SCIENTIFIC ABSTRACT KOMENDAR, V.I. - KOMETIANI,P.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824110016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IDMENDAR9 Me
Gnarled pine woods Of the Ch&rn0gorRangs in the eastern Carpathians.
3ot.zhur.[UkrJ 11 no..3:67-80 154, (MLIU 8:7)
1, Institut botaniki AN UM, viddil goobotaniki
(charnogor range)

KOKENDAR, V.I.
G~acterletice of the timberline in the Soviet Carpathian Cherna-
gora. Bot.zhur. [Ukr.] 12 no.4:75-83 '55. WRL 9:3)
1. Uzhgorodalkiy dershavniy universitet, kafedra morfologil t
sistematiki roslin.
(Chernagora -Yorests and forestry)

USSR Forestry. Dendrology. K-2
Abs Jour: Ref Zhur-Biol., No 6, 1958, 24870.
Aut"hor : Komendar. ~. I., Mankovich, G. R.
Inat ; N=og3.ven.
Title : Timber Resources of the Transcarpathian-Ukraine
and Their Significance for the National Economy.
Orig Pub: Dokl. i soobshch. Uzhgorodsk. un-t, 1957, No 1,
21-22.
Abstract: No abstract.
Card 1/1
21
KOKCNDAR. V-1-
, , -W4
of,the, 48getation zones of eastern Carpathians (with
summary in Englighl'o Ukroboteshur. 14 no.4:15-25 157. (MIRA 1-1:1)
1,uzhgorodalkly dershavnly universitet,Kafedra morfologii i
sistematiki rooline Ography)
(Carpathian Mountain-Phytoge

CGWITAY : USSR
! Forestry. DendiroloCr.
A JOM. R'/."hPLn1. 3 195% lo4Rie
Ile.
.4 7J' T PF." I 'SavokIlev, 0. V.; KoMVdar V. 1.
Late aud Early Beech In Trantlearpathia
'D,- 11iB. Nauchn. zop. Ux)zgorodek. un-t, 1957, 0. 197-199
In the Tratecerpathian region, more than half of all th,t
large foresta are composed of ERAL48 Milveltica. In different
places in Trazacerpathia grow the late (T. ailyatica
cox) andearly (F. allyatica f. tArLA) forzas of beech. The-
difforence in dates,of the start of bud opening for earAy
and late beach in 9-12 dage. Higher above sea level th,e
leaves oyan later thin it lower levels of the slopes. The
morphological and biological charactoristics of late 8,M!
early forms, in the opinion of the authors, are inherited.
In connection with the frequent injurability of beech und6r
mountain conditions with late frosts, attention to dlrectt~d
112
10

KOMENDAR, V.I.
Vegetation of the Chernagors Range in the eastern Carpathians as
a valuable natural monument. Mat.pro.okhor.pryr.na Ukr. no.2:
11-30 16o. (MIRA 13:8)
(Ohernagora Mountains--Botany)

V.I.: FODOR. S*S.
A heather-sphognum bog 14 fromearpathia, Ukrainian SsS*R~
Ukr.bot.zhur. 17 no-3:79-81 160- (MIRL 13: 7)
1. Uzhgorodskly-goe dmwmtvanW universitet, )Sfedra morfologll,
i slatevAtikl vWxenly,
(Irshava District,-43waups)

~,KOMMARs,41I.
Recent data on the classification and development of Pinus mughus
Scop. associations (14igheta) in the Ukrainian Carpathians. Ukr.
bot. zhur. 17 no.6t76-84 160. (14IRA 3-4:3)
1. Uzhgorodakiy gosudarstvennyy universitetp kafedra morfologiii
sistematiki raoteniye
(Carpathian Mountains-Spruce) (Forest =ology)

KOMENDAR, V.I.
Geobotan-4cal characteristic of the growths of the green alder Alnus
viridis D.C. in the Ukrainian Carpathians. Ukr. bot. zhur. 20
no.4;65-72 163. (MIRA 17s4)
1. Uzhgorodakiy gosudarstvennyy universitet.

.KO
Phytocenosis of the curvuletum in the 'Ukrainian Carpathians.
Nauch. dokl. vys. shkoly; biol. nauki no. 2:123-127 164o
(MIRA 17:5)
1. Rekomendovana kafedroy morfologii i sistematiki rasteniy
Uzhgorodskogo gosudarstvennogo universiteta.

ROMDAR, V.I.
rrence of Narcissus angustifolius Oart. in Transcauessias
Bot. zbur. 49 noo7tlO24-1032 Jl 164 (MM 17t8)
1. Uzhgorodski7 gosudaretvemn universitet,

KOMENDAR, V.I.; TOW, Ye.S. [Tovt, IE.S.)
Discovery of the hard grass Selerochloa dura (L.) P.B. in
Transcarpathia. Ukr. bot. zhur. 22 no.2:105 165. (MIRA 1894))
1. Uahgorodakiy gosudarstvennyy universitet, kafedra morfologii i
sistematiki rasteniy.

ROMENDAR, -V.1.; KRAYEV,,. V.G. I.Kraiev, V.!I.J-, LUCHKEVIC'Ji, M.Yu, rLuchkevych,
k
M.1fil
Studying the underground parts of herbaceous plants of the
Rivna (Ukrainian Carpathians) alpine meadads, Ukr. bot. zhur.
22 no.048-57 165. (MIRA 18i10)
1. Uzhgorodakiy gosudarstvennyy universitet, kafedra morfologii
i sistematiki rastenly.

----------
OSTROWSKI, K.; K011-WIVER J.- KOSOMM, Hama, K.
Elution of some substances from the tissues fixed by the "freeze-
substitution" method. Acta biochim. polon. 9 no.2:125-130 162.
1. Department of Histol and Embryology, Medical School, Warszawa.
OgK em)
(HISTOLOGICAL UCHNIQUM) (LIVE R'ch
(PHOSPHURUS Chem) (NITROGal 7 chem)

OSTROWSKI., K,., doce dr med.; KOMDER, J.,-,'KWAREGICI, K,
Quantitative research on the solubility ar proteins extracted
from tissues fixed by different chemical iind physical methods.
Folia morphol 21 no*3.*393-398 162.
le Zaklad Histologii i Embrologiip Akademia, Madycznas, Warszawa.
Kierownik; doc. dr K. Ostrowski
10:

FMZKOWSKIp Ireneuss; Ka4MDM, -Tadviga
EM curves in newborn, infanto-%rn to mothers with pregnancy
or labor complications, Gin-ekepol.34 no.W81-79~ t63.
1. Z 11 KliTAIC-t Poloznictwa i Chorob Kobieoyct_AK w Warsuavie.
Kierownik: prof. dr.med. I.Roszkowski.

KOMENDER, Jadwiga
Results of the some laboratory Investigations of newborn infants of
mothers with pregnancy toxemias. Pol. tyg. lek. 17 no.43:1672-1674
22 D 162.
1. Z II Kliniki Poloznictwa I Chorob Kobiecych AM w Warazawie; kierownik-.
prof. dr med. I. Roszkowski.
(PREGNANCY TOXEMIAS) (INFADIT ITWORN DISFASES)

KOM&DM, Jadwiga; WOJCICKA, Janina
Attempted evaluation of the relationship between the leval of
uric acid in mateimal and umbilical sera. Ginek. PoL 35 nooll
9-13 !a-F164.
1. 2[ 11 Kliniki Foloznictwa i Chorob Xobieayeh AM V VarazaWie;
kierownikt prof.dr.med. I.Roszkowskie

.001AND
j4a Second Clinic of Obstetrics and Gynecology (II Klinika
T~oloznictwa i Cbcrob Kobiecych) Head (kierownik) Prof Dr 1. ROSZKOVSKI,
vlarFjaw.
"Results of Some Laboratory Tests in Newborns from Mothers with Toxemia
of Pregnancy."
Warsaw, Polski Tygodnik Lekarski, Vol 17, No 43, 22 Oct 1962; pp 1672-1674.
Abstrac - fLnglish su=,ary modifiept Data on 30 newborns from as many
eclamptic or pre-eclamptic (blood pressure over 140/70 in all, edema in
24, proteinuria in 17,) mothers: tabulation of birth weights and
hematologic data. In comparison with norm, there was observed low
birth weight, low total serum protein, wild leukocytosis. Four tables,
9 Polish and 23 Western references.
KOM TA I DA T IG.Yaj Gand Tech Sci-(diss) -armored reinforced concrete
constructions vath rod, -armature M+ned-by the electro-thermlfe"6-
method. Irheoretical substantiation, and experimental studies).
Vvov, 1958- - 31 pp -Ath drawings~ (Mih of Higher Mucation UkSSR. Llvov
Polytechtic Inst), 150 copies M130-58, 127)

WZOVOYI Yu.I., dots.; XOMMODNT G.Ya atarshiy prepodavatell
~~,
Electrothermal metbod for prnstressing reinforcement rods in roin-
forced coucreta members. %auch.dokl.vys.shlcoly-, stroi. no.3!132-141
158- . (MTRA 12-.?)
1. Rokomendovana kafedroy stroitellnogo proizvodetva L'7ovakogo po-
litekiininhaskogo instituta.
(Prestressed concrete)

LgVj, 8.5,, kand,takhm-nauk; KDMrMT, G.Ta, inah.
nt bars. StrOi-
Blectrotherml method for stressing reinforceme (MM 11:9)
.Prom. 36 n0.8:13-17 A6 158.
(Prestressed concrete)

KOMMM'. q ~ a .- -
-1 .- 1 1-
Phngocytio capacity of noldophilic granulocytes in the blood of
guinea pigs* Postepy hig. mod. doew. 13 no-3:32-3-327 1959.
(PHAGOGYTOSIS)

0STRCWSKI, K.; CZEKALINSKIp Le; KOMNDSR# J,
An improved model of 2yophilization apparatus for histological
purposes. Bul Ac Pol biol 8 n0-1:35-39 '60- (EEAI 10:1)
1* Institute of Experimental Pathologyq Polish Academy of Sciences
noes
and Department of Histology mW Embryology, School of Medicine,
Warsaw. Presented by L.Paszkiewicz.
(HISTOLOGY) (DIMO)

OSTROWSKI, K.; XOtWDERP JT.; WARWKII K.
Quastit&tiv* IRvaistigationis on tho solubility of proteins extracted
from tissues fixed with varioun chemical and phymical methods.
Asta bioohim.polon.8 vto,1:83-87 161.
1. Department of Hiatology and Exbriology, School of Medicine,
Warsaw.
(PROTEINS ahem)

. . . . . . . . . . .
KCIVENDOVA) V-, ; JADIINY, J.
Treatment of cyanide waste waters by alkaline chlorinELtion. P. 365.
VODNI HOSROSARSTVI. (Ministerstvo energetiky a vodnibo hospodarstvi a
Vedecka technicka spoleenost pro vodni hospodarstvi) Fraha, Czechoslovakia.
No. 9, Sept. 1959.
Monthly List of East European Accessions (EEAI) LiC, Vol. 8, No. ll,
November 1959.
Uncl.

KOMENDOVA V. ; JADRII-Y
Disposal of Metal_finishing waste water. p. 428.
VODNI "S'ODAIRSTVI. (Ministerstvo Onergetiky a vodniho hosPOdar:3tvi a
Vedecka technicka
No. 10, Oct. 1959.sPolecnOst Pro vodni hOsPodarstvi) Praha, Czechoslovakia.
Monthly List of East European Accessions (EEAI) LC, Vol. 81 NO. 11,
November 1959.
Uncl.

KOMENWVA) V., inz.; DRABEK, B., dr.
~
Physicochemical properties of sludges. Vodni hosp 14
no. 3:99-102 164.
1. Research Institute of Water Resources, Brno. I

0
KOITNDOVA, Vlasta, Inz.; DRABEK, Borivoj, dr.
Electrochemical nurification of oyan1de waste waters. Vodni
hosp 14 no.11:4-.1-414 164.
1. Research Institute of' Water Resourcen Management, Brno. I

'U
Y ?IC, N
M
Profitableness, economic aspects and productivity of industries generating
electric power. p. 32.
EIEKTROPRIVREDA, Beograd, Vol. 9, No. 1, Jan. 1956

MSTHFMOt A.I.; KooNsKMI N.J.
DineertatimB 02 o'jrgft7 and related ispeoftitiev prenented
du~ 1957-195S. YoutAbir. 85 AQ-IU153-159 0 160.
(NIRA 13932)

tz
r~ -> I i ~)
MEBOYINOV, I.; KCMSKIY,'S.,
One StOZ7 stsndard type harbor warehouse. Nor-flot 17
no,5:26-28 NY '57. (VIRA 10:7)
1. lkspert Takhsoveta Ministerstv& morskogo flots (for Madovikov).
2. Uchen" s9kretarl Inuchno-takhnicheekogo obehchestva vodnogo
11
traAsporta v Soyusmbrproyektei.'Wr,,*'Xison'sKk'.).
(warehouse I- -

r
v
pa, E., Ir on, n t m r. r. i! sel-ua---p fn
I CL bt~ r t, -,3 pace A q tem. t lues e rn .
M-r RA 18:61

ROMETIANI, z. p.
"Role of Free Radicals al
Membranes." in thO.FOrmatiOn Of Blectrical.potential on Biologic
Paper submitted for the International Blop4ysics Congress Stockholm
31 Jul - 4 Aug. 161.
Inat of BioplWales, AS GOR

KOMER, D., inzh.
We need a handbook on cement. Stroi.mat. 3.no.7:29 Jl 157.
(KIRL 10:10)
(Cement industries--Handbooks, manuals, ate*)

DM!,
KOMERS) J.
"Gas chromatography abstracts" compiles by C.E.B.Knapman. Reviewed
by J.K,omers. Chem priam 13 no.9:488 S 163.
1. Ceskoslovenska akademie ved.
7-

KOMM, R.; SIMA, J.; JANAK9 J,
*Gas chromatography of monobydric phenols.0 In German. p. 1492.
COLLECTION OF CZECHOSLOVAK CHEMICAL COMMUNICATIONS, Praba, Czech.,
Vol 24, No. 59 MaY 1959
Month,ly List of East European Accessions (EEAI),.W, Vol. 8, No. 6. Sept. 59
Unclassified

K011=0VI 1115
755.3
- L3
Vagonnoye Khozyaystvo, (Railroad car EcononV, by), A. Laprabin (1)
S. G. Komerov. Moskva, Transzheldorizdats 1955.
190 p. Illus&# Djagrso. Tables.
Literatura: p. (187).

KONOKOTINA, A.G.; KOSHKINA, R.I.; KOMERS,, G.I.
Preservation of cultures of Leuconostoc mesenteroides under
laboratory conditions. Trudy Len.khim.-faminat. no.13:89-101
162. (MIRA 15:10)
1. Kafedra mikrobiologii (zav. prof. Kiselev, P.N.) Leningrad-
skogo khimiko-famatsevticheakogo instituta,
(LACTIC ACID BACTERIA)

K --Q.H&--(V'emacka); WOLF, dr., (Vemacka); LEDER, M. (Velika Brfbanija);
-RUMS, --
PIRAPM, M. (Belgija); CPXSSMUL, DR. (Velika Britanija); MAGNUSSM.,
(Svedska); MUTMOIT) (Francuska); VALSER, (Svajearska); BOEKHOLT)
(Holandija)
Annual reports of the chairman of the International Institute of
Welding Commissiop XII "Special kimds of electric are welding" and
the chairmen of its subcommissions and vorking groups. Zavarlvac
6 no.2/3:41-43 161.
1. Prednednik Komisije X11 (for Komers). 2. Predsednik Potkomisije
"A" (for Volf). 3. Predsednik Potkcmisije "B" (for Ledger).
4. Predsendnik Potkom:'Ls:*Lje "C" (for Pirard). 5. Predsednik Radne
grupe 'Id" (for Gresswell)o 6. Predsednik PotkomisiJe "E" (for
Magnusson). 7. Predsednik Radne grupe OfO (for moneyron).
8, Preds6dnik Radne gru e "g" (for Walser). 9. Predsednik Radne
grupe "h" Uor -Roekholt5o

A &
PNeAm of weds maim mwwmt4a flu.
j, U. gt&aM&v Lands, J~l Ostav
ir-S~VACCIM~ Chow.
fechnoll raw waste watem
PrAomp 1526, W--721. 10,236931).-rit.
contc. mot Ors. ,, kM gkb by suffocation V
In the deompa. I Clerri. abemd The parification of
waste watem. costs. pbenob. ,pbt;;.i, ,I&, atut DaPh-
an fish am desffW- M'
ask

Czechoslovakia /themical Technology. Chemical Products 1-14
and Their Application
Water treatment. sewage water.
Abs Jour: Referat Zhur Khimiya, No 9, 1957, 31784
Author Komers J.
Tlitle The Problem of Decontamination of Phenolic Sewage,
Water
Orig Pub: Vodni hospodarstvi, 1955, 5p No 9, 322-324
Abstract: The available procedures are briefly considered.
C a r,d 1/1

E3tablialment "d purponO3 of the Cz
'i-laitc. p. 179. VODA. (Ustredni 3prav ccho-31ovak Co~,jqjtcn for Phanolic
Vol. 35, no. 6, June 1956. a vodni.ho honcodarntvj) Praha.
3-)'URCI~~: i'-'at European Accessions List, Vo*-- 5. no. 9, September 1956

4z
Diatrt 4E2c(j)
Use of polymer-cated elect-0je 14f the p4tefidometric
Indicalloo of the equittlence point, Karel Kamers
1kola chem-techgol, Patdubki;-CxrfteMh-T- OFNI~
ekemet"And PardidUre I
113-J.-Mectrd. .,. dipped in satns.*of polystyrcne,
poly(bile methacrylate). Polylvinrl chloride). and po)y-
chloropTene. In potendometrie t tradons the~cgatjjjn%'re
tarded the electrode processes and prolanged th tile
electrode. The performance of the coated electrode was
about equal to that of a normal electrode.

C Z EN;! I OS! C V A F. 1A 4
CATEGOW Yhysic,~.j 1%'homintry. E] ectroeboviiistry.
A13S. JOUR. 11"lifaUm., No 17) 1959, No. GOISO
AUTHOR KPr\-fL-
INSTITUTE
W IMF. Ploctromptric lndtic-iiifln (if 'i-
, int ',hrloyinj! T
.In y two Pn1ftri-7.ir- Mectrode!: for~l
Chem. ji~j,yl
ABSTPACT Investip'n-ted is the Oane of titr,,tion curres
nf tEr.- irreversible oxidation-ri!ductinn svstprms
at a constant voltage lnnnlied to tjo indi cating
ty-pe electrodpa (the mei.1-od nf "flead center") , .
or at a. const-rnt ci~rreni, ( t) e 11i f feri nti~)l me-
Plod). For 10~e constriciion nf ctir\ps, Oe thon-
ry of the irrevors-iMe Polarorrw1h i-I nrocasses
is utilized, emnloyinp an "a" tonstatitt -the
reciT-roci4l of. which A '; ign(ttes the renc-tion
velocity constant for the reductinn and oxida-
tion reaction, and a coefficient of transition
*tile Irreversible OxidAtion-Reduction Systems
Card: 1/2
Ae

71 -
i4 f-Y7
itntlz--~ ,-i, .,z--* ~f- .~, .-.
I -"
- - , - .-I! M~ -Z-mg, , -'o g.-~n
'rl--:mA t- - I ----
I -

CZECHOSLOVAKIA/ Analytical Chumistry .1amlyaia of Organic G-3
Substances
Abs Jour Referat Zhur Khimiya, No 4, 1957, 12144
Author Sir Z., Komers R.
Title Organosilicair-do-M-Founds. VI. Determination of Silicon in
Organosilicon Compounds. VII.Determination of Halogen
Linked tothe Silicon.
Orig Pub Chem. listy, 1956, 5o, No 1, 88-93; 162-163(Czech); Sb,
chekho 1. khim-. rabot, 1956, 21, No 4, 673-879;
!o66-lC68
Abstract VI. A.simple method.was worked out for quantitative do-
termination of Si In organosilicon compounds (OSC). Mi-
neralizantion of analyzed suIbstance is effected by wet pro-
cedure with a mixture of oleum or H S04 and fuming HNOj.
2
With most CSO mineralization occurs readily, only lowe'r' al-
kyl silanes (in particular tetramethyl silane) exhibit con-
siderable stability. To avoid losses in the case of more
Card 1/3
be vel-y -~,atf6irf 16_f6~y
Communication V see ~Zhluliy,', 1956, 71759.
Card 3/3

17.-,, ~Dlif
f ,

do;iol
n Li
K-61

/7D

Distro 492c(DAEX
y Gac-liquid gttddm clw4mamamph~ d CCOMIAOMOC14
R. Kmers. K.
A
I -WI
VO ",c4t

In mixts d dc- and 3-methyl-, or 4-methyl-
h
l
d
o
mno
ey
s were tepd. bj
.1 Ca-" "Y.
udq stationary phases cap& le of -HV(WA=Ut.Ofa Th.
carrier sm was N.and the stationary phase glyccrol.(17%)
or crythritol (25%). The elation characteristics were
detd. an colmm charKtd with,34 g. Styceral or 6.4 g.
crythritol. The retention values wen "pressed rtlative to J.
cis.2.. Irdxk I-, and ei k4-tuethilcyclahemuol for p~mpds,
substituted In the 2. 3. and 4 positions, The follow'"
relative retention vols. of the cmpds. were obtained witI.
glyceM at 109* and crythritcl at 130* (1 - methy1cyclo.
hexanal): cit-M. 1.00. 1.00: trams-M. 1.32, 1.38; 2-
meth MexAncue. 0.52.0.68; cis4-1. IX. IM; trast-
W
3-11
OO. 1.00; 3-methylcyrIchmanotte. 0.52, 0.67; cis-
4-1.1-00, IAO; - trant4-1. 126. 1.32; 4-metbykydohaa-
acne, 0.5t 0.71; V* (sp. retention vols) for cis-2-1 were 92,
18.2; V4, (cc cta"t, 129. 26.80; NO, ficir cis-44, 133, 26M
St~~~ mixts, of 2,6-dimethylcyclobexanal aril

_
R4aa KoUig and ]IV, %
rk J~
4
M
R

.;
1
ran, uzewAq. (;am. Ulty, 5 , 10
11
~
creasing.polarity of the mots. of the stadamirY Phm all-

rz a certain Seketivity manifested by a relative increase
ca.
p
U strongly pdv each eventually by a
ul the adsor
tion
.
ip
towered culsacption'of those plienall-wha stetio hindmoft
leads to a decrease in the dipole momeati Similarly, with
increasing mol. wt. the magn~itude of the dipole momwt
of the sUt"ry phase falls. Likewise the selectivity fall,
with increasing temp. The possibility of H bond formation-
between the OH gmup of the phenol and thefunctlonal.

hand by the -
f the statlcnary~phase is detd. on one
magnitude of the dipole moment. an the other hand. bf the.
v
e
iam
l
i
en.
ea. tre g
degree of- steric hindranc
ous e
, Var
p
Specific elation vats. spectra) of 19 phe-.
A
nols on IS ticapda aM polar phases = tabulated. Ofthae-
e-
- di
e
tE
f
e
it
A
i
h
l
l
d
bl
l
L
o
i
are su
a
e
s
ezon
or
tr
et
agan
po
ya
p
y
p
according to the C no. and erythritol, or glucose etbyjeat~.
mercaptal for scpn~ according to the degree of steric Wn-
dranceel the OH group. - Optinial temp. of sepa. Is IW-70".
The reproducibility and validity of the measured surface. bL-
low the clution curve of the chromatograw was uludied in re-
L'ition to the wt, and molar compri. of the mkm in H and N
as supporting gases. In N the deviattom of the wt.-% ob-
tained front the surfaces without calitind Lou are [a error by
about, 10 wt..%- of the content of the component. while in
if the error for isomers.with an. equal an. of C atoms in the
MCI. Is smalter. i.e. 2 wt.-%-aad about 10 wt.-70 for the I st
ji and 2nd .member of it homotagaus series. In aelther case,
can mixts, of-homologotm phenob be,"yzed without
cidibration, L. J. UsIshmL

Distrt 2
49. 40AEN

:
Distri 4E 0
.3dM2
:'sac(
of cas chramatomphy.1 lantilav janlik art, M '0 Kimucrs
'ri'nr

-it Rhcuoli tire wiml. Into groupi 1!
A
h
1
A
1
CM)n
Y oil J
, Or 1K
Y(MI11011YI 31
ORMP
Oxiltle), lind ftlxl, into coullmls. hy
bcozyl arnlilmrsate,
lactfilte Id galactunic a6d (1), crythrild, aud dulcitul with
:the effetativetim. Inctmdug from the fir a to tvio List. Dl-
0. Nome

it'

t=~,

5 (3)
AUTHORS: Komerep R.9 Eazhantg V. SOV/20-126-6-34/67
TITLE: Analysis of the Mixture of Dimethyl E3tera of Benzene-dicarbo-
xylic Acids by Means of the.Gaa-Liqui& Chromatography (Analiz
amesi dimetilovykh efirov benzoldikarbonovykh kialot pri
pomoshchi gazozhidkoetnoy khromatografii)
PERIODICAL:. Doklad*--Akadenii nauk SSSR, .1959, Vol 126p Nr 6, pp li6a 1269

ABSTRACT: In recent times, phthalic-9 isophthalic-9 and terephthalic acid
which belong to the acids mentioned in the title gained consi-
derable importance as intermediate products in the production
of some plastics. This applies above all to terephthalic acid,
which serves for the production of artificial fibers of the
polyester type. The good quality of the fibers depends on the
maximumpurity.of,this acid or of its dimethyl eater - the in--
itial product for polyethylene terephthalate. The methods of
determination of the mentioned purity described in publications
:(Refs 1-6) are an the one hand very complicated and not suffi.-
clently,preciseq on the other, they do not permit the simulta-
neous determination of all 3 isomers. For the case that the
Card 1/3 distribution of the iso- and terephthalic acid could not be at-

Analysis of the Kixture of Dinethyl. Eaters of SOV/20-126-6-34/6T
Benzene-dicarboxylic Acids by Means of the Can-
Liquid Chromatography
tained by paper chromatography, Franc (Ref 6) described the ni-
tration of their mixture with subsequent separation by paper of
the nitro-derivatives obtained. Also in this case, howevert the
presence of phthalic acid (or of its 3- and 4-nitro-derivatives)
exercises a disturbing effect. The authors found that by means
of the chromatography (Ref 7) mentioned in the titlethe neoes-
sary separation-may be attained in certain stationary phases
which contain oxygroups. This is due to the different associa-
tion of the individual isomeric methyl eaters with the station-
ary phase. The presence of benzoic acid eater has no effect at
all on the results of chromatographic analysis. The device by
the firm Griffin and George (London) was used for the investi-
gationa. Nitrogen at 1650 served as carrier gas. Porous material
"p6rovina" (Ref 8) wetted with 10.6% erythrite served as check-
0 was
er (nasadka) of the column. The specific elution volume Vi
calculated for dimethyl isophthalate. Table 1 gives the results.
Figure 1, shows the course of the chromatographic analysis. There
are 1 figureg I table, and 7 references.
Card 2/3

Analysis of the Mixture-of.Dimethyl Eaters of 807/20-126-6-34/67
Benzene-dicarboxylic Acids by Means of the Gas-
Liquid Chromatography
ASSOCIATION: Otdeleniye organicheakoy tekhnologii Khimicheakogo instituta
Chakhuslovatakoy Aka4emii nauk,Praga (Department of Orgaaic
Technology of the Chemical Institute of the Czech Academy of
Soienoeap Prague)
PRESENT-ED: April 1, 1959, by B. A. Kazanskiy, Academician
SUBMITTED: March, 27, 1955
Car4 3/3

KOMERS, R.; KOCHLOEFL, K.
A study on the gasochromatographic separation of the sterboisomera.
of alkyleyelohexanoles: Coll Cz Chem 28 n6.1:ii.6-54 Ja 1-63.
1. Institut fur theoretische Grundlagen der chimischlan Technik,
Tschechoslowakische Akademie der Wissenschaften) Frag.

CZECHOSLOVAKIA
KODERS, R.
Institute of Theoretical Foundations of Chemical Technology
of the Czechoslovak Academy of Sciences, Prague
Prague, Collection of Czechoslovak Chemical Communications,
No '6, 1963, PP-1549-1555
"Study of the Gaschromatographic Separation of the Methylesters
of Benzolmonocarbonic Acid and Benzoldicaronic Acid."

Research on gas..,chr
omatographic separation of methyl
60tOr
COU Cz Chem 28 no.6:1549-i556 je 163.
1. Institut fur theoretische Grundlagen dor Chamischen
Tachnikp Tachachoslowakische Alcidemie der Wissanschaften,
Prag.

LUXES, V.;KOMEFtS,,,4*-
On Terpenese Fte 163. Coll Cz chem 29 no.7%1598-1603 Jl 164.
1. Institute of Organic Chemistry and Biochemistry, Czechoslovak
Academy of Sciences., Prague.

KOMERS., R. i ROCKLOEFL, K.
Study nf the chromatogrsLphln behavior of sorLe ce~,cnca
in tha gas--!Jquid system. 0*11 Cz chem 29 Ag 164.
1. Institute for Chemical Fr-,~c~eEs FundamerLals, Lze-chr's-i-ovak
Academy of Scionces, Prague.
0

,.,KOMS. Ye.G.
UFJS Of alUxt4um In the automobile industry abread. Blul.tokh.-
ekon.inform. no.8:.86-89 1~9. WU 13:1)
(Automobile lioustry) (Aluminum)

KUPCHA, S.; SHTRAMS, Kh.t, LENGELIp I.; DEMNU, M.; KMIES,
Sanitary and hygienic study of air pollution in the city of T. of
the Rumanian People's Republic. Trudy LSGMI no.58:113-116 160.
(MIRA 14; 11)
(RUMANIA-AM POLLUTION)

1% 111.
35593 -Vnema'uochnaya berememostf za 10 let (1936-1946-GG.) 'hmc~-- sev.-oset. Cos. 1"Ied.
In-ta., 1,Yp. 4.o 1949, C. 81-09
SO: Letopis' Zhumalinylli SIZIatei., Vol. 45) 1949

IMr, 16.. Y.
35594 Yainimalfrryyc abort.r. audy sev.-o--:ct. Gos. Nod. in-ta, VYp- 4) 1949) C. 113-
1e, -
SO: Leto-,Ast Zhurnall rVIch Stat-cy,, Vol. 45, 1910

1'~Vtzr(Smolenek# Be' Sovetskaya, u1., do 22/2, kv.9)
KONESHKO, mv
" -
Surgical treatment of cancer of the uterine cervix [with summary
in Nngiish]Vop. onko 4 no,W475-478 158 (MIRA 11:9)
1. Is kafedry akasheretva i ginekologii (save - profs SoHs Ilan)
Smolenskogo mod. instituta (dire - dots. G.M. Starikov)*
(G~RVIX IMOPLASMS, surge
statisto Ous))

XOMESMO, K.K., doteent
Cancer of the uterine cervix and pregnancy. Akash. i gin. 35
no-3:111-112 My-Je 159.. (HIRA 12:8)
1. 12 kafedry akusheratva i ginekologii (zav, prof.SaMelleyn)
Snolonskogo meditsinskogo instituta.
(CMVIX HHCPIASMS,~ in pregn.
(RUBD
(PREGILUICT, in varioua die.
cancer of cervix Olus))

No M HKOp K.K., dotsent
Architectonics of the placent blood vessels in premature labore
Akuish.i gin. no.6828-35 260,, (MM 1411)
.1* Iz kafedry akusherstvaJ ginekologii (zave - Prof. S.M.
Xleyn) 81molenakogo meditainskogo institutdo~
(PLAGENTA-BLOOD SUPPLY) (WANTS (PMMTUBE))

KCHESHKON K. K,, dotsent
Significance of placental acetylcholine in premature pregnan
Akush. i gin. no.3:27-32 161. (MIRA 34:12re
1. Iz kafedry akusherstva i ginekologii (zav. - prof. S. M. Kleyn)
i kafedry normallnoy fiziologii (sav, - prof. N. A. Yudenich)
Smolenskogo meditsinskogo instituta.
(CHOLTNE) , (PUCENTA) (PREGNANCY, COMPLICATIONS OF)

KOMESHKOy K.K., dotsent
Therapy of cervical pregnancy. Sov.med. 26 no.6:106-111 Je 162.
OURA 1521-1)
1. Iz kafedry akusherstva i ginekologii (zav. - prof. S M.Kleyn)
Smolenskogo meditsinskogo instituta (dir. - dotsent G.M:Starikov).
(PREQNANCY, EXTFAUTERINE)

K014ESIIKOP K.K.p dotsent; SONKIN, A.S.
Diagnosis and surgical treatment of 1075 patients with extrauterin4
pregnancy. Trudy SMI 17:34-45 163. (MIRA 18:1):
1. Iz kafedry akusherstva i ginekologii (zav. dotsent K.K. Ko-.
mealiko) Smolenskogo gosudarstvennogo meditainskogo instituta.

GUDZFdMZHIA!JI, B.I.; CNICHUAI B K.; PETROVSKIYj G P.; X014ETIANI, G.A.;
AMAYPARAS M, LI, M.V. ; 1ULSMLI p E.Ye. ldece-as-ed-j-,--
MIRZIASHVILI, T.M.; SHCHERBAKOV, D.I., glav.red.; ARCHVADZE, Sh.R.,,
red.; BOGOLYUBOVA, L.I., red.; VALITS, 17.E.p red.; TAVADZE, F.N,.,
red.j YABLOKOV, V.S.9 red.; PEVZNER, G.Ye.p red.izd-va; MAKMII,,Ye.V.p
tekhn. red.
(Coal atlas of the Caucasus) Atlas uglei Kavkaza. By B.I.Gudzhedzhiani
i dr. Moskva) Izd-vo Akad.nauk SSSR, 1961. 167 p. (KIRA 24:12)
1. Akademiya nauk Gruzinskoy SSR, Tiflis. Sovet po izucheniyu proiz-
voditellrqkh sil.
(Caucams-Coal geology)

NEWISHVILI, K.S., glavnyy red.; AVALIANI, G.A., red.; IUKRADZIC, I.T-*
red.; DCLARKRID21, L,D.. reds - KAKAAA , N,A,, red.; KQW_I.ANI.
G.A,,_red.; TVALCHMIDZS, G.A., red.; TRGOUIDZZ, G.I., red.;
YOKO, A.M., red.; FIUTOT, S.S., red.; BDILASHVILI. T.The,
red.; 3IRNZOVSKATA, L.I., red.izd-va; IVANOVA, A.G.. takhn.red.
[Yearbook of the Caucasus Institute of Raw Minerals for 19571
Ishagodulk Kavkasskogo Institute minerallnogo syrlia so 1957
god. Moskva, Goo.nauchno-takhn.isd-vo lit-ry po geol. i okhrans
nedr, 1959. 54 p. (MIRA 13:12)
1. Tiflis. Kaykasskly institut minerallnogo syrlya.
(Caucasus--Kines and mineral resources)

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KOMETIANI NA. The Beritashvili-Physiological Institute,, The AcaderW of-Scienoesj
the T-eo-rg-Fan-S 0 3 OR 6The phase boundary potential of redox systems and the theory of the
development of bioelectric currents Bulletin*of the Academy of Sciences of the Georgian
S.S.R. 190, h/3 (261-268) Illuso 2
The author enlarges the view that the basic factor of a bio-electrical potential is
metabolism, the breakdown and resynthesis of substances. The breakdown is connected with
oxidation. Biolotical oxidation is catalysed by reversible redox systems. If two redox
systems are separated by a membrane through which the movement of different ions is not
the same, the reaction between these systems causes polarization of the membrane. The
phase boundary potentials of some reversible redox systems (chinonhydrochinon,
methylene-blue, dichlorpheno3indophenol) were measured. The influence of the concentration
of the electrolyte and the electrokinetic potential of the membrane on the magnitude
of the phase boundary potentials was determined. Author
SO: Physiology, Biochemistry and Pharm&,-,ology, Section II, Vol. I,, #,]r6

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A-M p --- A__A__L_ A)
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TM laftmaim 41 aat*hoUm on tM distrIbution of K
In =NNW do". R..*jL~Iwi. %b. V. Dalklie. Rtkt
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Ia. 4Wc;;. vilminc. and vocratrime
prvW. by twjfuWm thrmah kinew
11%. duo IKA at i2 thm mint Matter as
caffefile.
like of the K Into a Form
I - IMS coffeifte M-
~yof dg=
tha asumed by hictirect
h SWIM
ICU#* tter hQW prolongctl the acthill
No Rig
1)( mastyllidm4m, so pbasplimcm is lthouxh X
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"OF THE ==IAN WRp TBHMI
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573. '!Mic t~,oritatil.vili Physiological Institute, the Academy of Sciences
the 6-0~ji-~881f'-The rate of oyygen consumption with the "catch action" of the body t*31 of i
leech Scobshtchenija Akademil Nauk 1945, 6/1 (65-72) Tables 4, Illus. 1
A study of respiration in connection with the investigation by Beritashvili of thecatch-,
action of the cutaneous-muscular body wall of the leech. The experiments ware
carried out in Warburg's apparatus with a special vessel for renpiratione rhe dv-ta
obtained show that, when the leech is in a stretched or contracted state, the load
evokes a corresponding increase of oxygen consumption. The increase of respi-
ration intensity disappears iromediLtely after the load is taken off, regardiess of
whether the leech is in a stretched or a contracted state. The oxygen consum~Aion
is also increased sharply by loading the preparation during tho process of catch-
action. The increase is relatively higher for umall loads. The increase of the load
does not evoke a proportional increase of the oxygen consumption. The above d&ta
show that the n~-ture of the tonic tension of the body wall of a leech differs from the
catbh--action of the cmooth muscles. kathor
So: Physiology, Biochemistry & Pharmacology, Section 11, Vol. 1, #1-6

FOMETIANI, P. A.
"On the Mechanism of the Action of Acety1chlorine on Muscle Tissue,"
Biockim., 2-1, No 3., 1946.
Biochem. Section Inst. of kbysicology, Acad. Sci. of the Georflan SSR., Tbiliss*

KOMETIANI., P. A.
"Microcolorimetric Determination of Potassium."
Biokhim.,. 31, No Us 1946. Chair of Chemistry.. Sootechnical Inst*p Tbilissis ' I
~ 0

P. X.0 MOP. PY-5A9T 75
Jul
Medidine: k6tabolisn
"Sources of Bioelectric Current," Prof P. A.
K=etiani, 5 pp
"Priroda" No.7
One of o4lef problems in pbjysiology has been 4eter--
mLnation4of exact nature of relationship of U-3-
eleotrio.carrents to life prooegoes. Describtj
diffusion potential,-potentialar-f varioas nembranst.,
potentials ofl~ou6dary phases, potentials i n oxidation
and ieduotiou'processes, ana bloeleotria current
the result of combined effects of diffusion and i~tftr,
phaseegotentials. and phase. potentials of =1dation
processes*

1OWUN19 P. Dl~
~wvw----
Interrelation between acetylcholine ancl potassi;m in muscle tissus.
Truar Instals'lolf- Ali Grux~-SSR- 7:393-424 148. 1. (KM 9-.8) -
(ACITYICHOLIM) ' (PbASSIM IN THE BODY)
(KUSCIA)

KOMETIANI, P.A.; KEHYN, Telona.
Intensity of oxidizing processes in different regions of the brain.
Seeb.AN Grus.03R. 9 ne.4:217-223 148. (NM 9-27)
i.Chlon-karrespendent kkademil'(for lemetiani)
a I (BRAIN) (OXIDATION, PHYS101MICAL)

XOK&TIANI, P.A.; XIM, Yelena.
Distribution and amouat of enzyw3atic decomposition of acetylcholine,
adrenalin, and histamize In different regions of the brain. Soob.
AN Gruz.SSR 9 no.5:277-283 148. .OaaA 9: 7)
1.0hIen-kerrespondent AN GSSR (for Xometiani).2.Akadomiiya ikauk
Gruzinskoy SSR, Institut fisiologii imeni akademika I,S.Beritashvili,.
Tbilisi.
(magma) (*ain)

NI Fe 4.0 6 1 : 1 =ination of citric acid Diochimia
ay-1-9-48, 13/1 (23-26)
In animal and vegetable substances previously de-albwainated., citric acid is oxIdized
rapidly (15 minutes at 40-45 C) by means of potassiun permanganate and bronine water,
and is precipitated in the form of pentabromacetone. This is separated by filtration
or centrifugation, washed with ice-cold water, and dissolved In alcohol, The alcoholic
solution of pentabromacetone (25 ml), treated with oxalic acid (0.1 Gm) and potassium
iodide (0.5 Gm), is heated to boiling point for 3 to 5 minutes. The iodine released by
the bromine in titrated with n/100-sodium hypo-sulphite. The error of the method is
4-5 per cent. The quantity of citric acid which can be titrated is 0.3 mga (concentration a
0.1 per cent).
Benetato - Cluj
SO: Physiology, Biochemistry & Pharamacology 2.1 Jan.-June 1949

2517. j~ometiani P. A. Investig,-ition of the influence of acetylcholine on enuilibrium b-tween
potassium and soluble proteins of muscular tissue Riochimia, Moscow 1948, 13/2 (137-146)
Graphs 1 Tables 6
The experiments viere-carried out on-myogeno myo-albumin, and globulin X extracts of muscle
of the rabbit. To study the distribution of the potassium ions either free or linked to
albumins, the elctrical conductivity of different albumin
solutions, either in the presence or-absence of acetylcholine and with varying p", was
determined. Potassium was also determined after precipitation by anhydrous
acetone. The results show that under the influence of acetylcholine, myogen and
myo-albumin bind more potassium when the pH =6. In a more basic solution,
part of the potassium bound to the albumins is released. Study of the threshold of
muscular excitability at different pH values shows a greater sensitivity of the muscle
to acetylcholine in the basic zone, probably dut to potassiALM ions be'ng released. The
shifting of the pH towaryls the basic side during the latent period of muscular contraction
is evidently due to the action of acetylcholine ~ and other substances of similar nature. in
that case, acetylcholine does not exert a direct influence on the biochemical transformations
underlying the muscular contractions, but acts on the salt equilAbrium of the album.-Ins of
the sarcoplasm.
Gheorghiou, - Louvain
So% Physiology, Biochemistry,& Pharmacology, Seetion 11, Vol. 21 No. 1.5

KWTIANIt P. A. ~ I
23073 Avyas' wtaboliabaskikh protmessoy a biotokcq. Ooklady i preniya).
V obt pgroklye boxedy (Po *)mperlm. Biologii). T. T. Tbilisi,, 1949p
0, 51-83, - Bibliogrs 72-73
SOs LETOPISI NO. 31, 1949

Sloi city
"Odtference on Bicelectrical Potentials Hold An
G*4ftkh, AbkhgLz ASSR, Prof P.. A. Kametiani, I yr
"ftirods No 5
Conference vas attended by 19 delegates vho heard
14 reports. Prof D. V. Nasonov described 'origin
bf-bi6electric currents and relationship between
potenti&U in living cells. Prof D. S. Vorontsor
dedcribed nature of electrical pottentials in
l"Vin; cells. Acad 1. S. Beritov reported on
57A91*
Vgm/siology (Contd)
Ifty,
occur nee - of slow potentials in the brain. Pzal
A. G. Gimetwinskly. discuseed'action of acety1ebolim.
In bringing about excitation. Prof ~P. 0. Ukkarm's
repoft op potentials and how they are affected
by momieIntary disruptions caused prolonged dis-
cussion.
57A.9A

C A
CwU4m In 60 44am"m in *0 IYOUM PsuAwsm-
rapM wWw dw Mdoems of acetykholl". P, A,
Y Acad; Sri.. Tidij. Cleurgia. U.S.19A.).
llzy-'V~tal X'Sak. Wfl. Nkim. Xank IWO. M-97-
The effect ol scroVkholine on cquil. of K with PAM. mowk
"rim (myown, my%ultmArtum. and Slobulin X ol rablAt)
was studied. PAvtykhotitw iiwfrA" the binding ability
of protein In mpect to K In the vicinity of pit 4. lphm-
phate buffer). W" At pit 7.2 the binding alitity dMio-
and part of the originally bound K is tattle free to diffume,
This efito occurs with MyPjrO Olki MYORIbuntin, but atA
ith "Pilin X. The variation o4 K activity is rtmi-
1
5 by conductivity measurements mul by mcAsurc-
Wfut of awombratse potentkils. whcn K sourm wAs inow-
and di-K phosphate. Cond. of solos. of tuyugvn in K
phosphate butler was detd. in the presence of cretitine
pampmate. ceratime, ademosift triplimphatc. and adenylic
acid. The bkwamd activity, of K is brought out by
&WykhoUm only in time presence of creatim phosphate;
other addenda have no eflect. Acetykholm does not
participate to t1se-enartic pcocems of muscle and its
rok is braited to its action on mit equil. of the sircopUsm
proteins. whick In turn cimtrol the motion of contractile.
proteins. 0. Pt. Kosolaloff

KOMETIANI, P.A.; MmIERI, K.
AccumuUtion of acids In tw procese of alcoholic fermentation, sooloshche I
n
Akad Hauk Grulin, B-SaRs _11, NP.4, 223-8 150. (MM 5112r
(PA 4 no.2l:ll64j kj3)

KOR&MUNIt P.A.
'_& -awmic
wastlasittan d 1 t2
&! d diftenTit peimaw
;
9-P A
d
l
K
l
i 13
M
i
x
S
.
e
.
ocatt
.
ca
.
,
an
e
n t
S'
22
410-
JiGru.ia
W
ihim
Zhur
S
&
.
.
.
.
.
o
;
,
;19(19W) (in Russian).-Cl was detd. according to Sindmw;;
6"Ity1cholitte . siccording to PcIdberig (C.A. 39, 2ZW);
Adrenaline accarts.toishiw (C.A. A 34451) as modified
jbY VtevWi and Buton (OA. 43. 743); succinic dchy-
drognase activity according to Alvarburg. UA ratulified by
quAztel andLWItratley (C.A. 32, 70601). %tiecinic *xkI1&e
Chemiftl Abstraots iwt(AtY by 01 dhSO1`ptIOtI after succhute addition, Ot Licitig

8 No. 5
/
Vol tricamtred manortictrically; cholinest"ase activity ritano-
-
t
i
l1
i
id
h
W
b
.
4 ase mano
me
r
ca
n t
e
ar
urg app.; amine ox
y
M". 10, 1954 metrically as described bylfflashko,- el a]. (C-A - 32, 25S21);

rY
Biologiadl Chsmist alutarnic dehydr*nw h 03 absmtioq in a Warburg
1raructer according to
r
rulbacher and Wits (C.A. 40
. .
,
3.9
15 ). In 9 bovine hCallis UY.,valuct for dry matt", Cl,
% Jutm-ellular water, and extructfitilar %vatcr,,resp.. Were:
white matter at the cerebrum 31.8%, 1.39 mg./c., 30.2%.
and 38.0%; Itiay matter of cerebrum 17.07a. 1.68 tag./S..
36-9~, and 45.2%; cerebellum 21.0 1 1.47
39.0 0, and 40,02; thalamus n2.7%. 1 .2 mg./ff., 3622.
'and- 36
0
15% and
i
32
1l
30
1
37
3
/
.
.
.
.
n. u
a
mr.
g.,
%,
%
37 Water distribution between extia- and Intra.
411.
1
phaticit of brain tinue was caled. an the imumPtion
-that all the Cl Is In the exisaceflutair phase; thus the Caka.
Js only approx.. since some CI Is Intracellular. Succinic
dchydraffenase and succinic oxUase activities In mkrO-
fliters of gas/mg. of dry wt. dutic/lur., are: lobar white
matter 7.2, 0.8; lobar Cray matter 24.8, 4.0. cerebellum
24-3. 3.8; thalamus 13.0. 2.6; medulla 11.6. 2.1. Them
ratift d Intracellulair dry substance to intracellular umicr
:
iare 0.47 far lobar white matter, OM for xmy utatter. 0.26
far cerebellum, 0.39 for thalamus, and 0.43 for Inedullit.,
This ratio gives it couctlitank of the quantity ut protoplaitnt
and the extent of lit witur itupply:
tile activity of exuative vnityincti jlcjwwt.~ o,mitt tho umt. ur

pvuW(asm and its water coatent.-itiul that the intractiluLir
pha3e possemes the greater eazytak activity which contairis
the more water. Cholinesterase activity d=cascs in the
-der lobar Vay matter > Cerebellum > thalamus > Ittedulla
> lobar white matter; whkh Is the same sequerce a& with
bmink dchydrogenase and succinicoxidase. Itisinversely
liropoFtional to the ratio of dry substance to intraccOuLtr
w4ter. Adrcualiae content in -r/g. dry suW- ance. unit.
inc oxidase activity (in microliters 02 consumed/mg.
dry subttance/hr.), resp., are- lobar. white matter 038,
17; lobar gray matter IM, 7.0; cerebellum 1.08. 6.9;"
tl~Aunus 1.54, O.G. medulla 0.99, 1.9. lit Wiphcral-
itcrve, most of the acetylcholine is IntracettAir; most U( tht.
t1drenathle. extracellular. This is explaIA-ed by assuming
thitt acetylcholine is Intracellularly synthesized, aud admna-
'line is brought to the cell. Of all amino acids, oxidative:
deamination of Clutamic " is most intense ia the himia.1
~
dro-
Iutami
cid i
idi
d i
b
ta
h
th
b
i
i
d
l
~(
.
c a
s ox
ze
e
e
n
ra
n
m
c
u
y g
y
i
icenasc. in the presence of codehydmse 1. dimphorase. the,
cytochrome system. adenosinctriphospliate, and pyridoxal:
'Glutaluic dehydrogenase activity in takmliters Ox con-:
:smncd/hr-/mg- dry tissue- lobar white matter OX9. loba-
,Z) !Kray matter 0--e. ambellum 0.58. thalamus 0.23. meduHA.
0.18. Glutamic dehydrogenase appears to be a niore chat-
.
a"crisile eutyrne for iterve-cell formation than any of the
other enzymeS studied. Clayton It. I (alway

89: lology Acetylcholine
C a in the. Distribution, of Phosphorus,Ccm-,
pounds During the Process '.of Acetylcholine Syn~-
theals in,Brain Tissue Extracts," P. A. Kometia~il
C oat^ - Mem..' Acad Sci Georgian SSR
"'So obshch Ak Wauk Gruz SSR." Vol XII, No 1 pplT-W
During the synthesis of acetylcholine in extracts
of acetone powder or brain homogenate accumula.
tion of a -phosphorus compd which -hydrolyzes with
difficulty is observed. Experiments on oxidative,
phospharylation of choline in brain homogenatd_~
provml. that this compd is phosthory1choline, Ap-,
Par 02:it:ii iyntba Sis of, acitiieholize,, do.es'not
:USSR/ii,ology Acetylcholine (contAl Tan 53~
prpceed over acetylphosphate, but through phospbo-
rylatibn of chbline.. Cytochrcm C d:oes not stimi-
late 4ither foitation of acetylcholine or phospho-
~~tlon of choline.
2OC&S
Fri
e

f
t;
407
a prer P. inskoi
4 ne-,Ctr&Lctll.~
Gbt- i 'Jau,"~ Gruz
,for.MtionS
its tranr . (1z'o 12, no.7,
Shusliana Doll ~~oboacheniia
333R (Tiflis)

7"Vlj~ TeL-tiaii --I-1P t:-o- wmatto:% at' z.,utdtrac. x0d ftnd
-the a, --I of brg~% Crt(fu:tg, P. k,
tzorattfani Mmt. Phy:dot.', Aeiul. Sci. Cel:q-.fan
191---51~:4kcknijo Akad. Xe!tt Grujk. S.S.k, 12. N0.1
41, r.*31--g(ou)(i. ot [-,it bruh-v
the. rynthe'is of (1) and philiplingiclicilille (11)
wa-- slightly Lmatcr uivj,~r aczvubic thu. omiditirins.
With acct,311V pinider ext. of ra., 11r.1111 aalcruFlIt!
&!wa u of E. vy'llog ATP (~"ICIICKilletrz-
till, kqtha 10.), a. 'Ind C.1101111C Wert all pr~Ltll~ fit the react-tin
w.e,lim-i tlv~ higUst svqlht-~ji of I was zi(~llcv~d. Onlisliart
4 cholisz-- milwoc-d tht. svnthr--i~. 4 1 aplivnx. CA% while
-Xt. Was luar. ef I wa-i t-lAtah"Ed (in rildn. of
pyffil4w cyt,Wllr(Ptt--
:=.".1 cytoclinati(" C. Niaritgalilde diij mil afka the
qnthetir mw. It wa-t concluded that It pfaysau hPorunt
r,a~m in the s~,atlico!; d E (a br--tm tL,4u, ~u4 iv thz tur-pty
of 111 L% ra~lntzhicd ljy (mra;ktion of ATLI glarjm(c 4~uj'
furnishing tile ez-,--:TSy r4jurrv- V" t Ell,! M? 1-~
.,:W cycle. Jay L. Itoth
C A
Foramitim a" "GOwm6ft of pbosowykhWas In the
7yod"s of 6eftykWas In bra 101:170
MfflNwe %Thtt*4h of sivetyltholine (1) fromThrit . ~b~..
acetone ext. b1 brain fisetue, a dilrimlily vA. P comiul. ac-
cumulatel. w1fich has h6mi Identirlod &i phomplincylebriline
(11), 1 is obtained In "ry 4nA Yield IMM 11 by lite Arikiii
4 brain ext. 11, in common with adeno%ine tripho%phate.
himose phosphate, and thiamine the
inowles toward 1. 1. Priestley
]DOPLAMOnt Of Bio&adotrY Of tbD 'Mdttut* of Phys'010&7 of the
Acadow of Sagmess GeOroan WRP TMIJA.

KO.WTIOI.P.A.
.
Some results of resaarch on snqmatic conversions In the brain
[in Georgian with su=ary in Russian] . Trudy Inst.fistol.AN Grus.SSR
9:293-306 '53. (Brain) (Inzymes) MU 8:9 )
. M

771
q
Vihe :dWtibutiam: xM c4mardati of
sthanolitminepMqh0e. gnd'g1u(wJc'xdd btdfn: F
P. A.,Rcmtttkm& .- fti~khhg. XrMA.Sidemy Nkv! Fi4tef
FaurTU. 11SAJ l9S4,.W4-tI1z P%',,a.1. 7 r.
Kiffff. Oia.-Kh'n. L955- No' 12=~A study was "I'ade
of tile Synthesis of (1) ht the ext. of the acc-
r 'E I the -brain ot. mti and the w(cmun_4
tone V'Wd'
is,an-in(er-
Owdiary product in the,Vrocc% oUformtion,'Uf I., In tt
'Pte"M Of adenosineiriphelphate 11 d1saplicars atid I Lq
syritht-dZed ihnaltaim-owly.:' Expts. with Vmlabcted' ster_~
of chaLlsic and of edtanoUffilne using cats mrk d4igs demon-
strated m high rate of renewal CX I and III. 6pozially in tile
tlm(u;, the Pum. specific md(cwctivity 4 P in I Euid If W"e
-*fcK(tid In the cerebellum and lit the tier atatter bf the ctmt-
bruiti. A study was nw-de of the caldativi deamfita(iort of
__RjtLffie -diffmPt-Pam qLth't-bodin t of
41-and ItT -vie ttiotcm 6f the braiti =0 char--;- -------
------ ---- centers
by tie mca intemc. activity, - a p L~ a rui;'! in
-11 imatiau of-lite aden)-lk syrsterd. with -r-Umitto-
ki ELTtd 0~3!111_MC Mg tlanatms ul- amitio

r-,ze-
utifizatioli of 4% of
tiorl of tIr ninobutyric RcU and in re
systeul bL- brafil at.iIIfiw-
L - e t n B t A
alls
-tk-
Cf. 4g
or Undwyzd rat 313h p-
-braitt hatnoger, ~Xlltil. IvitIl dilly,2d
a4 PF 7.5 5110%VCCI atc-I in phn~qp~;Ite buge~,
that realuinati.., of tF, !1&!LjYjjc
aaa tall! 11111ce on repr3ctment
Mi!lobutyric ~,
.id ~ZCff z'rid
phate shows a or H" 'C"'Colr'- PY'idoTal
Pr'~~CL'ofdWyP7.a('tse- eff'-:Ct L-1 the I-rnicati,,~~ ozli,. in t*-
rea-_,~i_ Gray L, tQr of boiled ti,,
e d ue-t. ATPsri,,,I,'
itdoegnotftm'tj" . ollorls glutamic acid aid gjuLu-i r-
cated that gfutmic 'IfIl -r-azainobutyric acid, - ce;
ejd d t -t r - 't i3 ind~-
decarboxylati, -j. ill uze -q tt, mmiaatloa aftLr
G .

1-1-93R./Gener,?1I J3iolo-y,, Physical and Chemical 3-1
Abs Jow, ; Ref Zhur-Biol,j -.No 16, 19682 '/1492
Author :
Inst :79-Georgian SSR.
Title : Factors Determining Irregular Spread of Electro-
lytes and Water in Intra- and Extracellular Space.
Orig Pub : V sb.t Probl. sovremen. fiziol. nervn. i
myshebLhn, sistem, Tbilisi, M GruzSSR, 1956$
541-543
Abstract : In the fermentation of brewer's yeast-, the con-
tent o*j" the acid form of glutathione, uhich ser-
ves as an indication of the change of the redoxi-
potential, decreases. At the same time, the trans-
fer of K from an outside medium into the cell is
strenghtened. In the presence of methylene blue,
Card 1/3
USSR/General Biology. Physical and Chemical Biology. B-1
Abs Jour Ref Zhur-Biol., No 16, 19637 71492
the content of acidic glutathione is sharply
increased, but toward the end of the fermenta-
tion, both are completely restored. With the
increase of pH of the extracellular medium at
the initial stage offermentation, the content
of K-ions in it increases. Kethylene blue, by
decreasing the production of acids causes the
transfer of K from the cells into Zhe external
medium. By means of a diffei!ential manometer,
it is shown that in the gastrocnemius and sarto-
rius muscles of a frog fatigued by tetanus sti-rau-
lation, the vapor pressure is increased? i. e.,
the content of free water is increased 'at the
expense of bound vater. At the same time, the
content of dry residue in the muscle tissue is
C w~ C. 2/3

DPLIDZI, A.I.; EDMITIANI
Distribution of water and changes in its state in muscle,tissue
during fatigue. Trudy. Inst. fiziol. AN Grux.SSRIO~-.30~-~:.!56~,()gp:-~U7)
(KUSCIMP metabolisme
water content & distribution in fatigew (Rnw))
(PATIGUN, metabolism,
muse. water content & distrIbMton in (Rus
(WATIR, metabolisag
muse., content & distribution in fatIguz (Phs))