, &nd in whicl
En,-ineer Ye.A. Golli' I'bc-nr-:, participated, the influence of chin!--s
-i-Ti drjinC,, temperitu.,e ona time required to dry (i.e. to
rc~move volatiles fron and stren~3then) the co-r~npressed cerLqet---i-
object was studied. This .-!as follotvcd by e-,----)er-J:~,ie-r1ts
tl)e -nrocess l.-as --ar-ried c-ut in in-fra-red radiation from type
C --1 lakos fitt-ed with `--o~.-:1s ~--,rid naraInolic .--inor
'lie c-dvanta,---es of
Dr,,74ng time was rod!,,ced to 25--5 min. I
- 'I u
-dditicnal heatir.,c from the o or,- e-ing 11~stablished. On t1--e
b b i
basis of the3e laboratory a continuous drier ~Fi,-,l)
designed ~V.F. Yalzovlev in -i.-Itich the lap.)s
L~-
are arran-ed in a cLecker nalutcrn the conveyor-borne 3~
t~ -
4ec-fls while nichrome -'r-leate--s are arranCed t-- 'reat the undersides
Q
0f the objects. The auth-or-- show Che temperature chang.-c s at
dif --~'r--nent de-oths inside an object as it passes throu,-,h the
i nsta-liat ion- (FiC s. 2 and be---ed on test s with a 40

D-ryin.g Hard Alloy Articles by Infrared Rays 136-11- 13/1?
-4
x 35 X L'22' mm object L-Ltted with thermocouples at three levels.
Prolonged use of the installation for titanium-tunESten-cobalt
sintered objects has confirmed its reliability. For-tese
materials, the speed of the conveyor is 2.5 m/hr, drying is
effected in 30 min., the electricity consumption amounts to
13ja k;Vh/ton of dried material and the daily productivity
exceeds 1 ton. The installation is recomi-.ended for other
metaliurgical processes. There are 3 figures a-rid 4 Russlan
references.
AO-SOCIATIONS: Mintsve"Imetzoloto and the Moscow Combine for Hard Alloys
(Mintavqtmetzoloto i Moskovakiy kombinat tverdykh
splavoy)
AVAILABIE.: Llbrary of Con~-~ress
U,rd 2/2 1. Sintered al-loys-Drying 2. Infrared rays-Applications

BABIN, P.H.; FROKHOROVA, R.G.
Refractories made of Kempirsay chromite oren. Trudy Inat. met.
i obog. AN KaLnkh. SSR 6jI81-185 163. (MIRA 16:10)

UBIN, P.H. ; Prinimali uchantiye! PROKHOROU, R.G.; GONCHAROVA, A.I.
Methods of evaluating the interaction of refractories and melts con-
taining lead and zinc. Trudy Inst. met. i obogashch. AN Fazkh. SSR
2:103-113 160. (MIRA 13:10)
(IDnferrous metals-Hatallurgr)
(Refractory materials)

BABIN, P.N., PROKHOROVA, R.G.
Chrome-mgnesite refractories manufactured from various
kinds of KimperVy chromite ores. Trudy Inst. met. i
obog. MI Kazakh. SSR 5:149-158 '62.- (MIRA 15:11)
(Kimpersay-Chromite) (Refractory materials)

VYZHGINA, L.B.; PROKHOROVA, R.I.
Quadrics in Galilean space. Uch. zap. MOPI 123:479-490 163.
(MIRA 17:4)

gea C
m
AP501073T
-Atretching in a direction perpendicular to the ternary
Jogged front.,with the jogs.
a- unlike :isotropic~distributi of'projecti
:the on ons observed In concentration
L:aupercooling of lead or germanium. The difforence Is attributed to the higher ani-!
sotropy wf the growth rate of bismuth telluride in the plane perpendicular to the
axis. The value of the re
1io G/v at the Pime when the front lost stability
1 was lower than the critical value (1-2-1-5) x 104 deg-sec/cm:2, in agreement with
theox7 of concentration supercooling developed by W* A. T111er et &I. (Acta Metal. i
IV... It 428 It it; concluded that. the concentration supercooling is brought
1953),
about by an exciess- of tellurium..vM& a=eIrs- in-the melt durina the crystallize, 1

~
j 24-37c-1-66, E
F
ACC NR; 9702 SOURCE CODE: uR/0181/66/008/003/0975/09~7
AUTHOR: Pisarev, R. V.;,Prokhorava, S. D.; Syrnikoy, P. P.
ORG: Institute of Semiconductors AIL SSSR 11 SSSR)!
Leningrad (Institut poluprovodnikov A
TITLE: Changes in the intensity of the electronic transitions of the M2+~tand Ni'+
ions in the antiferromagnet NaNio.qeMno.04F3 -2,7
SOURCE: Fizika tverdogo tela, v- 6., no- 3. 1966j. 975-977
TOPIC TAGS: antiferromagnetic material, manganese, nickel, light absorption.. electror,
transition, absorption spectrum, line intensity) spectral line
ABSTRACT: The authors report on an investigation of the intensity of the electronic
transitions of both ~ft?+ and NO+ in the antiferromagnets NaNiF3 and NaNio.98Mno.04F3,
by measuring the optical absorption in a broad spectral interval, making it possible
to draw certain definite conclusions concerning the growth of the transition intensi-
ty. The absorption spectra were investigated phot-metrical-l'y with a double prism mono-'
chror.ator (DMR-4). The results (Fig. 1) show the effect of a unitual influence of the
Ya?+ and Ni?+ ions, resulting in an increase in the intensity of certain absorption
lines of theoe ions. The greatest interaction was observed In those regionz; of the
spectrum where both ionr, haNe clocely 1-ying levelu, provided that 'the synwiictry prin-
ciples impoac no limitationa oa the posrible intQraction. It is concluded tliqt tile
,greatest role J.ji the cbsex-,ed of the spcctral-line Intenalty I,--- Prob-
ably played by exchange interacUion betiteen 3(1-ion-,. The trtans !t- ion s resporsible fo-'-
Card 2

ACC NR, At6j09_702
Fig. 1. Absorption spectrum
of single crystals of NaNiF_j
(1) and 1faNio.S;GMno.o4F:3 (2)
at 77K- e -- coefficient
of molecular extifiction
jo it 40 .91i, 0 10 14C
the different spectral lines are briefly analyzed and the absorption spectra evalu-
ated and compared with other data. The authors thank_G,_A,&LolensLciX for interest
in the work and valuable remarks., and P. V. Usachey for a chemical analysis of the
crystals. Orig. art. has: 1 figure and 1 table.
SUB CODE:07/ SUBM DATE: 21oct65/ OTH REF: 002
.Card

GORINA, M.Ye.; KOROLEVA, Ye.V.; PROKHOROVA, S.M.
Bibliographic index of literature on the spinning of bast fibers
and the manufacture of cordage published from 195$ to 1960.
Mauch.-issl.trudy TSMIILV 17:162-174 162. (MIRA 16:10)

IVANGV, K.K.; KOVALENKOVA, V.K.; DAVPCVA, T.A.; BORISOVA, V.N. Prinimali
uchastiye; SOKOLOVAp L.B.; PROKHOROVA. T.G.; SHATILOVA, Z.K.;
PYLINEVAp L.I.; SDMOVA, V.S.--,-`-
Obtaining colimycin on an enriched medium. Med.prom. 14 no.11:13-16
N 6o. (MIRA 13:11)
1. Institut, po izyskaniu novykh antibiotikov AMN SSSR.
(NEOMYCIN)

BABK1NJ, N.N.; GREBENSHCHIKOV, L.S.; ZRALIN, N.I.;_ PROKHOROY~t T.I.;
LYAPUNOV, Yu.A.,, LOBAZOV,, P.A.
Overall dust removal from the atmosphere of the Berezovskiy
Mine. Gor. zhur. no.5t6i-63 My 164. (MIRA 17-.6)
1. Vsesoy-uznyy natichrio--'ssledovateltskiy gornometallurgicheskiy
institut tsvetnykh metallov (for Babki.n, Grebenshchikov, Zhalin,
Prokhorova). 2. Berezovsk'Ly rudnik, KazSSR (for Lyapunov,
Lobazov).

PROKHOROVA, T.I.; SHRAYBER, Yu.F,
~
Ventilation of the Kirgalimsay Mine. Sbor. trud. VNIITSVETMT
no.4;229-235 159. (MIRA 1618)
(Margalimsay region--Mine ventilation)

IVANOV, K.K.; GAVRILINA, G.V,j KOVAIL-14KOVAI V.K.; LIROVA, S.A.1
SOKOLOVA, L.B.; Prinimali uchastiye: BOLIRSKMA, H.V., inzh.;
PROKHOROVA,, T.I., inzh.; SIV,-TILOVA, Z.K., inzh.
Aeration and respiration of actincmycetes and proactinomycetes
w.rnthesizing antibiotics in ferm-entora in relation to biochemical
changes in the culture media. Antibiotiki 6 no.21:5184-989 N 161.
(I-Mu 15:3)
1. Institut po izyakaniyu novyldi antibiotikov IM, SSSR.
(ACTINGOICES) (ADTIBIOTICS)

.999 1509-~ M
o v
PROKWROTA. T.P.; BASILOV, V.V., inzhener, redaktor.
[Manual of safety techniques for the railroad linemanj Pammiatka Po
tekhnike bezopasnosti putevomu rabochemu. Koskra, Goo. tranap.
zhel-dor. izd-vo, 1953. 61 p. (KLRA 7:5)
(Railroada--Safety measures) (Railroads-Naintenance and repair)

V
_~~366
S/079/61/031/008/004/009
(7 17P _0 D215/D304
AUTHORS: Reykhsfelld, V.0. and Prokhorova, V.A.
TITLE: Study in the field of mono-organosilanes. (11) Re-
activity of mono-organosilanes with alcohols
PERIODICAL; Zhurnal obahchey khimii, 1961, v. 31, no. 8, 2613-2618
TEXT: The reactions studied are generalized by the following equations:
+R1OH +R1OH +R1OH
RSiH3 RSiH 20R' RSiH(OR1) 2 RSi(OR1) 3
-H2 -H2 -H2
The alcohols studied were benzyl, propyl-, allyl- and propargyl- and the
silanes, butyl-, phenyl-, n-chlorphenyl-. The kinetics of the reactions
were followed by measuring the rate of H 2liberation in the reaction
catalyzed by a strictly determined amount of freshly deposited Cu,
Card 1/2

25366
S/079/61/031/008/004/009
Study in the field of mono-... D215/D304
at varying temperatures, i.e. 10, 20,30 and 400C. The results of the
studies are shown in tabulated and graphic form. It is deduced from
the results that the reaction of mono-organosilanes with alcohols takes
place by a mechanism of nucleophilic substitution of the type SN 2
(as defined by Ingold and Hughes). There are 4 figures, 5 tablea and 7
references: 3 Soviet-bloc and 4 non-Soviet-bloc. The references to the
English-language publications read as follows: W.H. Nehergall, J.Amer.
Chem. Soc.,,1950, vol. 72, 4702; W.S. Miller, J.S. Peake, and W.H. Neber-
gall, ibid., 1957, vol..79, 5604; A.A. Frost and W.C. Schwemer, ibid.,
1952, vol. 74, 1268#
ASSOCIATION: Leningradskiy tek4nologicheskiy institut imeni Lensoveta
(Lensovet Technological Iristitute Leningrad)
SUBMITTED: July 8, 1960
Card 2/2