SCIENTIFIC ABSTRACT SITNIKOVA, M.V. - SISAKYAN, N.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550910017-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ik
JACCESK011 NR: AT5012856 UR/2648/65/000A02/0051/0059'
'AUTHOR: Sitnikova, M. V.
iTITLE: At urbidity in Central Asia
iSOURCE: Tashkent. Sredneaziatskiy nauchno-issledovatellskiy gidrometeorologicheskiy
linstitut. Trudy, no. 22 (371), j,965. Voprosy biometeorologii i aktinometrii (ProbleWs
lin biometeorology and actinometry), 51-59
ITOPIC TAGS: atmospheric turbidity, solar radiation attenuation~ optical density,
atmospheric transparency, atmospheric humidity, atmospherld aerosol
!ABSTRACT: Me purpose of this work was to estimate the atmospheric transparency in!
i
!Centr.41 Asia from data obtainedover a 6-year period at 0930, 1230, and 1530 at th4.
pstations at Takhia-Tash,Termez, ehuruk, Beki-Bent, and Gasan-Kuli. I~elattionships
!have been obtained (in the form of curves) between the primary solar radiation,
!absolute humidity, and visibility from observations on days with cloud covers of
~4 2- units. Measurements are reduced to h 600 and to the mean sun-earth distatIC4*77
'Correlation coefficients for the Beki-Benf-, Gasan-Kuli, and Takhia-Tash stations'
iwere o.94, 0.95, and 0.90 respectively. The article also contains the annual va-r-
liation in the turbidity coefficient N (as-defined b L. G. Makhotkin,- TrUdY'GQ0,
-Y
Card , 1/~

L 47745-65
ACCESSION NR: AT5012856
no. 80, 1959) (tabulated), the annual variation of parameter a introduced by Ye. A/
Lopuk-hin (Izv. AN UzbSSR, no. 6, 1963) (tabulated) for estimating ~he attenuation
of the direct solar radiation by water vapor and aerosols, a chart showing the
geographic distribution of the turbidity index (month of July) (see.Fig. 1 of the
Enclosure), graphs of the optical density for three high-altitude stations, a graph
of transparency versus turbidity, and the annual variation of the coefficient de-
scribing the variation in optical density with altitude (tabulated). Orig. art.
has: 2 formulas, 4 figures, and 5 tables. [081
ASSOCIATION: Sredneaziatskiy nauchno-issledovatel'sk--y gidrometeorologicheskiy
insr.itut , Tashkent (Central-Asian Scientif i-c Research Ibstitute of Vdrom~ete:)rology)
SUBMITTED: 00 ENCL: 01 SUB CODE: ES
NO REF SOV: 005 OTHER: 000 ATD PRESS: 4005,
r
Card 2/3

I- SITNIKOVA9_- N._Pl.-._
Specificity of the precipitation test with haptens for the detection
of Eberthella typhi in water. Gig. i san. 25 no.4:63-.66 Ap 160.
(MIRL 13:8)
1. Iz Instituts, epidemiologii i mikrobiologii imeni N.F. Gamalei
AMN SSSR.
(WATER-RACTERIOLOGY) (EBERTHELLA TYPHOSA)

BUIATOVA, T.I., kand.med.nauk; SITNIKOVA, N.N., nauchnyy isctrudnik;
SERGEMA., T.I., nauchnyy sotrudnik - -
Prevention and treatment of botulism. Mad. sestra 20 no.6:23-26
Je 161. (MIRA 14:7)
1. Iz Institut epidemiologii i mikrobiolqgii imeni N.F.Gamalei
A1,21 SSSR, Moskva.
(BOTULISM)

IVANOVA, L.G.; SEt61.,YEVA, T.I.; PLOSKIRz;V, N.V.; ~I-mIKOVA,
Dry raedium for t-he diagnosis of food po-isonir:Z caused by Clostridium
botulinum and Glostridiv~r: pcrfrlnU(!no. La"-,. 8 no.4:33-36 Ap 162.
(WILP, 15: 5)
1. Institut epidemiologii i mikrobiologii imeni N.F.Garaalei X-2'
SSSR (dir. O.V.Baroyan). -
(FOOD POISONING) (CLOST,--JDILql)
(J3ACTElUOLOGY--CUUUMS AITT CULTME" NEDIA)

D;) C)/" ./C- ij
o _'3/C
SOURC", c0i L j_'
UVGOOO/66/030/C 00/02 2
G. i.; iil',olovskova, Yu. S.; Sitnikova. N.; Chizhov, S. V.;
40r, 34
0.- drinlking water pre~;ervati on with Iver [Paper presenred
L U
oz-, I;.-obIcT-a; o" Snace
Xcdicinc held in i-loscow om 24 to 27 Xay 19661
;~Gnf'~rcntziiya p0 probleirm-w, kosraiclhaskoy maditsiny, 1965. Problemy
-J -oy -i-.ed4LtsIny.Problems of space irs?dicine); maLerialy kon"crentrii,
2--
I.-fe support systenii, water purification, silver ion, space nutrition
A A '.--rater-;Drcscrya~ion imethod suitab-.e for C',,C f14
na 0 -gi-ft _,must keep the
taste qualitics 01, drin"Cin('r wate IVh ile pmventing developnicilt of micro-
ilora even alter secondary contamination. Most physical met:lods of
disinfecting ivater can only be used immediately before drinking, since
they have an insufficient aftereffect. Biological purification methods are
L
not presently used because of tile unfavorable effects of antibioticsIon the
:iu.-nan orfranisril. The most effective and least toxic of the chemical
preservatives are silver preparations.
Z,xperinlentlal data are presented from a 1961-1965 study of the
Card 1/2

L 10,r,69-67
ACC NR: AT6036586
pro.nerties of -ionic silver as a drinking-water preservative. It was
estaiji.ishled tliat tne minimum silver dose which ensures a stable bactericidal.
effect -lor six months is a dose of 0. 1 mg/liter. Doses of silver ions ten
Or I-Alore times larger than the minimum bactericidal dose did riot have a
toxic ciffect on e%perimental anirnals. Human comsumption of water
preserved with silver ions in a dose of 0. 1 ing/liter for 15 days did not
resull. in any pathological shifts in the functional condition of those organs
and systerns most susceptible to the effect of silver.
Experimental material demonstrates the effective preserving qualities
of silver ions and the absence of a toxic effect of the preservative. on
h;xman and anL-ral organisms. [W.i~. No. 22; ATD Report 66-1161
SUB CODE: 06 SUBM, DATE: 00May66
Ca.-d 2

Srm.-L.-IIDTI, 0. A.
"Reasons for the Ra-Did Loss of Germination in Seeds of the Poplar and Willow." Dok. An.,
70, Yo. h, 1950. 1-16., .1,!oscow State FedagoLrical Inst.. -c11950-,

SITNTROVA, 0. A. Cand. Bi.ologicalSei.
"Fbologophysiological Study of the Conditions of Rest in Plants.ff
Sub 127 Apr -11, Xoscow Oblast PedagogicFkl Inat.
Dissertntions T)rnsented for, scienc6 and engineering degrees in
L--
Moi3row durinp, 1951,
SO: Sum. "To. b8c, 9 May 55

GENKELI, P.A., professor. doktor biologicheskikh nauk; SK'NIKOVA. O.A., kandidat
biologicheskikh nauk. - ',..
Experiments in the study of winter dormancy In plants. Mut.v shkole no.6:24-
32 '53. (MLRA 6:10)
(Botany--Phyaiology) (Plants--Frost resistance)

a1WELI. P.A.; SITNIKOVA, O.A.
State of dormancy and frost resistance of plants, Trudy Inst.
fiziol. rast. 8 no.1:276-288 '53. NiEA 6:12)
1. Institut fiziologii rasteniy im. K.A.Timiryazeva Akademii
nauir SSSR, Moskovskiy oblastnoy pedagogiche3kiy inBtitut.
(Plants--Frost resistance) (Botany--Physiology)

GINMI, P.A.; SARTCHEVA, A.P.; SITNIKOTA, O.A.
Xffect of variable temperature seed treatment an corn development
and ripening. Fixial.rawt-2 so.5t447-453 S-0 155. (MMA 9:2)
1.XafedraL botaulki Mookovskego oblastsogo pedagogichaskogo inotl-
tuta.
(Corn (maize)) (Plants, Iffoct of temperature on)

SITNIKOVA O.A.
Effect of gibterellic acid on some properties of the protoplasm.
Fiziol. rast. 9 no.l:IC9-II'L '62. ( ',JRA 15: 3 )
1. N.R.Krupskaya Moscow Region Pedagogical Institute.
(Protoplasm) (Plants, Effect of gibberellic acid on)

S/078/60/005/010/013/021
B004/Bo67
AUTHORS: Savitskaya, Ya. S., Gurevich, M. A., Kalabukhova, S.,_.,V
-ii
-S.itnikova, S. I~~
TITLE., The Problem of the Formation of Solid Solutions in the
syste Y 0 Sc 0 by Means of Thermal Decomposition of the
1, -~~3 - L:4w--3 11
Isomorphously Coprecipitated Yttrium - Scandium Oxalate
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960~ Vol. 5, No. 10,
pp. 2300-2306
TEXT: In the introdurtion~ th- :~!ithcrs point out that the formation of
solid solutions of oxides and rare oarths by sintering directly mixtures
of oxides has certain disadvantngp-- (high temperatures, long duration of
reaction). Henceq they studied ',ne possibility of obtaining ouch solutionsL/
from coprecipitated oxalates:
) nH 0 t (Y'SC)qO CO , CO nH 0. Y 0 and Sc 0
(Y'Sc)2(C204 Y 2 2 2 2 3 2 3
Card 1/5

The Problem of the Formation of Solid S/078/60,/005/010/013/021
Solutions in the System Y203 - Sc203 by Means B004/BO6'T
of Thermal Decomposition of the Isomorphously
Coprecipitated Yttrium - Scandium Oxalate
were used as initial substances. By heating them to 10OOcC, their
impurities were removed (for analytical data see Table 1'. They were
dissolved in hydrochloric acid "pure pro analysill, evaporated, and 0.1 M
solutions were obtained. Mixtures of these chlorides at a molar ratio
(related to oxide) Of Y203 : S0203 from 1 : 1.64 to 4 : 1.64 were heated
to 950C and precipitated by means of chemically pure oxalic acid of the
same temperature.(Table 2). The thermal decomposition curves of pure
yttrium and scandium oxalates, as well as of the coprecipitated oxalate
were taken (Pig. 1, Table 3). In contrast to the temperatures at which the
mechanical mixtures of the pure oxalates start decomposing, the
decomposition temperature of the coprecipitated oxalate was between the
temperatures for pure oxalates. The pure oxalates and t:ae coprecipitated
oxaLate were heated to 9000C. and their X-ray pictures were taken. The
values for Y203 are given -t.n Table 4. As may be seen from Table 5 and
Fig. 2. a continuous series of solid solutions of the oxides is formed,
with the lattice constant changing steadily from a = !C.6! U (pure Y203)
Card 2/3

SITNIKOVA, T.A.; KEYLIX, G.B.
Properties of Khl3*49 stainless steel in drawing. Ked.prom. no-3:
35-36 JI-3 155. (MIRA 9:12)
1. Nediko-instrumentallayy ordena Lenina zavod "Desnogyardeyets.0
(APPARATUS AND-INSTRUMENTS,
stainless steel)

SOV/ 13 7- 58 -9 - 1999 6
Translation from: Referativnyy zhurnal, Metallurgiya, 10,58, Nr 9, P 272(USSR)
AUTHORS: ..Sitnikova, T.A., Keylin, G.S., Lozovskiy, V.L.
TITLE: Effect of Heat Treatment on the Properties of ZKh13 Stainless
Steel (Vliyaniye termicheskoy obrabotki na svoystva nerzhave-
yushchey stali ZKhl3)
PERIODICAL: Materialy po obmenu opytom i nauchn. dostizh. v med.
prom-sti, 1957, Nr 6 (25), pp 110-IIZ
ABSTRACT: Ref. RZhMet, 1958, Nr 6, abstract 134-S3
1. Stainless steel--F-ToperUeo 2.
3. Ifea--Metall-urgical effec-(-.s
Card 1/1

SITNIKOVA, T.A.; UYIIII, G.S.; IA)ZOVSKIY, V.L.
...... . ......... ......... I- -
Sffect of heat treatmen t on the properties of 2KI,13 stainless steel-
Med.prom. 11 no.9:25-29 S '57. (MIRA 10:12)
1. Mediko-instrumentallnyy ordena Jenina zavod "Krasnogvardeyets"
(STREL, STA IlaaSS--HFAAT TREATMENT)

SITS IKOVA, T. A. : KNYLIN, G. S.
Increasing the strength of matrixes for automptic cold-upsetting
machinery and draw dies. Med.Drom.12 no.1:47-48 Mr '58. (MIRA 11:4)
1. Modiko-instrumentallnyy ordenA Lenins z9vod "Krasnogyprdeyets".
(DIES (MET.AINORKING)

SITNIKOVA, T.A.; KMIN, G.S.; LOZOVSKIY, Y."Le
WUUfacture of tools by the weld seam method usine 1-2 electrodes.
Nad.prom. 14 no.2:31-33 7 160. - - (NIHA 13:5)
1. )bdiko-instrumentalluyy savod 91ramnogvardaystop.
(TOOLS)

SITNIKOVA, T.A.; XKYLIN, G.S.
Some results of the work of the Industrial and technical council
of the Olrrasnogvardeetn" Pactory. Ned.prom. 14 no.4:44-.46 Ap
16o. (MIRA 13:6)
(INDUMIAL PAN&GMMT)

SITNIKOVAI.T.A.;-LOZCVSKII, V.L.
Manufacture of instruments from EL-603 steel. Med. prom. 14 no,9:
54 S 160. (MM .13:9)
1. Mediko-instrumentallnyy zavod "Krasnogvardeyeta"
(MEDICAL INSTRUMENTS AND APPARATUS;

SMIKOVA) T.A.; MYLINI G.S.
Production of ocular trephines from YJU8 stainless steel.
M
led. prom. 16 no.2:50-52 F 162.
I (MIWL 15:3)
1. MtAiko- instrurifiqtal'rkw zavod "Krasnogvardeyets"
(SURGIGAL =79M-TOTS-MAPPARATUS)
(33TEEL, STAUILZ~S)

SITNIKOVA, T.A..; KZYLIN, G.S.; LOZOVSKIY, V.L.
4. jn
Raising tho quality of springs for medical instr ents. Med. prom.
'iA 15: 5)
16 no.3:48-50 Mr 162. (ML
1. Mlediko-instrumentallnry zavod "Kr-asnogvardeyeetus"
(MEDICAL INSTMMTS A.?,TD APPARATUS)

KEYLIN, Grigoriy Samuilovich; LOZOVSKIY, Vladimir Livovich; SITNIKOVA,
san
AjeL drovna; MIKHAYLOV-MIKHEYEV, P.B.,
TELYASMV,- F.M.9 _Z'vU.1zU-va; GVIRTS, V.L., tekhn. red.
[Effect of heat treatment of the properties of chromium stain-
less steels; from practices at the "Krasnogvardeets" Plant]
Vliianie termicheskoi obrabotki na. svoistva khromistykh nersha-
veiushchikh stalei; opyt zavoda "Krasnogvardeets.0 Leningrad,
1963. 17 p. (Leningradskii dom nauchno-tekhnicheakoi proW
gandy. Seriia: Metallovedenie i termicheskaia obrabotka, no.1)
(MIRA 16:8)
(Steel, Stainless-Heat treatment)

14(10)
SOV/112-59-3-4663
Translation from: Referativmyy zhurnal. Elektrotekimika, 1959, Nr 3. p 53 (USSR)
AUTHOR: Sitnikcva, T. F.
TITLE: Foreign Metho-ds of Large -Cross -Section Tunneling Work
(Zarubezhm-~-,e metody ao3ruzheniya t,_,nme'ey bol'shogo secheniya)
PERIODICAL: V 8b.: Energ. str-vo. Vol is -M.-L., 1958, pp 54-58
ABSTRACT: Bibliographuc entry.
Card .111

KOMISSAROV, S.M., Inzh.; SITITIKOVA. T.F., inzh.
New design of electric high frequency drives. Izobr. i rate.
3 no.5:18-20 My '58. (MIRA 11:9)
(Blectric driving)

s/136/61/000/001/008/010
E193/E283
AUTHORS4 Glukhov, V.P., Sitnikova, T.G~ and Fedotov, I.A.
TITLED Recovery of Selenium from Slimes by the LGI Method on
Pilot Scale Plant
PERIODICAL,, Tsvetnyye metally, 1961, No~l, PPz83-84
TEXT.~ A method, based on oxidizing roasting of granulated
slimes followed by absorption of selenium anhydride by a separate
layer of hot sodium carbonate, has been developed at the Leningrad-
skiy Gornly Institut (Leningrad Mining Institute), The selenium-
bearing compounds, obtained in this manner, can be processed either
by precipitation of selenium from acidic solutions, or by reduction
and precipitation of selenium from selenide solutions. The main
advantage of this process over the current method of roasting an
intimate mixture of slime and sodium carbonate is that higher
recovery of selenium is attained in fewer operations. whereby the
consumption of materials and electric power is reduced- In pilot
plant scale trials, conducted in August and September, 1960 at one
of the Sqviet Works, slimes from electrolytic refining of copper,
containing 6.0-8.0% Se, 1,0% Te, 19-20% Cu, 25% Ni~ 1,5% Fe, 3z0% S:
Card 1/4

S/136/0,1/000/001/008/010
E193/E283
Recovery of Selenium from Slimes by the LGI Method on Pilot Scale
Plant
and 25-30% H20, were used as the raw material, The waxn constituents
of the slimes were copper and nickel. oxides, 85% of nickel being
present in the form of bunsenite, NiO, Selenium was present an
Ag2Se and partly in the form of selenides of the platinum metals.
The roasting plant consisted of an air heater, a slimes roasting
furnace, 2 (Ist and 2nd) sodium carbonate furnaces for absorption
of selenium, beat exchangerlbr gases; 2 vacuum pumpsc and a pan
granulator for pelletizing the raw materials, After preliminary
drying (in a vacuum drier) to a moisture content of 15-16%, the
slimes were converted to granules 3-10 mm in diameter. Sodlum
carbonate was granulated in a similar manner after preliminary
moistening to a moisture content of 30-33%, and both materials (in
the wet state) were then charged into the furnace, After all leaks
had been sealed with asbestos tape, the vacuum pump and the roasting
furnaces were switched on. At the same time, the fire box of the
heater was ignited and air, pre-heated to 600~-700'~C; was fed into
the furnace, In the new method, the heat required for roasting the
Card 2/4

5/1-36/61/000/001/008/010
E193/E283
Recovery of Selenium from Slimes by the LGI Method on Pilot Scale
IJI an t
charge is supplied mainly by air, the heating elements of the
electric furnace serving only to compensate the heat losses, The
operating temperature of 620-6500C is attained in 2-3 h~ The charge
is roasted in a stationary layer (no rabbling is employed), the
duration of the process depending on the specific air consumption
per uVt weight of slime which, in this particular case, amounts to
5-6 m /kg. with 8oo-900 kg (dry weight) of slime charged in the
fur3ace, operating at 620-6300C, the specific air consumption of
6 m /kg of slime is sufficient to ensure that all selenium di-oxide
is distilled off from the charge, the selenium content in the slime
residues being 0.01-0.1%. 9N of selenium present in the gaseous
phase is absorbed by the first layer of sodium carbonate which,
after the completion of the process, contains 20-21% selenium,
After roasting, the furnaces are cooled and discharged, The slime
residue is subjected to further processing; and the selenium-rich
sodium carbonate (from the Ist furnate) is transferred to the
selenium shop, where it is dissolved in water, after which selenium
is precipitated (with sulphur dioxide) from the acidified solution,
Card 3/4

Recovery of Selenium from SITMe5 by
Plant
S/136/61/000/001/008/oio
E193/E283
the LGI Method on Pilr~t Scale
Sodium carbonate from the 2nd ftirnact., -is used again until it becomes
saturated with selenium At present, work is being completed on
designing an industrial plant (expected to be in operacion at the
beginning of 1961) for recovery of selenium from slimes by the
process described above,
Card 4/4

GLUKHOV, V.P.; SITNIKOVA, T.G.; FERBERG, M.B.
Selenium recovery from the granulated copper slime from industrial
roasting furnaces, TSvet. met. 36 no.303-84 & '63. (MIRA 16:5)
(Selenium-Metallurgy)

~~LUK'70V V,P. SIT:T!K(-)V-"', T.G.. FEDOTOV, !.A,
Selen'AM flOM S"--L-S by a -i ';~---Sea bY the
L pr-.
~~rad Minim- ,i.'.th pilot-plant-. ec-'s-i en4-. Ts~,et.. met,
T I"
ii, no.l. 83-81, Ja (I'IRA 170)

1,- r-j :,!,-Li Su-J. --(CLL:;~-I "'file import,~.,.Cc 0.--.tile f,,cctrOcard-io;--,~pjI
j I -
-Lu (ii,, fTic),~iri- cltl(~rcn I - wrLE;ad ttll I lcLrt ct nca-, e C. 1, L,- L, Col.T., V~ ~,Jj xU i .
t, ~ p
~ISICCQIIJ LAZItO IA~,LL ILiLt :Ua. IN. 1. P-VUjuVv), ~vkj COPICs
~kj,, L- 4u, J-)57, P-90

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Effects of the coactastraidsts of
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No. 4,
Ve
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-7(1M9)'- P`T- -The stiffer speed was
00 It
variable from 000to I2Mr./min Oil waseddedat the rate .00
00 .4 IM CC. every =5 a`c* A "us of ley albumin (1).
egg yolk (11), Na C&Wftwtewn) L 4.ui. (TV)
ware used as emulsifiers. At IM r./min. in emulsions
with I or III in tvvictiq. of 0.25% (per sq. pluvw) the %rpn.
tax-ors at a water-oil ratio of 1-3.3. With IV (0 "Mrc)
the septi. occurs at 1:4.2. With III at 6% the emulsion
0 3! ~pi. at 1: 15.4. With IV at 5% the relation is 1: 10.11.
At higher consent. of the emulsifiers the wpn. occurs at a
l.weroilcontent. The lowtiring (if the satils. of oil causing 3
00 wlin. depends, w-turding to the concti. of the emulsifien,
un the abs. increase of the Amt. of emultifirr anti the dc-
00
-rmse of the amt. of water per unit of we]. of the sells. In
a -elation to the amt. of emulsifier. In the emulsifiers,
00 nudied the dispersion depencts alw on the "Iffins spred,
rhus the amt. of water bound to the emulsifier is linked e0
00 2 with the degree of dispersion. The unadsorbed water de- -00
~es with increased emulsifier conen. and stirring spe"L
Addrs. of the first portions of oil decreases the conces. to AID
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a point where the adsorption layer becomes undersold.
J. and a slight excess of oil will cause the appearance of rari-
fied films lacking the proper mcch. !strength for protect".
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KOZIN, N.I.;.,�ITNIKOVA, Ye.K.
Bffect of phosphatides on the processes taanp place in vegetable
oils during storage. Izv.vys.ucheb.zav.;pis'r-.cia.~vekh.no-5:24-30
16o. I (MIRA 13:12)
Nk-I
1. Moskovskiv ins~itut narodnogo.khozvaystva imeni G.V.Plekhanova.
Xafedra tovarovedeniya.prodovollstvennykh tovarov.
(Oils and fate--Storage) (Phosphat-ide)

KOZIN, 11.. prof.; SITNIKOVA, Te.
Storage of liquid oils and fate In a carbonic acid atmosphere.
Sov.torg- 33 no-1:51-53 Ja 160. (MIRA 13:4)
1. laharatorlya shirov Instituts, narodnogq khozyaystva
imeni Plakhanova.
(Oils and fate)

KOZIN, IT.I.; SITITIKOVA, Ye.N,._
Storing liquid fato in an atmospbere of carbon dioxide. Izv.
v7s.ucbeb.zav.: pishch.takh. no.6:20-21P 'W. 10j,#
(MIRA 13:5)
1. Moskovskiy Inatitut narodnogo kho2yaystva imezi G.V.
Plekhanova. Laboratorlys zbirov.
(Oils and fats-Storage) (Carbon dioxide)

EINIS, V.L.; SITHIKOVA, Yu.Z. (Moskva)
Differentiation of round tubercular foci. Klin.med. 34
no.8:49-59 Ag '56. (MIRA 12:8)
1. Iz Hoskovskoy gorodskoy tsentral'noy klinicheskoy tuber-
Imleznoy bollnitay.
(TU13EXULOSIS, PUIJAOURY, pathol.
clamif, of circular foci)

SITNIKOVA, Yu.Z. (Moakva)
Cavernous forms of peripheral lung cancer. Klin.med. 36
no.12:64-67 D 158. OURA 12:6)
1. Iz Moskovskoy gorodskoy toentrallnoy klInIcheskoy tuber-
k-aleznoy bollnitay (nauchnyy rukovoclitel-1 - prof.Y.L.Aynin).
(LUNG NEOPTASMS, case reiDorts
peripheral, cavernous forms (Rus))

& )4
USSR/Geo1ojZr
Card 1/1 Pub. 22 38/14
Authors Sitnikova,
Title Discovery of rfusions of the Cenozoic era in the Chelyabinsk Coal Basin
Periodical Dok. AN SSSR 98/6, 1023-1025, October 21, 1954
Abstract Report on the discc. rery of Cenozoic era effusions in the Cheliabinsk
Coal Basin of the Ud,9H is presented. Fomr U33R references (1940~-1954).
Institution Acaderl.7 of Scionces U.'R, Ural Branch, GeoloLic,-I-Mining Irztitutn
Presented by: Academicim A. G. BetekC,-,in, AuL-~ust 11, 1954

Si"MOVI Z. I- mail
Crams section of Upper Cretaceous marine sediments in %*-
Southern Urals. Trudy Gor.-Imol. inst. UFAN S&IQR no.61:ASOA
161. (MIRA 15310)
(Ural Mountains-GeolooW, Stratigraphic)
(Deep-sea deposits)

PIIYHANGZLISKlYp
e:t -,rL )f the Tu--:In ak
ski e i pallooge-
E!kva,2,hiny v Trednem
i'-Ic -,2An!.ia.nauk SM Uraltskil
f J I no*68).
(MIRA 1787)

3rc3rh! z a ~,f --4ar -J.---t les of Trees
"and Hiol ~3ci, ;ar La.-,tern Affili-te,
No 1, SeP 54~
an di ~.ilsh~:s in ri- -ly .-r
kad .:)ci "iltl6ilvostok. 1~453,
SU': Ju,:i ~-421, 2 - %!P-r 55

0 0 0 0 see oow'.Wool too 0 0 4 go
o f 0 0 0
is It #1 If it jo )I a a A )S JS 0 xA X 11 IJ 13 14 Ll bi A AT 41 A) d v 4 2 0
14 11
I v4 An- t mall city Meal .11
At -it 'r I i A 9 0 a ~&". -
00 C.Orts -.~ so
00 :-SO
of of
Oo.. i.'00
oe -00
.90
Of mw rwe 4d ibis 6 i6 iiv;~60 of Squ -00
dw is ow Tm~b-c N m S"k
lee 00
062~ thRR MUM[ Phatta. A cormpondin, see
- WCUMUIAHOn Of IMINOW MW a mallrom-fike supr i% oh. =00
*0 wrved. 11, Cohen
0,3: nee
Of 3 COO
of
00 1
of 9
TV
00 IJ
00 1 A ffitTALLUNIK-L LITER.TURE CLASSIFKATICh boo
ITO., 4~11. lg*o
c"1 -~
T v -wL 1 41
Is ft .14
TV lp lp at Er K n It m No n I I
0000 OR 0 9 0 so* Wo 0 0 0 0 0 0 0 0 0

A f A a
fl It w u it 11 (g It all, a a J"-b _W"ll a )4 w
AI L- L.1 n,f 9 A JIY Y I
I I :
A
of.
00 A
go 4:~ -00
r 0 4:
-00
Studi" an the 4102yale activity of We HI* plant cell,
-00
'ith FOIW to dw form"Utwe of wdo. J. The
ffct f imalizatiloa an tha dimdom of ifiverum fictiod.
N. %I. si,4X4n. BiohAimiyu 2. L'O-7301,W). In the
wivr-6m. Iii-Ifiled plants the hydrolytic action "I (lie
it) t1w will. of Allcf~ ;lnd tu a k1irr"j-11ding alcreaw
Of
09 in i1., mwouivitarOv routent. it. C"1"',
go
00
O'S
90'
600
r "I-
-I'ALLEINGICAL
I's It Ila` .3.0.
-)-PICO
U IS AV 43 a
lVtVlIWK an Mgt Ka -D. 0 A
1 '14 w a' It a a3
owe:
lei 0+015010 1*0 0Goes

0 0 0 0 0 1111 0 0

,
0 0 0 0 a 0
't I
,
a k it
t

rIt 1
'0
0 16 I
a
ILa L .-IA it I. a t4r u m
It i I I ALA 06 11 ut, I I

lbs peg dk*CdM Of MyOkk SWOR at AS igd~S
00 of A~ k4m r"Wome In cuiovoled P"S. 1. The pro-
t
i
0
0 st"
"Mcd" is drousm-Mdaut U4 amr"
-

00 .
wbed. Nl-x~ Riakkimiya 2. Oils
-
h
f
i
i
l]
M
V
e
v
ty o
t
ta
ytic scl
A
'. 1
Itrr) ~--The sytithew
99 i"WrIaw VMS Pludi"I by thic infiltration tacthod in a Ho.

00 Z of lilants of varying droosht resi,tioniv, at va,riou drsyc"
pgoduced arti6ciatly. The inv"tasc WOO%
f humidity

jl~
0
0 o
,
of plants artificially withered isshiftud to the
side. The shift is less in drought -rcsLsting stmititt, Whii'll, -0*
00 3
by thi% method, am easily differentiated from non-re-
00 'titamt types. If. Cohen
I
00
AID
ZOO
SO*
0 I -*0

'n

t:69
I Lao
ASa-ILA .11TALLUNWAL 1.11INATL-E CL.%j1PKATtG. too
lie S
wee
......
-

-
A
2 too
U s A* '0
to
01
w it
R s
K cc. Ail
A I j a 04 0 jj
t
"' I
E
4
0 0 0 0
O
O
o
.
: 0 0 e 0 0
04 0 0 so 0 0 0
0 0 0.0 0 0!0 a 4 0 0 0 0 0 0 0 0 0000

44 0 ~64 e
it
0 0 0
a 0 1. 0 0 6
g is I. S

00 ;,j kit) It 00
of
00 of
-
00 Measurement of tht oiddiximil -reducing power of the 00
It" YrSeUble tissur- It- A~ Rubill.N. M..Simkiats and
I
( *
'q
U
iko
I
U
4
d
IS
d
b -so
.
.
.
st
va.
. eo
,"1
. to Li
.
,
or
,
4114.11, 1 :,;j7)ctot hit 1W, I - ut a ix,. .1 planti it udwd the
4
00 of 'Jiest Power M
.fucmit the drhyd"o-kirm cof ~,vwf- so

00 .f
411111 1 by Ilielvar,,jut thevaldeage fl) anti tho-C
,
;
-00
The leaves
Ycjro
A (
or "MWX1 IM alld Im .1,113 (IV) art- vury illaclive is) Ilm .00
I-11~vt. Ili spne of tile meptionally'high rvilitcuix jum,% -00
"I AWlItIlIC ;ICI-I. lit, OX04"On of tit Ilatter in tl~itlx t,_,te
pr-,A, cry -1-1v, owing, to all I" file -so
0 Op fl,C (111 11:111 .( I.... Old pt"t-t-t, Un't'r
-00
,,I lite., t.11"N .. it,, "11,101i'm eloi IN- f,t,kl ...... tit
00 qih 11 thmairl-K Ibe I.-I oo'.to OW
00 -4 -hi-I h.111, J 0'r vilainin Ill rhe ~1-1, l"s Ill
toy tillittlat-11. I'lle rati-44 -lilizinit lotefflicilix
00 ;.,.,r ,1 1. 11, 111 tild IV Ure and 1 -3, r-p
40 IN 1. fleterion
00
00 zo Is
00 zoo
90
so
00
00
'
so
A r
00 ALI LZ --00
00
too
r
U
,
o
1
,
A A. to An 1 0 to I W -W to
o
n
;

1
00 so 0 0 of
1
70 q Q i
. A.
A.
#I
I It $9 ,.Lj
0 0 06 004 00
01: 0 0 0 0 Is 0 4
0 :
:
o 0 0 0 0 0 0 0
4
_ 0 0 0 0 0 0 0 a 0 0
0
0
0 ~ 0 0 0 . 4

w 0
-
0
" 0 0 0 0 a 0
1

0000 *00000 O~
0
r*
Vi
! 0
004 000000000 1
of if .1 #1 1, 4 4 " A A 0 A N ~10, of u a to 0 a U 0 A it U to .11: 0
A
I I v I 1
"lobtl'i a I A
0 A I L AA 0 M UP U I A 4)

A Effect at the flooring of nutritional nitroorn And of PhDot
phorus supply on the formation oil carblibirdraten And ni -00
go 111011111 COMPOluillit in 1he iiiijar b-t
-00
"-J. o'$, ?" N, S S . ( i" , " ,
IWA, 4"ihla -,I) I , . t,lk 4A
-00
,
Moot too". I Ile -ulpur loomot Yl. (do. I, I Khr, ',wt, I,(,,( -I, 4~ ::I;

00 'Ka's than uniler n0vale IMlitkan. The *till "t "ll-'I

"
-tt~
N 6 1,,wcr ttaiW nutoritiAnli, %% till 11,
00 as kbe, X OOPM, ftfugal Wort ii emit ww,
by bjRdwkjl1lPw,,'dmU ill title aft 1h
"f-r It .00

so 11

=00

SOS XOO
00 00

175 .00
wo see
*0 moo
!.lee
:3*0
*0
so
"e"O
00
00 woo

to Do, 0 41 a
14 a
0 0 i
a
0 00 0 00 000 0 0.0 0 of 00, 600006 000

00000000000*0 0

o g
00
Q,
-- 4
:
6 0 0 0 0 0 0
s
o0 o- 64*0 0 0 0 9
0
4
0 0 4 0 w ar 'i v
,
i1 11 It ., it 111 1, A; 11 U It .4 A 1# Is ?1 0 It 1; 11 U is w f, m 1,a
L" 'a' 1, r"
0
00
0 0
-00
0

00
:-so
00 -0*
00
Diaturbmas of cubohydrate metabolillm Of the Chic",
3L
f
j 's 0

0 tion. XI
I
l
plant j Cicholium letybut) Itsa
I Sur-
I)JIfill
:
-00
d
~
SOAP&M,- I3i,ikWmiYu I- t
chicory rout (kcreWwo. Sail -00
11.11i.tAl i,-AIhiJhYdrAWC t,"-
o1hVir Susws irwrtWe. So that

00
00 it- writ rrutaim, about the Same, Cohelt
A =00
00
C-00
zoo
-00
00 a
Z:oo
di
goo
00
zoo

e
u;~ Soo

10
=0
- 0
10
f t:410
I
is too*
S
It Z~-
u Vs ci s
a Cii 0 'art
0

0
0.
0 0
0
0
0
0
0

-
00 01
00
00
0
0
0
0
0

0~6'44
0 91 ~
0 0 0 9 0 0 0 0 0 0 0 0 0 0 00 : 9 *
00 0 Il ~
it I*
0 0 see** o1
j I I , f s , 1, 11 ! ., A . II I;, if JD P il D )A J3 Ji- 1)A A J' 1; 11 1' 14 1$
4 L 1 4 A AA Of I I t
Nevellial dirlection of enymk action as to index of
drought ra, stance in cultivated plants, 11. Prevailing
direction of fircitease action in drougbt -resistant and non.
resistant strains of whent. N'. It A. Kobv-
A. 32. lii7l.
kova. Nokkimiw; 3. 796- ky
AlAtfie Kerdlinliv of a drmight-reqi%tint wheat plant. s Yn-
"~W"k Imin "S.1 to rrix. N. when the water
vontrut wa% miumd by 50470. t'nilvir the ~auiir conditions
Ifir IM11AWliC UCCiVily of plI)tCM*C MCMAU'd L.'~A 1111C. S.
ac-
4 titt -im Alit straim compIctcly 1-t their ~ynthvtic
00 fivitv when the water toutcnt wai reducAd
l'uri-Itiol; if plants bv d,ought k laid to 1w intimately
ilha.listmliatireof thritsh"ent rnzynticequil.
j f it,, li,inx ti-oc-, whereby thr liviltolvtic activitv I*--
md Ilir votheli" notion i. l"'t. It. C.
00
00
400 -00
i
i-A a**
00
00
00
to
VITAL,., 1.11."f ".I$i
of S
00 It
Sit AV
0000 0 00000 00 094 0 0 0 0 0 goo 0 so 0 000000
a 0 0 0 0 0 0 0 0 0 0 0

0 0 0 6
ol
:
0
0 6 v or Co- 4, a- P_ _t
A
S JL A-L-1 f.__A_J X -L I It
9
1
1 V T A I L AA 00 M W Et I

00
_
,
T
.,
41 1 .61
-to

Effect Of Joe temper&hU*f 00 the ftyeNbWtY Of enzy-
11vic reactions as related to the hardiness of the plant. N,
'
-
-
r
,I ~-k~au wid It. A. Rubin. thokkomo,to 4, 14it
valictirs of apple uv.-~q. [h, '1111t "f
00 C141111. in file durction .4 11010%,1, mul 111C 1--

-
ut
i
h
l
llp.
er tc
cuf at a
11thefic capacity 'x
ug
of
l
l
l
0*
ivs
xvmu~
Ant rwris
i,m.lv 4urt. At lu%v trinpi., the P
11111 tfrv~Vlmlllv 11vdmiy'1x Ault. IL I'llem1tv see
zoo

zoo
of
of
0
;P
. I I i

zoo
4CASACOV b-) !;C.Z. AA USiAl Me"OWI_
Che A0 1431
-

S L uT1.,TL,.t

je 'F11 'S;
. Al"
f a4 L S I OW 0 N - I V 04 1 A"A o I
1
g g a g 06 0 0 0 4
OR 0 0 0 0 0 00 0
, g ~ ; 0 00
1
* 0 4 000
'0
0
is
0 go * o 0 * o o 0 0 0 00 0~9 0 0 * go 000

d1i.
0 0
09 1 lids$ 'IMIJUJIM 1, 1, 17 18 It D D 26' 21' IS 27 X N Ill 11 1: 1) M b he 1) Ad 17 4, It 12 It
0 LAI a La.--or Is I-V Y.
0 A V T A 'M SC PP Ex A
0 list ..o OPCIif I
00 Praystiling direction of enzyntic action as an isidex of -00
00 drought resistance- in cultivated plants, III The dis.
Iplacement of the trityrnic *ju.,I,,,bn'un ,, Is cause of the de '00
*0 Structiods oil plant Als; &lit. N NI 0
by
.% K.,Is)jW%A 1b,46 sw 4. 2~ .11!11"""T .
&him. Rejeml. Zk.,Y. 1939, %',, It. L'. I I C A JJ. V
Th, 111S."lims .,f tile activiiv .4 111%,tta~ .1114
!hr Kfadr% Ili "i-I tlh~ .00
eel
on 11, ill 1. K. V . mw AO
V. A lit 11, 1110 -1)1-1 .- 'Ilod"t-d
by Ow Adit. 4 at, r. It wj,lI,I,I 11'al 0" 1 .... I. z
00 Owity Ill I,a,vs I-luor 1. tile umvV1,114, zoo
00 wyolti 4'11~31Y III she dir-11"It "f h'. Is III,
11111-4 flit' 1,0*41 It OW III-' - 1 1-1 1111-111111K I'll -111 zoo
It'- .4 11%. mall, I "Ild lv.14. I.- IfI. I. tw, tl-t
a 1, plot"I'Ll'i" I it if,,- it-Il, I I",
pli'l.nIC111,11 wk,, , at .4 "lall, I ..,%, .1, 1'. 1 11 ,;,
00 thatt Ili liti: sialli, Kratics. If, wt
'00
00
0
40
600
r4
1434
tie 0
& I a I, L "TALLUIP611LAL tiltie-11109 Ct-ilil`KaTIO.
U s 40 43 it ~71 a 1 IN
.1 1 Mid`
if Xg W n 1 24
ft
F~~~ '~000
0 0 1* 0 * 0 0 1111 0 0 000000
0 0 g T0606 '40 0.0 0 0 4 0 0 0 0 0 0

4
1 a si it it Ij if U 16 it is 26 D xj9dill 11 ii MIS m 17 1& x In
&~L_mrjs Lai aj_&~Nlsa A. A, I go U I If L A I I A
0 1.0 4'. a
a
eel 8
a-
a 0 a
At 41 0 4,
I I I
Tb* anzywc activities of leaves in connection with the
ripeasind time of the fruits of various kinds of Apple trees
hook-
kimiya 4, Ai,..
1939, No. 9. 41 .- The lkviihar it i- I -I III, t tit Vim, s%-it i it
.4 the Carly- and tilt- late-tirs, lillig ksswl' if al'I'le Its, N (III
purtwu Litt tic rdatimi%hilo Imisilic at tit, Is pitta) I
U
"'Ll
t"
Ylslhr%isar I ivityul mit'r- and I lic 44 11% it %-,,I I"
' "
.
""s, Ilivestiflut'll. It wai'lctd. 11141 tit, 4, I1'.Iy 1.1 7,
.
mila- Ul life 1'-mVi,,, if the vall) -1114 11111,; kits.l. "." , I...
1
ziro. A ill that file lit
11 -ru%idal %4, %qtv ... fits, tit fit, I I,
"'hing litill.'. Act"t'llitif 11, fill, crilm"ll tit..
lillillsof apple Irrel call bc.11% Mcd lilt-, III, L.11 IV, lilt
and late-rilmllifilt tftt% cvt if Iwfi,rv [lie ;,111K ,rAIKk lit IIIUIF
-
fruits, [
he lvsivv~ (if the t arlv-i slot iiijig 1.im!, 1w.,,,-,
higher ~mlly of Otte hyd"'Iyew ". s'.". ;I .... ... _' a
lower 'Vilthe"S aclioll A Idsvii--im-rum i~ .,I,-
_fVV(I III file Llt'.-titwning Litiil~ I it -i! i- I wit %:I Ii I lit,
file Will IVIIIII-ii hydrid,sSi, 14 1, I::"Vt4l III -)1.- 2
direction iii,yritht-sii. P. Hens; -

CIALLUNGKILL LITINATIlk CLASSIFICATION ;z_ =00
113.11.

1 m a is i
tiliqlt P(alt star
1
0 o 0 0 o 0 0 0 9 0 0 444
a
0 0 0 0 0 0 0 0 0 0 0 0 0 0

0 0 M
0 'l it it u it wit mits Iii ajob It'
Aa L AL L- 1 11 ft I a It- I- ;I R~
4f
c,. A 060CM.is 4~I.*Olt of--#-S
a It a It id a AS At 111 .4 U 44 M 6
b
p"WiNwag of The musliame mrmbm fif &POO leaves
mw thwir pbylpiciagicei imparftmicut. D. A ~ Rablim, mW N.
-COMP. f"4. diad. 56. U. R. S. S. 23.24
attivity is lower in "vell of early
rurbstime than in late varietim I-troxidaw drerews in

410 a :,*VWS Cd *11 VAI it liell wit It inctemins ikar ,(tht ItAl - I'tw
lvttfolytiv ~tctiot, of the invetum in curl% vuticti" i% fit
00 at, itreater than in lat,, While fliffi-F,mys in the ~Vl'-
.... .. . ......
lost. Cher%. 'Abf-
a - 1, t AOTA1,1UNWEAL Ull!*-?UVt CLAIMPKATIO.
110., 11. a all.
.10 a.. ,#t
T'n
18 Od 0 00 9 1 OF ON -3
w p it to W41 of 11 1 0
ZO
80*
0 0 0 0 0 0 a 0 0 0 0 0 0 0 0
0 * 00 0 0 0 0 9 * 0 * 0 0 0 0: 00

woo7oi, -000 0 6-:
0 At All a 0 A& 6 V IN IN
A A A 4 , A t' 11 it u it .4 it 4 AD I, AN M is X w 0 tou SA Is A. p 4 AN a I. I, It
A A L 1, L' I L B I a L a it p A AA a 1A OR a I ' I A . . A A 'tj

1.3filde"At of mats 00 caltyauc dictivity in A 11witsit CrIf

nder law-vamprrortarg coaditions, N. M. Ss~kvan .#mf
u
A. R0,11k.
it I I i I Wil) ; 0 34. 1, 101~ Ill . 1""Ibat.1v Vials 1) J
.1,14t in whx1i 11w inviritaw If ti- I.Asvirs 1t,A.1 b-n 1~nd
It) I~ its synthroull's p"Irci at it' 'd Iv*, Oft Iti(t-Allu lk4i
14 KCJ intO till' IANOV14 jWfUlit1tJ inVA711AW A- ISO A- ;Ift'
%faw 112 tetaill 111vit 4smilvAisillit V141%kcily at quitv a hilgh
IvvO at lriiw~ I- 1-l, 11'. A M1110.1f -1111, it' Ow dit- twit
-I 4ylltjlrjii% ".%~ '11.1 I'v Kk*1 till
h-wit. volitt% .,.,1 -111 111
",,LA 1. C,10, gl~Alh 1111-t.1-11 till
mt,vflae. I,

of 800
of 'see

be*

1400
00 10) I.Olob 111110~61 1 1, 6411f. 014311 too 0
to
' fie 0
o a

A A A
t
N It
I
0
0 "J"fif Olat oil NOW AN AN A

0;0 0 0 0 0 0 0 0
90004 0 0 0 06 0 0 0 0 0 0 0
6 0 ke 0 0 0 0 00 90 00
00

f 4

I L-1 . . .
IL f- A A
A .4 0 a t& tt
t I . . . 4F
-
.

42151-
0o -00
oe The pfevauwg direcdost of Ousyme Witin as on index of -00
dfouOt revig"ace In cultivattill *at@. IV. Th* *604
ad uifA*fWg ISPOW W tMAd Of th# PFMVW 0' V"~Mk"'a*
-w
and bydfoly*s of pbs"bark - In Plants. X-m-,
Simmilkyap -id A. Killwakilva. IflIkki-1310 5-
-
-8'.-DY the nwthud id vat until
I tOW); ~(. C. A. K M
infiltnitti-, ch~ ph*%phatitse activity in the kat bWrs
"-..a vf4,utm of different P-to -1 -h~t tr*s investi-
'
is
h
h
t
aws
a
usp
llf Syn1hrliging iirtiv,ty 4 the p
I
&CtIvIty whm
40~',, I 111~ WAIVt it I'M Ilion the firim I'l- ph.A
k
.Ijat._ act,% ity trapiway. ubm Ow -W ittlit it 1' 0111
j
ago
00 a further itterrawd tile hYlittilYSIOS ""t'"y
incri.4,,
11
0 11-1gilig arliyilieA of inVvtjAAC and Of the jsI1kKVhAIA4C3-
0
'C'
lit the A-inu- of willminic, lite atilt. (it oultioph(millwics I
while Ilic dlpll-jdlm~ .11MI'lit -Intithlitt~K14Y
U. Ji
so*

~
so

TNbT. 6
rh A C

I L -
~
-tT 0
M,)
Ai.1UkGK1L LjT(fi.I,.jj CL&WIFIC&TIC1.
4 v
Wis "

it A
Sw
tv It q if it n It OW lit I N 0 14 0 1At Of 5
sis

I
00 00 00 0
0 *
0
0
0
0
0
0 a 0 0 a 0 tie 0 0 0 a 0 0
,
0
0 0 0 0 a 0 0
0
0
0
0
-0
0

a 0 a 0 0 0 111
0 1 4 1
a le U It w Is M U .4 a 10 11 U 13 a 1. V a w I a
L I JL- -1 -L- AA 0 CC OP ~2. It
C.00.$
P.OCIIIIS AND

Diurnal variations ot some biochemical indexes in
00 air plants N. Si-~tkymn and A. Kolqjkova. Biakh-mspi S.
All S(I'llill. 11116iflit 11111? 114KIT%. Olt'I111K41-1- JdAtit
vilthesifilir invelf- m twil. a 00
00
1-111111.41 it'll t1vells lilvill"ll, olld .411 itlel"AstA I-IIIIAI'M$
-Ilitwl 1. One of ilic f4tttx~
;itilv% Olasetlorn-Jenstin mq
00
Mcul.4ting phowityntlie,is is Ili,- Itillb synthefie invertAM-
1-,I.gv The il-virl- jt,l~ a, A -I Ja I IT-. 1--a -
mi: a ta- tit -ii4ow itivs%utt% Asid a-inting tit Ow (wiita,
41110
If Pri-Iley
00 j
000
,
09 .00

00 2 1 wee
00

071
,
a :5ctenu-o~,
C- hio, 'r - us~e,
93
7 S a I k A .[?&LILRGKAL LIFFROUGE CLASIIFKATIOP
IAO-I~ Q~ woo

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00 0 0 0 0 All 0 0 0 0 0 0 0 0:4 0 0 0 0 0 0 0
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6800$ !_
AT 00
00
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00
go -00
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Degree, ot water saturation as a factor eggUlgfing the
effect of inverts" in plasts. N. %I. ,;j%,4kvaft jrld A :00
K-4-akovs. C.MP1. rtn& di'ld. ii:i"J, .:- ff. S. S. 2'8,'
2(IIW))(itt Ckmia ). -I'lo, leaf 1,64irs if 10-djy~old 049
-2 ernbry,v; of 2 wheat Zritfti" were %old, with JI'O liv im-
inermon (~ 410 min. After rernoval of part of the IfO
heyhwi,ri: ~ubjvvted, after I hr.. lo infiftrati-m a,vording
I,,. I, method a kin.%anov. 'rhe mstats (tabotmed) 00
'hois that with a run"1141 #Ito content the likul
0 ;'Of . high romint. activity. Stt"nig *to. "(
:OW he ;~Il ettilitilefflY 111fip, -Yuthv~im. A'a(vr 1- of tht 00
plan I-lore the normal Ifs0ruitarrit rr.tuct. (Ilk- quibl-siz-
ing power, of invertm, while hydrolysis undermoe,* tit) im-
1~ortaut changes. These rmdts agree with other obvrva-
j Iitats on the rtt,,et of vjcessivr hunlidily, It-adi"j, to a
reduced us%irnilative power in higher platim )it
vocM A. If. Krappe
!Zoe
0- r.4
A I a S L SETALLURGK4L L Woe
too
-T 43 a 4110:
TA S a
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is Av -0 '1 0096
a
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The thuseW al easym ac" in cossictim with the 10
dfo realmleame of plants. N, U. SisiSkyap. 1*fiody

-
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AW . Nook
V.
D~ Uchmykk i lam. BsAiim.
S. S. S. R. 19W. No. 4. ". Kkixo.
eral him
4.
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No. P. 67-8(1941).-Vkolcr MUMMY 411, ur I c ensy-
Ou
'mic Nuil. in plants and 41virveaws the lbttjc activity of
i
x "Go
enzymes (invWwr amid pointmeme). I
odlect
seswially
Astiscresult
j this the syntimmeimins capedAy of the cAl may Im 1-t
atul the decompts. pructmem accelerated. It 6 umOuctl
NE ;
0 that %tich d6turbances in the enityinic equil. err thr pt-m-

1
'31 t ipal remiums for the dcalls aml piants fittort dmight.
00
W. R. Wint 09
" I
60,3
00 Ji IW:00
Z. 00
60 a 0
-r ~700
~;00

1100
2100
ts
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ASS $L& ffitTALLUROCAL LITIMATAoRl CLASSIFICATtOw UOO
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00
alliji am~ i~w-il-
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l 321
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1
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- L. A It.
004 ,

A L)%,Iib*rote allmatiou'01 tip a dkiclilij of edItylVit Action

0 in Ilirtne plants. N. NI. Simakyan still A. Kobyakovs.
-Cr
C
A
1941
d
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1 thrinum and NUT'dilwer plants by delo. t)l IliverrA,
9
00 t , 8 llyll"IIIY~6? And PrOteaw ~%Ynthesisl aoinn. kt-ripiv-Al
f
00 111t, bodding 'un- a bill 'd tit,- dur'-ft"tt "f
:-
"Y111C arti'm t-mard :iyrltheiis. Rttll,)Vll c-i
Alailing flivill, 'Ji'lPlavr, ill, "itill. of it[(- r..'r
thV pfam all ill,- dar"timl "( If,, '1111111A
of variation-, in the tiend of enzynne action art- d'-td. Its, Ow PE
i InteMitY of (Ile flow of sap and the applied stialilb,

~ Enzym* action on wariom pWs of the leaf. ibid. ~',ii-7 9
00 ill Engli,h, S7)IlV41).-TIje synthr-wing vuja,-ity i, 2

S
S
A
trongeo at the bask-. wtak at the apex unit vcry weak tit .
the tnalTm)rlion of the minflower leaf. lit the it-awulm
'%'SlCltl the litarkettly bytirolvilt.
I lurnix blo~.-minj and ut ill,, twginning ,( trailing th,
rate (4 hydrsAytic proce&ws 6 inrtra~d. Thv %yrillit-lia
jmxt,-.i arc mt-ret-1 at tit, t-nd .)i fruitini:. 1'. L.

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of howitime 111wam-mad4witag prom-Ow*.
flown, slolf 11"T"m mew"WAtr. ill
dw fl,004. ON b0tabrtk. Wim Ill 410 low isr"Wimmir lvvabl~
to Ilamilmlibmto 4-vet the my"tOwfir. Illis .%N-ugk as file
roll W jutmatul mutimucti umid the ckmw W the vetiviating
lk-rPA., A hightfor mu-itsw timatul ill the brvt rm.1 solluttic,
thof a ii~ hYthtAYtw iilvwtaw levvI e1wed ~t the Iravei
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go A illy, the Iravc~, dirtmigh varuism ~1 vltt%t. "1 -00

' mvert Niger a ith trullistutol or wIntol. of a limt ~ 4 it, r~
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mentofstorapandreprodUCUTOorpne. d
A, N1. Kobtrzkovs. and N. A. Vasil*va Oiich U~jclictti
0* Ift.,kAimiya 10.303- 1111 MCI)- BY th., -90
ITI.-III-I 4 vewituni W.A. J1. I Md?) it it, '91111
imuld that t he mar athi the Physitil. cumliI6111 .,I I It, plAlif -00
so hl tile vatrietkummicif Iliedbermalibiribut uIucraw,yii-
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-00004

9 oo a
a 0:6.4 -0 4:4 0 #10 0 0 0 0 0 0 0 0 0 4 -w-w -W-~
V. ~y S -M 111111 M IX I I s 'I-, J.
Diurnal fbydtm of The osmotic pressure of cell sap and
0 a its relation to the syntlisslis and breakdown of sucr~ pt.
N. Nt, Si~akyau. A. M - Kabyallovi, and N. A. V3siflva i lee
it 41:j-
0 '=t 1901): c(. CA. 39, X-17---in the living M14 of higher
phillit a hish sI,,luotie prr~tlltr it Uvrottilimilied bV illit-11-
:0 lee
%ytithesis ct! sucrow. When the thimitic Itr"%ure it Ims,
60 tilt- hydrolysis of mscr~v k Ist-tvirrati-ti. just a-% %with rn.
ivine tractioln%, the -motic Isre-itre thowi thythmic
chaivW-,; duraug a :N-hr. jIvri,.I. The tvstnolic p!'t-urv
i, hight-st at nINNI, and Own dvertat 3, tilt,
zoo
fee
zoo
Al St. 4e- &J. ge too
_ ;. R, )K 5 4 11,.* ts,
A
A I a I L A .11AILLPGOC41. LJ?FR&TLQf CLASSIFKATIC"
S
3.4!
'aK.1 Is.
I -j .--. I -T rw o Is i It % i-
U u IT is . -ii
ty tv It "IV A( K it ft It 91 It It 01 kL3 Is An t o 91
00 0 0 0 0 0 0 0 0 0 0 * 0 * 0 0 0 0 WO a 0 0 0 a 0as* 0 0 00 0 00
010 000 0 0 0 0 , 0 0 * 0 0 0 0 0 0 0 L 0 0 0 0 0 0 00 0 ft 0 0 So 0 e

109
0 0 0 0 0 0~ 0 7 9 $0
11 12 13 14 h A it V. It u u M H 11 is F. 44 $1 44 41 ore
A A L 1; L-1 11 14 1% 14 IIJ 4 i1A I
-1 L-L A N Wiv Lzi.
00
00
El?rct of osmotic collcoutlAtIon oll th. ad.,itial"ll Alld
0 0 !.o
0
clution of inTert"a in 6111111911 Of hijifItt PlAntsfi. M j ,
00 St'lk-Y.111, A. Nt. Kobyakiwa, mW N A. -00
-V11
it.. h, fit.
00 et,
so
1~ -I Ow
00 ZI 1. 10-401%."IN.Stl 11"alitl .4 111%. 11.4- o'l Of
if se'l. I'lle 'knw 'mi. 11 11--
00
v-1, its she .1.itr of vt-gri.itwit
00 izoo
00 -00
*0
00 11!00
400
-go
100
1000
i t:oo
ILL- 00,
Ila., MJWV
if go-, st , i goo
-it 0 P, it -11- -0 4n & a Is-
It 11, 0 a III a 111 11 19 a Kw Is I isill #MG
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 a 0 o!
10 000010 00 00 0000 0 0 00 0-0-f-1 0 -0 N 0,00- 9090090900 0 0i5

0 0 * 0 0 0 0 0 0 0 0 0 0 0 o o 0 0
J, ZI A e 1 0
-'A*

The role of amino acids in the synthesis of sucroge In
P,
1111W Skl~~ and N. A. Valilt~l Ui4ch
it
Di
l
X&A
Sa
%
-v
em.
ust.,
.
..
fovow). pl~,j i_iyu 12.
241-9(1947).---The lea%vi of wheat. 9x-A. and %ugar lxvt
--re t"ItA I'll, file (IM-V of %uvrow sylitheii4 fly r.&I-1111111
fil
l
i
m
lrat
on of f
1e amino arid ttvrther with -in, j(
Illyr" %Lvu anti sucrow~ The following subisuuct~ 4c.

00 mAilni ~ucroae synthesis when present in small atum,
b
ut were inhibitors in law emcus.: slytine. mUntur,

09 glutarnic ax-id. w%parAffine, and tryllitilAmn. A%I%trtir
avid and
h
ylat
i
"I
hibi
i
i
ff
en
ta
ne
an
n
t
mt. 71ir
p
ng r
u
id
b
auk
lo ac
s ~Wt
y %tilliUlAtillif the lwotoplmii mul bv

00 altering its wltwjj(ivv jvroj~rrk~, this shift% the t,;zytuw

09 J rquil. It. Pri"tiry

00
1=00
00 free

go 'Wee
Joe

66
05r. U At )A so
L
IN.
goo,
0--e
IN

0 o 0 0 o If ~j i0 n 1 1.

0 0
0 0;

0 0 9 0 0 0 0 0 0 0 0 0 0 0 4 0
2i
1% 1. Is Is t
Ad 2) 1 Is )v
A I, of vU
.-I A - A.4 A "Is 11,
t,
lo
,
v
f
1~

Prevailing difection of MSTirwit Stfm as an Lades d
A
V1
l
i
.
drought res6tance In culd
fi~~
.1 invef"Se by t1sisaft
nu -
z
r=;
I
.
,,-jilyan and A. M KohrA-4- 1s"'k
J! 35. 71OW". -The exl)t,. Cfr iself'W"I"I
a all'i 11"'O'llmigill rv-
valicties Ort"119,
; -
(lf tujim llev(s, Alld
(C.A. 31 04111 W.14 tl~l Iw
't
he ellivillic fm"IA-
(Ill, ill-flitiott of invcrtae aWl
tieviwillpil. (,f mwtt"r, A4 -It",votsOll ill'o-mled. J
Oil, '14"Ollilve V41%."Ity of tile ptoll 11-1tel drerrawd.
'
1114-W
Illml. 1111mlly the rileytiteo Weir rhilrd ioll) mAll
i.:
I
priwe%mora ltwsi I'Ller in Ithtfis ill it Ir1wr
.3 -tent th.in its noradimijbi -tv%kcitit vatietil'14. If P
:
e
Is
-7 roe
;:Oe
SC"'L)SJR M#J"(A7'!b**
zoo
t'l T5;, -m--
;- -0
j
U SS Ill 10 is --- ---
Al~
0 to toostm It w 5
0 0 990964660 fls~a ; - 464 1 i
OT019 : : : : : 0 ~* 0 000 0 0 0 0 0 0 is it
000000
fe 0000 e1

N
USSR/Medicine - Chemistry Sep/Oct 1947
Medicine - Plants
"Plant Biochemistry in the Soviet Union for Thirty Years, " A. I. Oparin,
N. M. Sisakyan, Moscow, 10 pp
)4
"Uspekhi Sovr4a~~ Biol6tx~W- Vol XXIV, No 2 (5)
Historical development of the science of plant biochemistry.in Soviet Union for
the first 30 years of Soviet rule. Discusses some of the more important institutes
connected with this develoFmentp and mentions names of more important contributing
scientists.
PA4OT37

Factors that detsmint the intensity of adso tion of en-
sym" 7, plant tissn". %;-.AL,5i-akxarj and 7. M. Koh-
vakova A. N. fialth Iliochem. ln%t.. Sf(mmw). Dok4tj*
AAwd. N*&JP-S.S.S.R. 57. WX34.0947.1--pipts. with Sucar
beet 3howed that inVEttASE a(I.U)rlltiOn floe% not ShOW A
clear-cut correlation with osmotic presqure in the leaves, but
In the root syster" theft is a rapid riAc of adsorption with
Increase of osmotic pressure. As osmotic pressure fixes
adsorption or eltition of the enzyme in turgid root@ Increaws
until at 32 atm. osmotic prewure a max. is reached, after
which a decline wts in. In leaves the crit. pressure is abrmt
Is atm. G. M. Kosolapoff

SISAKYAN. N.M.; YAGOROV. I.A.; AFRIKYAR, B.L.
Age variation of tannins In grape varieties [in Russian with Rmglieh
summary]. Btokhim.vin. no.1:158-169 147. (KLU 7:10)
1. Institut vinodellya I vinogradaretva AN Aroyanskoy $62. 2. Institut
biokhinii Imni A.N.Bakba.
(Grapes--Variatise) (Tanning)

LLLSAKYAN, N. M.
PA 5PTiO
UM/Chmistry - &wrose Aug IL94T
Chemistry - Sugar Bests
"Daily Periodicity of the Absorption Ability In
Plants and Its Relation to the Fermentative Synthesis
of Sucroses," N. M. Sisakyan, A. M. Kobyakova, 3. A.
Vaoll'yeva, Inst Biochem imeni A. N. Bakh, Aced Sci
USSR, li pp
*Dok Akad Nauk SSSR, Nova Ser" Vol LVII, NO 5
Describes experiments vhIch lead to conclusion that
roots of sugar beet possess capacity for intensive
farmation of sucrose after free invertase In them Me
been absorbed. Submitted by Academician A. I. Operin
20 Jon 1947.
la
SISAKYAN, N. M and KoByAyoVA, A. M.
"The Transfer of Ferments in Plants," Dok- AN 57, No. 6, 1947,

Influence of mineral vlemests = the ademptiou of Invert-
ase by the tissues of higher plents. N. M . $i~.%!Van (BACh
[lit.-hens. Insi., MwANiiv). Pokkidy A .1; S S. R.
58. 1997- tkI0,171; CArm. Zemtr~ 19iX, 11, '2169, rU CA. 41.
4A30f; 42. (41J.-Grains of young winter wheat were
"cuuni-infilttated with "It milni.. dtW to their 4wisin&I
WI., All.] then kcpt for 3 hrs. in a moist chamber at tooni
truip. The grains were sliced and the ability to adsocb
inverta-,c was detd. according to Kumanov (cf. C.A. 41,
!k)lh) The dAta reported indicate that NaCl, SaN;O~ and
Na,So. lmd no appreciable effect oil the ability to aduld, lit.
,-rrta- It 'llrTen"Ilding K mall% lurtraini allmul'thl.-
And .
1411.0 Iff.Aluml a Curr'Wrl.1111,
inctri'r In a6mintioll. while NA11,110, And pr-
Im-rd a ~vfll greater incrmie. M. G. Ahlar

4,, Biochemical characteristics of dIfferimtvarl"tt 2 of Ves
and i4eir relation to the type Of wine. Mi IT a 1,
1. AjIlgarov, and 13. L. Afrikyan. BANX
AUd. IV*"k-S.S.S.R., 7-591948),-Thi
studied. were, the Armenian varieties Vaskest,
Nfalchall, and Garandmak. - Data are given for the amts. of
titrata'61e acidity (1), volatile Intty acids (n), pH. acetal,
Acif. tannins (total, wntersol., 1% MaOH sol., polyphenots,
and pblaroglucincl), total N, tionprotein N, vitamin C. vita-
.min Bi. nicotinic acid; gtO- and pdo. ether---ttd. org. estem
total JU), neutral (IV). and acidic (V), monome0arldest
lucrost!' starch, evolution of Col. adc.. ash, and enzymic
activity of peroxIdase, ascorbic acid oxidase, polyphe"al
oxidase, and Invertase In leaves, grapestalb, -&&M# seLdst
and (or) in must and wine. The rate of syntlests and hy-
drolysis of sucro". was detd. in leaves only. The defus.
were carried out shortly before flowering, daring flowering
shortly before ripening of the ~mpesp at the beginning
-ripenhig, at full physiol. matunt. y, and at the time of leaf
shedding. Afarked physiol. and biochem. differences were
noticed, especially betwxen the sherry (Vaskatt, and Chilar)
andnonshenysorts. Wines obtained tram the sherry sorts
were=ln color, development of Savoring substances.
and compn., in particular in the case of Voskat
wine with a blochem. compri. after the first filtering as tot.
lows: ale- 11.90 (ebuilloscopic) and 12M% (sp. gr.) (sugar
concu. of the must was 24.090'). r 3.00 mg. ~g (as tartaric
acid), 110.92 mg. % as AcOH), pH 3.00, aceta 30.8 mg./I
total taunins 249.0. 11cli. 54.5. total N 273.5, and vitamin
1.3 vitamin BI 44.0, and nicotinic acid 8W.0 -r. ash.
2.24 /1 . M 4.00. IV I-%. and V 2.50 tneq.A., resp. Ex.
ccvt I i, vitamin C, IM11, and pH these, are the bighestabs.
values. The amts, of acrtal, tannins, and AcH are approx.
twice as high as In the nonsherry wines. M rderences.
Wierbiciri..

-
N.
M. -Sisakyan and S. M rutya a.
6
M
U;
AkYt3.-VfaVI SMS.R.. Sbormilk 2 bi~-
m
ode
IiYd
V
-Sucrose, glucose, and fructose were detd. Inio
l
%
o
Z

of grapes, harvested at the beginning of
r
t varieties
e
en
ripenj at physiol. maturity, and a( technological maivr.
ItY. V1. grapes contained 0.2-1.570 sucrose. Totaltunt.of

lucose and fructose Increased with maturity, reaching tic
C
ghest. v.1.. 17.2-23.4%. at teebriologtcal maiurity.
The glu6ose-fructose ratio showed a variation frorn 0.34
to 1.14. H, NV-krbicjdJ

Is
ABlochemied nature of sherry wines. ;N
B, M, POPOVA, I. A.Yi?gormr, and M. G.
kAim- ViwoMiya, Akad. Sauk S.S.S,R.j S~orsik 2. Wm
0048).-Eleven sherries of different ages (1-40 years old)
were Investigated, It was found that the sherry-type fer.
tre-ntation Consists of 2perlods, formation of AcH and trans.
fRrmathm of AcH Into acetal, and that the flavor of sham
"Ques depeuds on the ratio of AcH/acetAl rather than on
tht~rabs-xrats- The best old wLne9had a ratio of
Orj:. esters (up to 26.8 meq./1.) were fermcd duting the.
Wnentation. Aging of wines was accompanied by a de~'
crtm of esters. Active atcraw was found In all wine
samples; its bydroly tic and (or) synthetic activity depended,i
an the origin and ageof wine. The higher amt. of tatittlas In i
old wines was due to their diffusion from the oak containers
Into the wine and (or) to the reduction of the Wdized forms
o1 tannins during the aging. Spanbh iberry contained the
hIghest amt. of phlorogluctuot (46.0 mg./I.) as cotapared
with the native sorts (2-0-8.0 mg-11.). The Intrest amt. of
andno N (24.00 mg./I.) was found In the most typical',
sherries, The amt. of vitamins (thiamm, riboflavine. and
nticin)decremed during the fermentation. Thedifferencesi
arnong the samples with respect to the titratable acidity and
.pliweresmall. E, N%'Jerwdd---~

son
see
OOR
000
so-
u bi is k v p W 41 41 -1 416
QPns TUN", IT co
a c 9
lit ZMOD LiFfle IMLI
ypp r
0 a

MIJ PMW It W lb&PJUR" 4Itq "".1
al m4w Alf"PW swirma 045 --1
A

11
aq 11"JIMI
aqi w. paq"pr on awmamil aqv A
190
=1,
aRl -u1- osul - *-A- aql %"W%d ARS P. 1.
tR) *"j!jnm3 pa"w" alqwp Ill sit ps" an lotwivirld
mqjjq-Amaq%po"oK -q-w-wqMms&uMdui ~C.
Ins) *I Allatlwe aql !WMJARM AM* SIR 1911FUMIll ~,r
jilln-awisqliqmom alit 6"tal-P
1
11411A fit 1111,01111111 jjPwf1
, 041 rp go" 440 4"1 1AP go

'
i
i I
~4
ftill
All
III I-AAA-Ilt- &A&M 409JIOM PEG
lt
!A"Inlj jq.L. .-(Mljpo W 'Cl vK-
"pill 'ui-q--ng q.-M) -R*Agolq 'M V p- -9*-K
P,
op"Wo 81 -MAE- p memp- F- 4NA112V

IF
ll a d III a X a n ft It Or
of a
Im 33 a. w - T--r, -T --c? A n I t w n Al 4 1 f if I I 1 111 1 v
wait Ultra alljorsl itil "%I It it It 1
17". "Mal, .0 -A Ali A A-A -A A A -A -M -11 2 A 0 G

*01
4
06"
60-3
061
I IL L
N. .1111-Y. ~M~
v. a.
FVXOV (111mcb= Inst., lkloacuA). NOW,"
3"_9(lV4X).-A large no. of Soviet wines and Cognacs
vestip ed with a Redummin qnaru spectiopho-
A;1til", Thellight &borption was m--red in the ransr
o12MtOlOODfnm. Sberrywinemandcog"2mincontrast
to other wine varieties, Aaw Characteristic- at-ptitm
.".. in the neighboghood of 200 sit*. The value of the
extinction coeff. at this mat. is Mated to the quality ol th~
Acrry asmi cognac. The spectropbototne er is rccurn-
mentled as a valuable tm)l in the cluality control of wint,
'And Cognms. It. Pr*stlev
ILA
RIOXI "Inv
ms .0 '1, 1 F
adaV 1
1410 Ile "I r Ig aAD a 1 114
0 0 0 * 0 0 0 0 0* *
0*0100000000000044 - - 1 0. 0 & 0 0 e0 0 0
19 4 1 91
6 0 0 a 0
000000
--- ~1906
goo
goo
loo
goo
com
160,
qo4p
096
soo
moo

T )0
On/swain* Buyves Jon/JP~b 19W
M"Icine Lemkocytee
"The Activity and Composition of ferments in Flastld4
N. M. Sleakyan, A. M. Kobyakova, That of Biochem InGul
A. N. Belch, Acad Sci USSR, Moscow, 7 PP
"Biokhim" Vol XIII, No 1
Chloroplasts, chramoplasts, and leucocytes contain In-
vertase, amylase, and protease. Degree of fermenta-
tive activity of plastid matter depends m Its genselm
and on the physiological coaditim of the plastid.
Plast1do can be considered as Centers f(W blocatW46%0~
which take part in the 'process of cellular conversion
in cycles during antogenesis. Submitted 1 Sep 1947.

0 0 0 0 0 0 * 0 0 6- 0 4-1110 6 A-111- I
0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 9 0 0 0
I
A L 1
L f
4 I - N '. q 11 j 1% 1. 17 If Tox 11 U J3 U A If 17 11 29 It 1:11MIS IOU 4"r Ii 1, .1 " " 5~ 0
h J
L L A P 4 R U T W X
Y Aji P# C
W
I
1
,
- ~
.
C
(
i j 1. j t

Aftereffect of various temperatures on adifacpticts of Is-
vortase by tissues of Wgbw plainte. N_W, $rakyao,wid
1
iV
"S
if
.S.S.R. 39,
T. 1
. Verkhovisevs. Doblefiv Abaft.
00 107-101 194S).-S*mplics of winter wheat were vacuum-
00 9 infiltrated with inannitol soltis. and the sprotits were kept -0 0
at van-its leuips. 3 firs. before detn. (it degree of allsorp. .

so 00
ti, it, .1tich was done by slicing and drift. of the ability to
so a ibs,wb inwriase fmmAsufroundingsoln. according to Kur- -00
'
so sanov (C.A. 41, )t)lh) for 30 min. at 30
. The ternp.
'
*
range covered - 13
, with each get being held within -00
to 21
-
I-2"d
d
s
the
i
h
t
U
t
i
00 ur
.
wcr
ncrea
es
a
sorp
ngt
e"p
emp.
ave variation of W-
tr
e tem
ran
e
ti
n
bilit
(
00 o
a
ex
em
p.
g
y
g
':
=00
f
i
niatin
tol
70
c). The preliminary administration o
00 strOnKlY aCtivatcS the later adsorption, especiallY noticed

00
at I .... t,r teinp. This appears to 1,c a protective niucha.
=00
i
Th
f
l
i
h
f l
00 vit o
n-st t
ow tetup.
e
n
raction o
protop
asm asa
rAi!wtl Adsorption At low temp. is Accompanied by in- too

00 creased enzymic sucrose synth"s and drop of its hydroly-
iis. G. Nt. Ko-sotapoff

ZOO
V 0
P t:oo
Ad.
wr- IN. L-A too
A S S L A ME TAILILLIRGICAL LITERATLPf CLISSIFICATICib
.4.

0-
~ T_
U Is IT K)
7
It 1) to 61 K a R SE of
-
;

a I st it dna:
j

0
_ 00 00 0 0!O 0

44
000000100 0 0 0 0 0 0 0 IS 0 0 4
0
00000006000000 0
. is 0 66066060 0 00 is
06siosesoooooeses
: : : : : t

0 0 :,To 0 jo a 0 It 0 0 0 0 0 a a 0 * 0 Is
-0
* 0
0
0
0
o 0 0
0
0
0
0 0 0
0
0
0
0
6
0
0
0 0 0 1
T~
a I a 1.
1, r 1 -1 It L L 01,r K i t v Y I I I A. @a x w It
00

00 't A~ -'I
00
00

00 Stru"a *I piss" end activity of enzym
T, ij-'~
ol;
.
Si&&neArM. Zolkovrr, and V. 1. Btryuxu
.1 ad. Nauk S.S'S.R. 60, l2l3-l-50V48).-l.cucoPl-t'
ad.
A from lWet r(MM% were lutolyArd WMI toluene In Acrtw~
buffer at pil 5 At 3")*; bpecituetm were taken ftnin
wilted and turgid specimens. hitctrutunicrogrAins of
specimens am reproduced. The PlaMids undeno change
after autol
sis: disi
t
j
i
h
l
n
egmt
m
n t
e tW
y
Y staM with
-
%r
n
of f
t
l
h
.
ragmen
s
p
ater stAff" s
.
ow a rounded shape of
the residual structures without evident fragmeots; thi,

'
rvej tuAlly changes to a state of complete lack of struc.
i
COO
turr
. rtic
nitial invertasc, Im-tivitY wa,% equiv. to 3o jjjg~
gluccl5v per I It
dry wt
of s
ecim
n
f
l roe
00 .
.
e
ter comp
ete de.
; a
p
st nit I ion of structures this went up to 171.7 Ing. ' Smilar see
effects werc noted in both the wilted and turgid specimens.
06 Ext". of the pla%tids with W6% &1c. destroy-. their compact
structure and leaves behind a reticular structure, sugjs-
' 2 goo
tive of protein dbeh,.or wyst&6. f
-- Nf. K~O-OT

,j:
!woo

lys t#
B
A S d ~ I L A
i L -F-I?L-.1 CLOUFKATIC.
o
e WOO
00
0

0 04
00000010 o o o 0 o o o o 0 o I 0'o 0 19 0 0 0 0 0 0 0 0 0 IS 0 0 0 0
o goo 0o o o 9 00 -0 0 0 OL 0 s -0 -0 0-0 9 go so 0 0 0 0 o0 0 0 -

MR/Ibdiolne - Mnywo
lbdlcino - Antolysts
JIM 190
Watructure of Plastlds and Actlvlt7 of Foments," -
W. M. Sloak7an, A. M. Zolkover,'V. 1. Dlry~Q:Zowal inipt
of Blochm Invoi A. W. Bakh, lab of Electronic MIcM
Dept or B101 Sol, Acad Sol UM, 4 pp
wDok Ak Nauk SSW" Vol L1, No 7
Discusses character or the oboW or structure Of
plastids an result of their auto2yals, and roUtiew
of changqd-coodltlon of structures to aotlvltv of-
ferments Included In plastids. ftboltted Nkr.1948.
7ftft

-0 0
2 is 14 it 14 it of IV )o ;it u a 14 35 16 v A 74 N-' u
JL r l' K I kA of Q1 W tz
00
04
Of
00
it
11 14 r 14
-00
00
S
w4ro" in grapes. M. St and S. A. Maru.
0 f tyan.
JV4NA 61, 491-4(19,111).-
Twcn I kt~Y-4 of
o CMP" were invfttfitutcd durinic
the summer months, it w;&,i Aown thAt the Amt. of su.
00 kmme regularly increas" with ripening ill All vec" except
00 for "Votheat" which showed a drop in sucrow at the point
of ttch. ripeness. The asstn
00 1~0,i !A earlier writers con.
cerning the atr4nce of suct"Se to ripe grapes Are Ibu% ill
error. The max. amt. of sucm�e Joijud wal 1-97, in Pink
Mu'kat grape in the ripe stage. G. Nf. K(Nol&poff
A
moo
ljz
zoo
40
zoo
--0o
too
PA C74
!boo
j TALLVOCAL OtERAT4,01 CLA55IM-71CO '00
--W
00
FO-- Nit K it et
- - r! ; ' ~ - o o ..0o 0 00 0 Ali 0 4111as
0 & 0 0 0 0 0 0 000 0 0 0 :
40 a 0 0 0 0 a 0 * 0 0 0 0
.
1 0-0 0 0 0:0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0;0 0 o'*--o 0

Raj /Cbmd OU7 - Pi"PhO27148", !Asti on or ive J&8 -
Ckemletr7 - Mastldsp Isolated
11ftoophorylase, in Isolated Plastids," N. K.
Slsak7an, A. H. Kobykova, Inst Biochem imeni A. N.
Bakh, Acad Sci USSIR, 3 Pp
"Dok Ak Nauk SSSP" Vol LX1, No 6
Plastids wero isolated according to previously
4Z, described. method . Activity of phosphorylase me
Mam-ed during both decrease mid increase of in-
organ:Lc phosphor, and consequentljv in presence or
starch and inorganic phosphor and glucoee-l-phoe-
pbste, wit-h phoophatase action suppressedby intro-
clueing NaF into the reaction mixt,.=e. Tables show
4W 35/*49T8
USSR/Chemistry - Phosphorylases, Action Aug 48
of (Gontd)
speed of starch phosphorylation under action of iso
lated plastids, synthesis of starch un&er action of
phosphorylass of tuber potato 'a 16ucoplasts, activ-
ity of phosphorylase in chloroplasts of spinach
leaves before and after dialysia', and activity of
phosphorylase In vw~iouB elements of plant tiewwo.
Submitted by Acad. A. I. Oparin, 21 Jun 48. '
3!5AqT8

Mbtthmistry - Plastldet Isolated sop 0
Chemistry - NnOmes
"PolnhenoloxyMea and Paroxydase Activity of
Isc-Lated Plastids," N. M. Sioyakan, Ye.,B.
Kavayeva, Inst Biochem imeni A. N. BLkh, Aca(I Sci
USM, 4 pp
IvIv
"Dok Ak Nauk SSSR" Vol TZ17, No I rj"-
,--.\Tables show: acti7ity of' purpurgalin fermentn In
Mg on ove gm of dry eubstance with '210-minute ex-
porura, activity of ferftntF; In leucol)1asts of
aug&,r beets before aa after autolysis In mg of
rumi.%rgal In vith a recalculation for me gm of Ur
'M 32149116
USM/Chemistry - Plastids, Isolated (~,ontd) SeP 48
substance, effect of osmotic concentration of the
surrounding 9olution-on the desorlotion of ferments)
&n& effect of centrifuging an the desorption of
lqueoplaste of beat sugars. Submitted by Aced A. I.
Oparin., 21 jun 48.
35/49TI6

laheritance of acquired biochtmicsf lActors in the bvvd
Proleny of Vegetative hybrids. N, M, Siakymi, 1. E,
GlUslicbmilo, ;&mf N. A. Vamlkvi (A. lii~W,bvm.
Inst., Moscow), Problemy Biokbion. r Jfilhur-kr !?.,.I .
Ilk". V*" S,S-S-R-, 1.1
Fxmllw If ildirti(allce of bitkAlvits~ illd%:%e, (-,I. -g-'.
avi, lit Y, 'k-winbie I,, I It L'I'linAlld T d%.
d-i" Content, tlivil(filis. 11641, allif 1-1-1 alld IRIN.
actmity) ill tile -,~J .,.k,t tile
graft hyt"& among v4ricfit~ of 1-ch plant,, Ica%c tile f,Il-
ll,wing rcNall". The seed p,ogetly 511- the
'If 1-111 hylWiJ COMP01WHIS. X'L-gk1.l1iV1 11~111i-lr 11311w ill
"Illituced biochrl". -, 111.0 tile
r frmls both iljitW indii,idlial" "11,11 tile flills"A
-,mch progray differ from tile jurvill fruit ill X,
well ;&5 in chem. tinnim. thu,, AmAisig inberilanc, If Jc-
Quirl-d rjwrjcteristic~. vululnillolj~ tabdiltvil 111t3 Are
111pplird G. M. K--,I,Ipofr

Enzpnr systenis of Micburun varieties of apple trees
1; A. Robin ~Ijd S. NI. sila~ xj,jA N. Ilikh Ili.k-l.cm
P'OmeWVY-jVh= *'r AbAtirs"TC4
SN-mik, No 1, 41.)
-ulv-uinmer tiliening vAricties of Apple have verv low Ied-
1wro"l-e Activity, while the late-suntmer varictic4 II.ive
ultber hixb activity increusing the Later the ft%t-n.
Hir higb"t leal Vier% Alow the high"I icti"tv.
u bile 1. 4 'ph'j-lo.j. 14,0 '11'- 1 Ile J-C"r t. cit. 1. Volvine,
".gol.1ting ImIlAv'k .4 t.. ...... -~hmld-
m thr rmlv varictiv% of the pl-mit. The
% -4rieties Otow rapi4t In.Lctiv4tiun of enevnxie
,Ymhe,ii at 0'. while the mi,imil &-- t.- if- ct,-t,
-11~ it .. to'. lliotraw% ali hoe (licit -vitthctu- abiletv
m-ne re-4-lify in nolurc%krAnt (011115 ULM III t-i-tJilt (IM1114.
-m ""t invic'i- '4 the hydrolyl ic frai-Imn., Ordt -
.nt f1sn"11.0tally Young Inentor plants (ackordilig to
Michairin; technique) can wrve to Improve the plant qu,tlicr
bv the influence on the aN-we-ciml cnzvme ivstcom Pre.
limin.irv ji~. ;-"ult. are itivro in tabularbri". (. M, K.

4f
Enzymic activity of hereditarily hard wheatis changed to
h.rditArity .(t chests. N. M, Si-kyAn V K
tud N. A. (A. V Mkh MnAirrt Ill't I NI.-
1',AIrmy 1144him. r Aliku,in,ko, 14i'V . ..I kad,
Nq u k S S.S. R.. Sb,,, mik, No, 1, 1122- 10 1 ( 19 19); cf. C.. I - 44.
.mi.n... --rhe dotydrogeume system of the aitcreI whem
th Colues Ow it) that of naturally soft wheat. simiLtriv the
It,jlilmmy cncff, npprmtchvt file higher fc%rk 'j file )ft
1. it,., t. aml twroxi.la-e m-livitics re-
,:..kill appmx citim., white 0,,mviaw appmwett" the fc,tI,
fItIll'i ill -ft W11'.M. ('. Nf K~Iapofy

Direction of OnlyrniC transformation of CJUUohydratcs of
heredit"y summer forms .( wheat that had been altered to
hereditarily winter (onns. X, M - K.
v.sn. and A. Xt. KobyALov.& (A, N ItAl Ili- h,in. I-t
11
P,,Wmv 144kim. r .111, hurl"40 P-.'
Aauk S S S. K , Sbworik. No. 1, 102 1~% 1919 1, t' .1 44.
-SUfunn-Ir forms K,( %im.it thAt "'Ic In.
training into the winter forrus ., 4tilt in th'. efut Iflic
of an",.-, the ctilyinic 't, It"ff ivid, [K-,
th-"I.,platitm .-f it. Irwin tic I'l fill- I"'.. I I. Iup ~*,W
bfgh
v; mqlklA inIrf 11. ,4

SlSAKYAN, N. M.
FA 54A9-16
Amu
USSR/Biology an 49
Academy of'Science-6
"In the Department of Biological Sciences" 5 Pp
"Vast Ak Nauk SSSIR" No 6
Corr Mx N. M. S1sWq&nIs report, OFermentati've
Activity of Protoplasmic Structures," described
experimental studies in the structure of plast1de.
Discovered a whole series of ferimnts for the first
time in plastids: peroxidase, polyphenoloxidase"
cytochro"moxidase., phosphorylase, proteiae, and di-L
hyr1rase. Discomered'anylase, invertaae, proteasaj
c7tochrcmoxidase, and debvdrase in leucoplasts ant
chromoplasts.
go- qh/kQV6

SILSAKYA1111f, N. M4. PA 4 5 /4'9,T- 5 50
USSR/lIsdIcine - Bloohemistry Jan/Feb 1#9
Wdicine - RAzymes, Xrf6at
"Permenting Activity of Protoplasmic Structures,"
N. N. Steakyan, A. M. Kobyakova, Inst-of Blobben
imeni A. N. Bakh, Acad Scl TEO, Moscov, 7t PP
"Biokh1miya' Vol XIVP No I
Investigites activity of feramte In cell structures,
and stability of ad orption links of these ferments
vith lipoproteld cumplex of plastids. Studies
feruents: invertase, phosphorylass, peroxidase and
polyphonoloxydaoe. States conclusions. Submitted
7 Jul 48.
40 1 45/4M5

PA 54A9T85
tVW/Jbdic1= - ?]Awtldg jul 49
)bdicine - Biochemistry
ffDehydrogenases of Plastids," N. M. Siskayan, K. G.
ChamoNa) Inst, of Biocbem imeni A. N. Bakh, Acaa Sci
USM., 4 pp
"Dok Ak NaukRFISR" Vol =Ip No 2
Cceparative study of debydrogenasic activity in
chloroplaets, cbromoplasts and leueoplasts showed it
vas greatest in chloroplasts and smallest in leuco-
plasts. Activity in chrozoplasts was not observable
by the methods used. Submitted by Acad A. I. Oparizn
21 maw 49.