SCIENTIFIC ABSTRACT KUZIN, A.A. - KUZIN, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928010004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

XMIR, A.A.
M.V. Lcmoncsovta vork in behalf of the Board of Mines. Vop. ist.
eate, i tekhb no*13:114-117 162o Vopa isto est. i tekho noX -
114-117 1690 (KEU 16%5)
(Lomonosovs, Mikhail Vasillavlah# 1711-1865)

TROSHIN, Anatoliy Konstantinovich; !KqZUA-A-., otv. red.;
SKACHKOV, S.A.P red. izd-va; RYLINA, Tu.V., tekhn. red.
(Ivan Evstaflevich Vlasov, R Russian voivode and
mineralogist of the 17th century] Ivan Evataflevich Vlasov -
voevoda - rudoznatets XVII v. Moskva, Izd-vo AN SSSRY 1963.
45 p~ (MIRA 16:11)
(Kineralogists) (Vlasov, Ivaii Ev5tAflevich, 1628-1710)

KUZIN Alsksandr Avraamoyick;
,-KM'MEMW, Y.I..redaktor; RODIONOVA, Z.A.,
..,tekhnicheakiy redaktor
[Brief histoz7 of the development of drawing In Russia;
manual for teachers] Kratkii ocherk istorii, razvitUs cher*tezha
v Roseli; posoble d1la ud'hit4lei. )(oskva,,Goo. uchabno-podagog.
Lzd-vo N-va prosy. RUSR. 1956. 101 p. (KLM -1-0:4)
(J)rawing--History)

=3, A,A.
The history of mechanical drawing In Russia during the second half
of the nineteenth and the beginning of the twentieth century. Trudy
lent.ist.ast. I tekh. 8:166-184 156. (WLRA 9:9)
(Mechanical drawing)

IWIN, A.A.
V-
Mechanical drawing in Russia during the 18th and the first half
of the 19th century. Trudy Inst.ist.est.i tRkh. 9:235-282 '57.
(K6RA 10:5)
(HeaMnical drowine)

KUZIN, A.A.
"Hiatory of mechanical drawing in the Ural Mountain region and
Siberiall by A.I. Aleksandrov. Reviewed by A.A. Kuzin. Vop.ist.
est. i tekh. no.11:168-.16q 161. (MIRA 14:11)
(Mechanical drawing)
(Aleksandrov,'A.I.)

KUHN, A. I,, En,gr
USSR/il,letals - Welding
Oct 50
"One-Sided Automatic Welding of Low-Cafoon Steel Up to 16 Millimeters Thickj" Engineers
N. A. Fedorov, A. I. Kuzinj T. Ya. Shandra
"Avtogen Delo" No 10, pp 17-20
Suggests one-sided welding under flux as most economical method, not requiring
preliminary preparation of edges. Describes development of method for welding
900-1,,Q32 mm diameter boilers made of steel 13-16 mm thick and construction of flux-
supplying devices for straight and ciraular joints. Mechanical characteristics are
no lowervthan those of joints welded from batIL-sides.
Vft PA 167T85

"10 . ~ - - ~ I . .
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A-S In. t-
IND AND 1. 1
23192' Ovic-Sided Automatic Welding of LowA:mrbon Ste*l
of Up to 16-Mm.'Mltkzwm. (In Russian.) N. A. Fedorov. A.
Zand T. Ys. Shandra. Attogerintle Deto (Wrlding')
V. 1950. p. 1" -20.
00 welding of forigitudinid (it ring scauls (as in boilcrs) mi
one side of the part being welded. uxing a flim -pad" on thr
back of tile scaill. was fn%*mtiPtcd. h(cams of sullix1rfing the
pad" against the joint were studied. Strength charartryi%tii~. iti
such welds, compared with those welded an txvth sides. w,-r,-
Villifactory. Data are tabulairIl.
OTALLURWAL LITERATURE CLASSIFICATION
via., 4 110M 110.1mv
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USSR/Ingineering - Welding, Materials Nar 52
"Electrode Costing BKZ,II A. 1. Kusin, Engr
IfAvtogen Delo" No 3, p 24
Describes coating which improves slag separability
and decreases.porosity of weld metal, giving compn:
30% hematite, 29% feldspar, 27.2% low-carbon
ferromanganese, 9.2% manganese ore, 4.6% starch
and water glass in 30/35 ratio, dry wt. Discusses
possibility of using blast-furnace ferromanganese
instead of that made in elec furnace.
21m6

USSR/Engineering Welding, Boilers Apr 52
"Welding in the Fabrication of Low-Power Steam
Boilers at Biysk Boiler Plant," A.I. Kuzin, Engr
IlAvtogen Delo" No 4, pp 21-25
Describes methods of rapid manual welding, auto-
matic welding under flux and semiautomatic hose
welding, and also special stands for holding and
turning various parts of boiler during welding
operations. Briefly discusses X-ray control of
welded seams. Vol of automatic welding executed
at plant in 1951 amounts to 802% if production
of 1948 is taken as 10*
212T36----

G11=0Y. T.11,; h-U,'D, AT.- Al"I",'IS A,Ye~; ZZIN, !.V.
Uve o~,." electric s.ja[, velding for the rep.1ndr of loconotive
afe 'r= es. 14 noJ1;A:---46 1: 161.
(1,11)J1 Y'.1c)
1. F("ItcV.-Idy n:ivod (for Cra-yovoy, Euoin),
2. Ordena Triidovogo 'Zilim-eni institut eleIrtrosvLrId
imen! Ye.('. "atona 21' USSR.
(Loccr,lotives---'!,iintail.ttiico -nd relmir)
(F

KUZIN, A.I., atarshiy prepodavatell
[Testing structures and strtIctural elemental Ispytanie
stroitelinykh sooruxhenii i kons'truktaii; uchobno-
metodicheskoe posobie dlia studentov zaochnogo fakullteta.
GorIkil, 1962. 120 p. (MI16 16:4)
1. Gorki. Inzhenerno-stroitelln institut.
(Building research7-

KUZIN,.-A.I..,,.,.- --..
Spot welding of ties for the fastening of lumber, Ixtom. avar. 16
no.9t83-85 S 163. (AMA 16 - 10)
1. Poltavskiy parovozoremontnyy zavod,

GAYEVOY, T.Vo;,KVZIN, A.I.; ASNIS, A.Ye.; GUTMAN, L.M.
Welding up cracks in locomotive wheels by the electric slag
method. Avtom. svar. 16 no.12:73-78 D 163.
(MIRA 17:1)
1. Pbltavokiy parovozoremontnyy zavid (for Gayevoy, Kuzin).
2. Institut elektrosvark-4 imeni Patona AN UkrSSR (for Asais,
Gutnan).

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OL
00 a obtained frum bottom cmtg, M48% gbvxyik add. Pee S to 6 at I -.9ducu
axdlr~ llydrwiftetopAcciak and vashe Acids.
0. Pit a C%. AcH. st
No tram Od f vy&d#. Or D M:= I ikeW weft hand. Oxalk and glycok
\..I& formed in, equimol
-~~tit ftoched abwt 1.121 add. SpmW study waswAdsottbetlyeal.
00 & *WhyYt. obtaining its p-all ytkydmshw and -hydawtone devivs. and The neasone. .411141
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pro tin at soluble starch b~ enzyme action. A %'-StNrA,%"%'AmnA-Kt-xu% -00
)"I;. rarM.PrIon.1032,321-6- bret%%tarchpitstek, wartut(i to flAt' with the dl
rillyine (0.470 of the amt. of starch). After 15 ntin. the temp. is rapidly raistrd to Imid. -06
krpttherr(or3ndn. The mixt. is filtered on sand with suction and the filtrate -4941
ing and
0 a trtated with Ak.. filtered. the *Aid wa%hed with &I". ate. and dvird in ~w The
00 Inoduct is very vol. and cuntwins ut) dc%trins or reducing sugar% 1. -0*
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With 11141 I(Offlitle ILI 11114 IMAPII 0&4"It! 6%, wtatvh m4n. *kill .1 MV; of vIlAy"If. IFINII
Illatt eat, is kept at .17* fqw 24 lin At the vul Of hydntlytli 41hisrulaq are oallutAt"I
by wamling and clear maltow mAruls is filtmd od.
and the purity i~ checked by Amm. and bkxhem. methmis. L. NARAMAVIVII
400
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Supm for ValcroWAIG" assc IV. IF".
SICINIOW)v WKS Xkh" Forw Prom 1933.
twown
a MOP UAZ~d i~ the manut. of .. mg. 6 L,&t.1 ttb
lechukal Ume. ou The bask of "#0',v C&O on the limtow.
The *V: Is Wowly added to On si :xd and CoAd Inur
MAD. C lrwrl-tt Is filleted wW wapkcd jvdCC&nt4tk)"
,
dermposed by poutine its sw1witsk," it,,O 2A.; MIA)
fil
lf-I WW the ffmcow 04". COCK.,I. Ift "I wvsPLM
lk
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ton And cfyNtd., *at Iftmis C11.011.
r
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tc
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or Inkrub
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c, ical uics.
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. OdUcliser. A. &cp--y mw N. Newftvs. r&d.
W5-9---Laet-ft a`AD- (257.) is hydrolyzed with 1,-~
00 . HP90, at 110, in an autorlave j. an Atmosphere of co,
The sulfates am removed with lime. the On edJusted to 5
0 . 4 with CtI&C00H mul glucoft rtmovvd tjy felment,tio".
The galactose Is crystd. in= 85% ak. aud twkv IrOm
901rio ak. The pcoduct (about 847c at the t") is
suitable Fw microbigAn" uses. L. Nam"vich
if
I
jolt NJI MJ1441 quadero
--- T k I ., L-, 00
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_tCO1FGIGfflLm x CPU*$ TO "A T A t' 1 4 -
PC AND *I" caudal Olooss
.&!IN-ALS **aI
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The soUndam of supre u&44V the 'CtIOO i0l valifts -00
bons. 8. R.) 1, NO. 1.
112)(Mfi).-A emPatative oudy .06
00
was made of tht&ct1onoIC*(0lj)tmndNa01f (in glumme
0 A 1 and fructow at 25' over 1- 24 hrs. With the tm n( Co. -410
ing prol"I" in acid win. -0 0
'1z (OH)c the surs" showed miuc
(teduction of dichlevoindophenal and 1) and save charac.
0: reactions with FeC4. Under the same con.
teristic color
I es !roe
04 di lons N&011 does not protItice such chang . Ca(C)II)t
f.V01 the fortnation of mannow from g1tsetow, whil,
041 NaOH tends to fom fruettse. It is suggested that the 0
diffmSces are due to the tentlency of the varioto has"
00 to give either cyclic or straight chain enolic fonns of th, zoo
00 $use". S. A. K. ze 0
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A%8.%L& 61TALLUR11CAL LITIMATURE CLASSWKATIm o=
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XMIN ~ A.
On the active form of simple sugars. II A comparative study of he oxi-
dizability of 6- glucosephosphate and glucose, A. KUZIN and A. KOCHIN
(CARBOHYDRATE LABORATORY, VIM, MOSCOW ) vol. 1, no.6, p.676, 1936.

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OL-bic acid trently diminMtv
a tM reducing powu of the latter; apparently so addn_
Moduct is Canned. It is UML-Ad that ~itami- C. be.
aid" rawating axidmt~mredurtion P".'.~$' 1, &L'a
i
00
zmrum*QW to calWyzing the building of C chains W the
living mvudm. ewteially the cmvmiw 0( ficito im.
If, Cohen

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1937, 7, 2954-2963).-PAUtion of Cult bv CH
Oft
i
h X
t
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M pf"ance of CA(OH), is > w
vok"tv of the ftwum 2010 - sleou + HCO H
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in gmaier In presence of
s,
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for 4-20%, but riot 40
Mo + Moll -* HCOSM + in prewum of CUSO,
r when M Nla than When M
t
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s gm
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~
the former cam.
which Catalyses the veac4im,
In go syttem CHj0-Hj0-&"l-CU the reaction
peace@& a4 the ame rate with Ca(011), -%a with
'HO
f
t
OH
dth
ft
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a
a
.
At
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nsuppow
t# yieM OH-M*-ON&, dinociating into OH-CH -0'
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a _L~ A_A_j_ A Q OP 44,1_11-. 1 4 V I
CAU17641 fftd Of MOR64411 aft OW COAdisfisittiam of form
aldithydetoaugan, V. Coumalcoadits"Hoorvacticin
in t1ke pn sonce of coutmoteistod Wit stAutims. A.Kutuk.
BiAhimmiya 3. 16-27 (IW8); cf. C. .4. 31, =261-HUM
emit 1w condmuted to sugars at bixty temp. (37"). and in
00 .01m,111 Drutrai sain. (pit A.M. by uning a sapriguld. QJn.
i of MS subsiviatv, in the pirwittv o(a Pinall itim. III ~06
411 Vnr'tlk4 I'MU101 (fMilliMe. K1yVU14JdChYdt If
It. Cohen
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stanceslummixtuns. 1. Mdix&biUtyofald*hyd*sin the
pte"ace of ammino acids. A. M. Kulij,-Biakissmiyu j. .00
481-90Mi-In the PrrscfR-ebrj1VZ7r,_AcH I!, oxidiztil
-00
to glYxvlk aldrhyde by I in acid -An. This alipwent
gill cnahzing effect of amino acids may be cumvrncd In thv .00
SYnthcAis of sugaril froul C140 In the pfrwtwr of miliol .* 0
n~talyzrrs, aud also explains the trausitiou fruen Acli to 00
%imple migars in the rtsynthris of cubub drates in
11H
Illum-le, it. Cohen
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o -00
0
th, uIttritr -L~ attliulati,if With AcOff and
with IIrF -490
N*w Synthtisis of glycoUMehyde and glyceraldehyde. t.%.agxf, at ?k,futl,l Itirimirl 15 rn"O. l'be "ithic -1- -00
:0 A.Kuliu.. J. Gtin. t ite"t. it', 4. S. R.) 0, -"N t1th""t- %td. Willi alk- at(,. ;&nil IIIr t1hrut" frVIII twIlt-, 41~1
-00
ct. C. A. ZQ.3V87'. 72247'- Pi-evious rifill. in tile CAW% tic livviWS ftecif front the Alv. be vacutim di,tis. I he
00 irf cimademation of 11CHO Ito sultars with CA sacchatate leave irtily tv,ilhic w* in W nil. ,I alm 41c. ct'atc.
.0 0
00 bem extended to the Lotuimt of the inw-mriliate riv. 21'v 11C1 and, after standing for 7 dav,% at ftx)m temp., w3m;
rokidek-ide M anti the Intrima. W ~re'didehYliff itti.
' III'llittifiltA %%)III VJVV. Na,Cth Itilij tile filtlAti!
of 44011111..4 40.,:~ Cll,(). *WL 4(01111 unit 10 M.
soj A mixt * 111 1141 nil. Altri ~Iok rvinoval tit imaltert-d Kittet- with no o
00 0. Kh"l-tv in 4 1. "Afef III I'Ad at 37' 1411111 tile rethwilig lite ak. %4a, dtimi ,If at 25 mill. mid the m. Will,
Imilict 'it the t%-altitat lallod Ila cold Frilling talln. hall WA4 110CIIIIIIAtid Al i" MIJI. Ilt-4titr I hir at, ut It
00 3 1 reviched a max. 'I tic "44 imclitin tilixt. was (1.3 4.). 14 1 M% wul lifftnut"I. with 0.1 S If,!k). And, =So
00 after neutrali/ation with ,HaCO, the hydrciviate was
~
0

00 ~X (t.,.I .. CifO):
F"littil., givinlL~ 4
Cowl. and
'
3) 70'
751
M b
11
fi
i
d i
i
bovine. tit. 11
.
wakci
ta
ne
e
y
n
,
6 y
'
1 =00
4 K. I anti an equiv. .4 C11.0 -2
1.) with
tligrning at 35
o0
2A Ini. of 5`~ CA10114 lintit tile Aw d CHp had dis- g

0If
0
ja appiaml (3-5 iniml atilt then quickly neutrahring -nth ::o 0
3an equill. of COUlt in iflO. The tiltrale. contg. A light
r%clms I't Al:4 M. wn % t vArxi. unit redi,td. in tutaw. H -00
with on Imailing for 1.3 firs. gave tile ~(11w. zoo
0:1 in. 1XV Ch.-. PlAnc Noo

9 0

A I a - I L aa(TALI.tJOIGICAL LITtIATIAt CLASSIVICATICII
0 0

410 It
j goo
-
"
;
, 1
IN 01 If .1
t
1 *A I a Od 0 ax
v In P (1
f q
if
to to 0 o 0:0 * 0 * 0 a o 0 0 0 Is 0 4 0 IS 0 * 0 0 0 0 0 0 0 0 0 0 0 ft
0
0 A
is
0 0 0 0 vio 0 0 0 0 0 0 0 0 0
0 a 0 *
0
0.0 0 1111 0 9 0 0 a 0 * 0 40 0 a 0 0 *
41111~

I I , , -, ~ , ? . " ~ . e " r a U ta a 5 42 7 0 t 0 b 0 6 , v * 'a 0 L. a I
0. !go 000 0 o1w
--L-J-a " 0 41 41 u al SPO
-A L-C
so A -7L-0 0
Parc ties A.0
0 I-of
1-00
00 .00
ON gnaw" 6~ VL
:0 so
d
'00
too
(A.
IN
goo
bw 40
oeo 7 MWkWin
ogo 011-C
Ou
+
+
,j Of[
amd famedosima a catalyst. Undw cow 1-00
mubig wd Mv 4h6-QO Molt), of Waynthads (1) wAy be ftuctaw or awarW ; ISO
MT. 1000
t Joe
age
woo
it woo
CO.4
UU A, MO x a It K N a I S a rid 0 IN 9 Im Ia I wx
0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 6 * 0 0 0 0 0 0
all

0 0 0 6 0 a 9 a a f 0 0 0 0 0 0 0 0 6 0 0 0 0 0
~O' 0* 40
t a 0 PQ a I, T IN I u v a 00 w 41 q Al 61 oil 01 AV IS n
n o
T14 IL & j . , * " IF I If
0
Oft
:f viv
101,
os.
son
00
for
o*v
00
0 OR 00
IIp. MII '.I
IIIIS 011111 .211.111 I'll" pial, .,Ilma
III ~mill Aq t1oll-Illp'l ".N -mq% ml tim I.I.q.
so
Cr O= i
mI III'll r*0
III 13J J41 31PS3133,)t Do
I-%.1rlIvIV -7. 1,1111 111711.4 1-i -Y aupiIvjOa3ub"j*aq)uj
so- siolne old" jo nolpyall III -irmlaoij JAII '11'411"N jr so
'I AIIII.111JI ift"ll 4mml pr.)l 1jMA.kIv p ~W~Jla so
so-
Irill J.-ri ,III Aq .1,!,u on ... fit
'Juppy 00
al 1 00
.4 -IV ot"3119 poo3aasaid atp ni
00-i I)rdw i no
goo kB1111931
J
rso
so .- !1.7 00
.0 J.,
I . J; 00
0.7 a It 11P a n it al m 10 -w- IV W,
0!0 0 0 0 0 oo & 000 0 OF It K 4 '!to
00 o a 0
0 fe 0 0 00000 0

A
4
t
00
*0
00
0* J
004
004
00 il~
_CLAIWKATION
--7:
%Sam liflosi..
"Ma.,
u 9 an on
.11004 Ina WK ocaj IAKW
0 0 0 0 - ~6261 0* 00 0 0 0 0 10 0 tee
1 . a ~ a a a a
7 MT
it'
00"Al.
it.
An A,
ft I
9000 0 0 0 00
-* *0 **. 000000 0 0 0 ft0
V 0
Go
-*4
do*
800
Joe*
woo
too

10 0 a 0 0 0 0 0 a 0 0
1 0 is it U 11 w is is It n, a"N 'A M 17 A )9 In 11 U 13 M 6 Ill V X P 49 0 43 43 0 OCO
A A-L-A A A.N r 4 a 11 4 v A-L-M N OL M U4,t, 1 4
F7-
St A
96 .4 c,)jnporative study of th~ PCOV11ra of for%
01JAM 0 Anil All"Wer
carbon Chains cat I
so r ill and V. V. MW
4 wo), '41.
M. St 1' 11,1 00
lift ident ical. Out"ipw is illactivate'l
00
not,
00 a
=Sto
00
oe
use
00
Aso
FOR
Ni
-;a isles
41,
A I a% L RETALtURGICAt LITISIATU111 CLAMPKA110011 CEO I
4
W, see
Im As a
K a it 11 11 x and:
0 o so 1
q 0 o 0 0 o;o a 0 a 0 0 * 9 4 0 0 0 0 0 0:
~~o o w o * q;0 0 Soo o 0 0 o see Ot 0 0 4 0 04 4 0 411 0 0 0 a of w 0;

0 0 0 0 0-0 0

A It X It V IS M 0 16 V 111 0 9
4 Ilulim Isto fill it a ' 21 D n ld b X 17.
&
ILLL1
-1 U
U.
11-j
,
isr !q OiIur.j -P ":!.I

Mechanir of sugar synthesis from ptotlucts of ght
tolvaid, 1. Oxidation of pyruvic acid In the pre-sence of so
i
at
c Acid whvdr,t%v-
heoxi
ifin of pyrifv

i Ilyflivic acid. which has often tx-rn p"Wifed in rnzyn
l"'
i
i
0 .
-tca"titui%. has been accomplislird expcitmentalIv. T
l

of I k-tat'd Owell dw Inw. .4 1-simu, A'Id. KIvk%Iw
alt'l 1. 11. I'l I- If, v
00 1 0
rA 0

00

zoo

0

,
U
1 AM A S 9 tw 0 4 - I Ir 13 $A a
1 1
d 3
12
4
i n
ft it Ill Of it 99 91 of It It it
0 as 0 0 0 as 0 0 as 0 a 00 Illia 0 0 6~6 0 0 0-0 0 a 4 0 0 * 9 00 0
. 0
6Z.
:0 00000 0 * 0 0 0 0 * 0 0 0.:o 9 * 0 040000 00 0 Is 'S 0
0 0 0 0 A;

O'D
a
0:
0
0:
goo
ow
0
00
L A ACTALLURGICAL LITERATUNI Ct&&$IFK4TION
:44! FLA ~A, - s
Rio-,
Igloo., .10 0.0 Olff
0 U AT go S Of-W-I III- I P 1
jw V 49 K a It It K a ft It K
0 0 0 0 0 0 0 0 0 4
,81 :100,00 0,000,00 0,80 go 0 0 0 0 0
A A Ah Ab Q M AA n A a A a 0 a a a
14 fill UUMS is &0 pro
660941
tr -"R' 0 1011,L
The role of afteilik Acid In the syntheals of C*tbdn
Ili-so I-tchd"IYkIs
clutins. A. M. K
i Ifist. a S. R. 1940. No. 4.
jrkiw. Riffraj. Zhur. 4, No. 9. 67(191O.-The :-0o
syntbc- r n the pt.scnv of Catollis
wil entil Stoup t;f oct.
tak" p I the help of the active
vitimlysts. A schsenfe of this eynthesis is given. %itich I,
supported experimentally. The views an the part puy"I
the ascorbic acid in the synthesis of sugar in the leav"
with date given In the literature reitardilix
plants
agm
the pandlellwi between t1w content of vitandis C in thr
green partsof Ibliplants.- theactivilysil 11WA-61111,16111
and are supported by easitts. Isi t4trt, tinder i-Widitiott.
similar to nab trid conditions. hfudelempti.indivatrihAt
amino a" an act as encilizing agents in the pluit.
The role of Ascorbic AM in thesyntheisisfoptivally a,-ti%e
carbohydrates explains the blot. specificity of its 1-i-jiner.
W. R. lirtin
---0o
z
00
zoo
zoo
900
goo
coo
80 0
00
~Moq
t:99
9 Z tie*
41 L I PW 0 of V I too
W.
0 a 610 a 0 Is, 0 0
9.11 0 0000 Goo 0 00 0
2-00690600000000

I I #Los ItUA)FU 16 N ",I A
A, J-4.4-U. 1- ..Y~ v -111 11 a I "'"
A OR
**a PI-00111-4 i- 'Nor.
0 lip
04D j
000
0 a
001
4,
a 0 0 a gap a V a
0 U 11 1 11 V M a 0 if a U 41
11 N . , .1 *1 ~ . , A 1 0 0
_6 a ~
---- ---- I
The ri4wvuy* of ph, "llat ofgudt sub -
IV It"t1mito of othyl mat of
tilde" In Stubs#$. ty
_--iderahk mobilityatif bound toN. IfIrrferep",
ASS.SLA MIALkilftKAIL U111114110*1 W. R. 11,11"
"a.. 11".1141.
4nove -a I $41IGGO wit 0MV off T 49LAN, am "I all
glyd" its me Pf 01 W110011171 COMPIPMACIA, A. W
k,&ad 0. 1. Polyakova. 10 Nn. 1.
Kits
(in "ish. 02) (IM) ; cf. C.
$46011 Of SlyCibe ester Into dikttopipemine wa4 stutlicil all
Wetone. ftuttuw, gluco,r
&"d 9ALIALICIft. AcH, 11010 and acetone & out plonjul,
the formation of d"opiperazine, but simple sugar, in-
CTCASC the yield by almost IOU%. Tbesugwisuotchangel
during I he reactical' , " indicates t hat its effect i, c2talyuc .
C
gds. anillocoul to simple sups-4, Imt coing. no car.
lx:u
K14AIP (nut.-Inilol) we without Cifect. It I, suptx)~t'j
t"t rartlorlyl comptis. activate the It of tlac antino group.
owing 10 the [urination of an unstable inicrtneffiarylln.f.
uct. land thus actelerate the coradcussition of &Iycitw tt, r.
The %atneactivatmig influcticcof the iLilnpk Sugar~ (or'Alu,
carbonyl compt6 ) on the cotidensation of the aluino acid,
utay play a role in the formation of priliki" and tfik~t-
piperazines undet natural couditioins. On the baNii W ow
be CMtalYtk-tffVCt Of SinlPle SUIW~ Go the COMIVU~A-
I i 5ter can be expres-cd fly: 2RR'C0 i
2xHlC1f;UXF1 - 2PJt'C (011) N IICIICOOFt
RRI(Ito)c~%4.Cit..C(OH)(OFt).,(C(011)RR').Cil: C-
L____ __ _
(OII)0Ht2Hj0 - NILCH9.1COSILCIft.C0 + 2HR'
a
C(0I1)j,-RR'C0+2Ht0- The character of It in qixsr~
(probably the abunitance of Oil group,) contlillou, -,a t,,u-
U 8 AV 10 ASIj 4 .
P;l-Plairiiiiiiaitaglist
0 0 40 0 0 0 0 0 0 0 0 0 0 0 0 0 or2 io
0 0 a I OF IN 5 a a 3 0 1
*1* 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0
.00
.00
goo
=41019
zoo
0*0
9*0
see
9*0
ZOO
Ago*
see
Nei
zoo
wool

00 4
00
so
13
w
%
4N
71
A 8. mr- m is
A ONULLUNGKit LITIQATURI CLASSOICATMINI
a-% L
1k -rwa 4-0 -- T if 4-V dai
u a &V 16-1,11
roe
---00
lay is
Coo
roe
mosepw
too
so
0..
(9:
-L-j-1 i~ jj---j--l -j-j;" it -, t
It I

v if 11 if 14 is I& it" n 11 Al a 14 IS A A it 10 If w u IN a Is A? lop-111" U.1 a or*
9 A L- I I I.. L 4 N p 4 A I I v I I I AA 0 CC I [tic If 1 0
00
00 A $if jl~m I., fis'll-t
-00

00
0
:
0
MOl'PbOIOOCAI Attlilictuttill &0d eazymic rVilCtiolliS.
1
0
0 land I). B.k",-
~11144-lum )---The hY'IfDIYI, u-Itr of mwf~ by L
vel - :
0
0 u
lit- in aq. -In. egg illitillaut 1, '11-CICA-Cli W11"I TiW .00
Ilawforilled into butil liv 111m.h. liffills. I'lu.
'
:o 8 111 v99-alburnin surfaLv i3
jInj,,j &cColIlp4nitd hy -00

0 ic the ratc of hydrolvik. CklAtill it kircom;X1.
wl."I at a flivich %biw X00
er rate whrn III,. r,,acjit)Ij Illixt j.
("it in a thin layrr .,it gla"
I I
P
=00

0 13 .
-
t i-1
0
0

00 u roo
06 a
180 0
ooz 1:
06 9 :;00
goo
too zo 0
moo
00 izoo
60
40
A A - I L AsI
TALLOGICAL LIMAYLIC CLAWFICATION t2o 0
ipo

g -.ZT i, -3~ I-
-. - - ---- ".. -
-
-
- - -
-r-ii--r -F V
M 0 ii
I it Ow

0 0 0o 0 0
OO111,06160
~; 1, If, lp Ov tit If r[ it it a tt it
00006 0 60 ; 0000
66000660000000 Kw n
00 .000000:000400000
000,000000 000600900

0 *it
Oft
*or
0 OR
00*
*OR
Ott
002
00.
00.
*0.
00*
sea
0,0 0 * A'o
V 6 4 A L a 0 0 PQ 0 1 1., AOL S.
m ittive sistrit" AMD it" 000406
MOWN I MIUM WiDjau JIG& MLIZM gol'yam
:DU 40 IHOIVHOM IVDIWIOHU ZHI MY ')GMA nOJVHOHTI UVH(UHOMD
m .. mo pon Asu -""awl'- 14t I*
,=Ram *40*m
DD am Opel ~ pwo
t e61'%'"
m7pr d " a p - 10 .. -
91 pwqq WOWAAW" " Ott- AMR
-d"20A X'o- 2"An-d p- Sm" I* pD"- v-IM
MI .2
jWM"ffj ACR*OX *4 P"
vow*
Ito*
n*q
p 00
090
00
7$0
r00
t00
100
500
00
0
re:
600
00

00-4 'a ift- I law 409 1 1
ZX- .00

aw 0. vallakan.
t
i
N
m-
cmten
am
Sre4wWr *WS AM 00 Ow euuw am preactit in a
ro
ww owpd. k foroW. throush
cowd. strim tab,

r. This *X-
the uRW d dm m6it ad oubonyl r
h
h

*04 t
e MW
w
pkim wby the aid" dMuft vat" t
whkk UCIL% a free
d
A
WW
W
-

04 I
mi
S
coo=&, AA
W ,
OWIYCUW. The CA
"boyl p is whkwt
~
Z 00

*0 .g V" of glyvirw)
6. 00494.
of tho
(
i
l
d
d
Ucow
is pr.W. duat To 10 acid 48 s.
al=r
Aft
la C (oil
f
h
0, led er
.,
lal cc. of wa(w t
m b
I
it. X J.
has =Z
w aw
of th
U
CM(OH)
*04 N ala
"
o
.
l
Altercd MA wd A" as 10= lCOF; Aervit-PPLOPPeft" see
**4 ficd, The soLld Is cobdW by filtatloo 3 times
Ag"l
Wi'
ith des
g
S.. w
,
with a. wd then with &k. The y oo
12.7-134% tof Ca =d 4.".0% -1 N. Tlw law " and
, 0
a**
Saw"ta
N coatnt is dus to tba absorptiou of I
=*A in the
h
d
Gl
Mass
as sa
to 7.3%.
yt
, -
Mft 4w MW wp
tl(h
t*
flk
b
OR)
AAA .
d
l
a
Q
#,
v
(
out from oak., wo must - - Ollb"Wr am
goo
Mcia we also Cap" d unim witb ShKave. although
amine ulds of bigh md. wt. twitt lea teiRWy. It. P.
goo

No*

No*
AIM-kA NPALLIMMALL 1
age*
U 6, sit. NIYI
'Wee *a 0 0 0 0 *4 0 0 0660406
17

a- -A t. A 0
4
P Etc A sit 1 ..0 PVCot A I It I IN I
utumor of the blocAginical th gig of Isoprene type
d cubas chabs. d N. A. Nevr4eva.
FMFp
T ;
6. Z A. 34, 161W.-The
,
I
k
l
l
-00
e
eton
it ItTlienti,
hypothesis of Haler That the to
ptne s
rubber 0l, etc.. Is formed In riw through the cuticle".
1"'a
viousl
lacked tx
ti
s
r
d Atli
h
CO
i
.
an
a
e
on 6
l
Rat
e,
.
p
y
p
a catallyst. however. M"CO
s7%
and Acif readily modruse to form P-bydrozyi3ovaler-
0
-
Addehyde (1). which cwt
W
w -
t;: of chain.

:
..
To a mixt. of 2DO g. MftC
.
Ar
S cc.
of water.
o there 6 added 60 li. abowhent cottou whi
100
h
l
f 10
l
i
l
d
i ch W been
f w
d
l
00 cv.o
tran
n.o
na
a
wette
w
t
asu
n
yr
g.g
* '
'4Q
and at Timm
then dried. After standing for 8 hrs. at 0 .
itinti. too, 43 hrt.# the cotton 6-pe iedly extd. with ethcr.
Henitival of I lit ether lesvits 58 j. of an oily proi1tict, which
0
ale ; troti.
by fractionation yields 8.6 C. of 1, t"a 67-70
tarbasids, at. 125'. On beating the sernicarbadde to IMP-
40'. it solidifies and melts with decompti. at :3)l-lUOO the
change apparently being due to the formation of a pyrax-
Aotic. Since this condornmuloo takes place at a low
teell under the catalytic luductice of a Subitatice Which
r
&ly diottibuted In WIN orpribms, there i, tea%on to
il w
believe 161 lit nalti-e bofIrew typet of rinvi Air loraird in
an analogoti% nunner. 116-flev too
qpe

i too
ILA
NSTALLUROKAL LITERATURE CLAWFOCAT)ON
ilL boo
_ lee

I
, A
' -w~

3 v
0

ll
i lov
I
U 0 AT 00 Is M a I
n K
At t" I
t t An A I a fW 0 PI 0 1 V 14 5 a
. ~
I
404
j
0

oil *2 11 *1 1 1 9 IP, 1) 11 it W 13 4 It is to ~.'TTx U it is III jv a 0 a 63 a a Ad a
A a-f- Ji - -L., k 19 11-1-IAA~ A OL-00 K k.
9 F V &.. 1, r, -i.0 ". (fivisi 9 a- 0 J-1-rA
1
00 A
f,e -'1'
!
. -- .
-
Blood niy=tho 11611 of Investiptims of spKific

j
00
il blood a. A. 261 t; rd Z. litaka~via.

11
U-d
MiekAjoti
ti V
1
.
.
y
front groups 1(0). II(A) and 111011
differ houl I it In nit W"S attarkett I'v vkvvlvbt~
u
s II(A) 6 not relloved b
O
th
l
n
e gro
y
l
y
va ws~ whereas the polyuccharkics of gronits 1 (0) and
1
11(f1) give ccilofations with I Similair 10 The cololatocials,
1
produredbyglyto4vnitIelf.
defg. glyeogen with 1, or by colioration with carmine aiv
99 mirellable. being not specific for gl5cogirn. The main
mass of submances sclid. fly tile CIA%xi~ftl "tiger method

.3 (C. A. S. I M) consi,ts not of glycogen but of rethr-
oe -accharidcs. Actually, no glycogen can be defectrat in
*0 corpse blood, and only traces of glyrNen W mg. per l(MI

00 .3 v.) are found in fresh blood. The increaw of blood
i iglv~~gvn, in infectiou,; di."s". cited In the
go - fii~rature, is in all prolubility an increase in the atut. of
Wood polyuccharidei. The 4tability of the specific poly-
oto
u-t-charides toward amylaw mak" it highly improbable
that they participate in the carbohydrate metabolism Of
the cy
9
.00
2 me*
too
coo
see
see
.200
ITALLUOGKAL LITEPIATURIL CLAIAIMATION
A%*-SLA a
v- rw a -61 i-M 3 is a 3 0 v
;K1 Ica 011111 Itell
0
~66 0 * 0 0 0:0 0 0 0 0 0 0 0 0

4
V ON AS 11 U 0 1k 6 It P A 30 49 .1 .7 11 61 of At %
YV I . I If cm
0
0"
"011734MV 104 M1111 1VN114111*41 IN IF 0 IT Ca
u 4.0
Mm
0 0:1
0 0t
002 go
002, 00
902; aw""ns" L, 00
all
00
of* r00
I AWN
60, 100
00, 00
00-
00.
0. go
00.
61

17T~1;111 A.
I
USS2.
Tarasevich Central State Eci.Control Institute (-1944-)
"On Employment of Nicotinic Acid in Producing of Dyr;enteric Vaccines,"
5
,,): ZliurF6-d liikrobiolat!i.sEpideiii-el.,i Immmobiol., No.12,19)dj

a C a V 4 a X L a 0 6 pu a I IF w 13 IT ICA" *y 0 v"s
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Awm Pittitrui ma mp Ism= -PIKMDI S" mnits"
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AMIAC) miri, i-~--l 1-144.1 ht,n to littir -ItA, i~Add.NL

C..d mill. palmill vlw.? -00
ill ee, J vitititi, Niffer A Ill[ After fillif itit 1..m1,
ill, liquid j~ filfr(artf. &anti I., [it vc Ith, filitate thvt, i.
o
mldud 1.1 iv. ill villitfir NOTt'l, 11 A i'vorim- 11C1 z
o
000 of Impailil. 11.11 It. hipplific '16.1. Alill I coo
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.
_
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I
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A
PNOCIt"I AM POCONO?,($ 1hVAX
Specidc jokstochaffdes f Cx"q. 0XI-oid lid.
A. a. F. Ah'wvs.
0-1. A,,
%1" ortfoj), Bink4imiya 10, 3W-78
i,
(I"N.-The strain of Progm, beali known as X1, k
Ousted in the SCMMS 0( tYPht13 P66CUtS (%'Cif-
lv!e ftactim). Jht strain X% is not agglutinated, 'So
whertasX. 6 agthidnatcd o0v in the urruitis of owtoln O*e
IV typhils i,v". Since antigen sptvificity depends
"'Th"Itfuctuff 4 tbW Poly-OkVISAV141C It IA64 Of tokffflt
to det. just what differtnets exkt ill t6 vjWW";h'tw-.
of tbt rtspeLtive orgattium Xiv, Xt. Xs. The
analysis of the polyseccharides esid. by 3 differtat =th-
ee ods checked pcrfecdy. Saum agglutinations were ob- to 0
tained when the polysamhatidrs weft used in diIns. up
to 1:5.000,000. Chem. analysis shows that the Poly;
swchaMe from Pr4ros Xit diflas f I t of 1,
, polysambaride c=vIi-obout'!
ftgfuws: The Xi,
Stacosamilor. "beffas the xf Poly hariot cautti.4
none. On add hydrolysis. the Xja polysocchavidt yields
ffwm teduchis substances than the Xs p(Aysacchwide.
Fm* amino groups am abomt in the Xis potylosocelaride, IN
but are present in the X, polymccharide. The X, poly- Me&
O&ccharkle occupies an Intermediats positim; it cloutsivis
about bell the glucamnabse and a fifth of The fut &mirli, *00
an Xle. Only those Prokos polysaccharides which
1 Sluomanang can act as antiVvis bi typhus In. kee
=
fect1colf Moll
I A - S L A, INITALLURGICAL LITIMAIFLA9 C1,41SWICAT"
vitfille we 0
NOW 11
14F041) ., 411111401
U 5 AV' 00
a 0 11 1 or No 5 da 4 3 a I
I
a K t, x 't K a it It iza; ;1;;,, low
6 0 0 0 0 010 0 0 0 0 0 0 0 0 0 0 * 0 a 0 0 0 6 ale 0 40 0 0 0 0 * 0 0 a 0 41 0 0 0 0 0 0
02
Sol
0 6 0 0 0 4 as

KUZI;-.. -'.
4
;" - 4"
"Y,hi.Tr.iye- i biolthimiyg F!AoCennykh miki-obov (Chemistry and liocheristr o.
F,-.thooenic 'Yicroor:7anisms), Medgiz, 1046 -
I - I

A I L ;-A-j AL. 4 'A_i. a f, ?, t _4A It ~-k M 4.
00
00
A -so
00 Ilffect of Methyllchol"throno on the CrowttL at gber.
' -00
00 thells tYPhOS4. A, Kwin and It
. ShAin. /Am,. jjjj,,,.
6vyl., 190. *40. 6,
00 confact of bacteria with methylehiganthrrneincrrawil the o

0 0 dry wt. of the Cultures and the KTO%Vtll of intlivilluill tj ll~.
With methyleholauthrtne actin
th
h
00
40 rong
qlwlj Ita-
g
(%%ut~*v%wtk' thvtr wat a %light inerva- iii

09 Isilwth during the fitil hiluri of t%poutr. followeil by a

00 detwes%ion of growth with mom prolouge,1 rXIKKutv. Ni,
tuorpluilogical chaeigri in th, crIli were vb.-tvv,j, Pee

00 K. StAfr 01111VT

00 j A

00
00

00, 1 zoo
f ~040
4 1

see

OWN, 7
boo
CL'1Vfv*Ttc'
Wo 0

U $6 010 43 v 14 i3
p"It Ott( Kit 7(91 Katt 111C

0 0
0
0 0 000 0 0 000 0 0
0 0
0 0 6_4 0 0 0

OR
-A
09A
**A
0014
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*ON
A
go
goo
,3 Hl
00
OOW
00.
-0-4-0-9
f*710*9
lot
a is A at .4
0 0
006 o
OR a, sluummift"Immimi4f
.-K-CL-M-19
fit
Role aim is W SynMi4til paiiiietharldes.
tul V. 1. lvemov (MLWOW Jkf"l
Jim, ~vl(llwslaj~
J))'4 imsps (IM); cl. C. A - Jo. 3420, - 1 6
1.4yam.-charlle synthe"'Aud from
(Owl 44(rrl with potato phosphtfaryka and it little viiii-It
44
!tlv%qi=t is "W"oftly mol, in water. There i.
lit the vi ty l(ttic cone". 0(the Poly""Iteride I,
Tin palyumbaritle Waited whets glyiistfen is
U
Noin-
crt-z.-in viwaiity isobsertrtal with an increaft in the omtfn.
if the Ititlysacchuiocle. The palysacchwiJe k 1"~ raitly
plit by jx)tato antylase than the product obtaitiol with
March it. the stelivititir avviiii If. Prir,tlr~
1, efft'jILLUJIMICAL 1,171NATIAME CLASSIO'KATin"
too" slylli-
IV $viola .11 -3-V Go,
-v-v-.- 0 11 T ITA I -tlFW
U It AO 10 Alli . - ii i ig at kto
go p ,y it 0 et K 49 9 9 PC K U
o 0 # o 0 o 0 0 a * 0 0 0 * 0 0 0
. .00 00 00 0 0- 0- * 0 0 0 111 4 0 0
110-1 PcWlMV
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kkiol-i 10 1.
Cholern Alitli-n lrei5lre,i I~y Di,el'tJoll with '1*1VIirl," Zr,4*"
~~13-89, 1947 E pIdLm. i 1,%v%,i
ob~ol-,

Kaill, A. M., Prof.
USM/Waldins -Antigms ~ and Antibod
Medialne Mawnity
"The Chemistry of Antigens," Prof A. M. Kuzin, 41 VP
"Zhur MArobiol, EpIdemlol I Imainobiol" No 11
Cme of the basic questions of the chemlstry of anti-
genn to that of the development of effective methods
.-~f extracting pure antigens from microbe cells. This
presents Itself as a purely chemical problem of Iso-
lating a substance, studying its chemloal structure)
and establishing the connection between their proper-!
ties and tho structnral properties of these aub- j
stances. Artip,10 is largely a hlat&ioal account of.
the work done mi antigens by Russian scientists.
1C 36T'ti
Pa 36T41

I'The Formation of Antibodies in Vitro"
rot BI kht i Va.XII,rqO.)-~j"ItA 1911't
21~1- MUZA t
1.1-3267, 7~ mar-T6
USSR/ lledi(Ane - Atitibodies Jan 1947
Medicine - Microbiology
&xperiments on antibodly fon-~ation in vitro with rethylene blue, Oolysaccharides
derived frori: Shigella dysenteriae and paradys Flexner, full antigens derived from
Shigelia dysenteriae and paradYs Fle-ner, et.-., as antigens. iesults larkely negative.
C,

- - ' f ' ~ - '
W'9 goo* 0 0* - - -1 ~ ~ Iv -1-1 11 0 0 1 * . 9 1 0 41 a It 1 0
0 0 0 0 0 * 0 0 0 1 00000 0 0 0 0 0 0 a 0 @;,V
m
4 7 1

( Q f Q
A A - T ~ "-
1 V it U Ij 4 n, t6 u, T
A ZY IT 29 1 )a J, U 13
I IL L
M a a V 0 0 4 41 a U a 0 f:
-
00 4 -- C-4 - 0
-r,4 0

1e,

-00
.00
00 z JjJ

uvic acid enoUsIttlon In the pfeseme
h
l?
of goo
06 a y
py
ds. A. M. KuLin and 1. E. El'pincr (Bach
O=X,
Of zoo
00 01 Bimbern. I=t 12, 5M-I,%
7
9551
10
33
W
34
D
00 '31 -
,
fI947); c(.
. 29, IW;
. W
.
;
it
f th
b
l
l
b
h
h
h
i
h
d
i : =0 0
400 e tur
ous
een s
own t
at t
e act
v
ony
a
y o
pr!v
y
group is enhanced by the presence of amino acids. The 9
7.06
00 assumption was that the amitio acids caused tnol foma-
=00
tion. This bra now been proved potarotraphically. The
00 addn. of glycine to pyruvic "I , at *00
Ulmedt Instant enolizatkul. Itual
' .1
-90
41) III.- %-Uuws rimlita-
that Nall (but not NaCl. Nal1r. N
tion of Pyruvic acid. It. Mestley

100
.04
to 0
J

slow, S1.1ol".
l4nalo
V- V

kv Us(
V, -1

.v ttl too
H
U n AT 10 An A I a rw 0 m w Im 5 43
it it IV It It IN n " of it cf R of a n I Is

l 4n4
,
0000 goes 00000 of

10 0000 9606 00000 0 & * 0 * 0 0 0 * 0 0
a 411 0i
000 0 00 0 0 0 0 0 0 0 * 0 0 a 0 Ifa W 0 0,
'a
0 0 0 0 0 0i

KULUN, A. 14*
UM, Widine Saodhitrides
fitug:3L94t
Med io ine Proteins
Polysa-coheride Complexes of Maero-
4*ganisms," 'A. M.Kuzin,-- 1.-S.Buyanovpkaya, A.M.Eykaleva),
1F.-l'. Mlzina.-Imboratorylof Thmunology,.-Thstitute of
XolQ~ical Prophylexy of Infections Moscow,' 10 pp
"ziokh1miyO, Vol JOW--No 4. Alsk~"
cobigride'.6ompl~ies.are-ieolated by special
a. from tiesues,of guinea 3igs., white,mice and
iiiaav:tlssues. Investl gation shows: .- Po3,ysaccharida.!:..
complexes'ainount to -0.2 lio% of weight of,
'47:,Ussue;~ they ha** antigenio *operties.; dilutims'.
vd-b nologic rewtionao - fai
Wr ke
-09404~- 21M
A

ITIodern AntiLen Chemistry and the Genesis of the Antibodie3,11 in the book:
5-ya Sessiya AEN' YOSCOW, 1948

Jan/Jreb 19W
%3kgmj&try Pyravla Acid
Chamlstry Condensation, Chemical
ftindensatim of Pyroracemic Acid in the Presence
-at Glycocal,O A. IL ftzln, Mwt of Blochem. Imani
A. 11. Bakh, Acad Sci WW; A. R * Guseva, Hoecov
lab of Chas of Plant Matter, 41 pp
'Blokhle Vol nII, No 1
Uportant positim occupied by pyroracemic acid In
sea of the metabolism of carbons, makes It
-'aliew Viat In the living crganiam, It can serve as
that basic material vh1oh vhen sy*beslzed will pro-
duce the awe camplez materials baying longer mxbcm2
&eye
arief 110 or 070110 structures.
28 Apr468cr1Pt1cn Of tests conducted. Submitted
1947.

www w
lit
4
09
0 0
Os
04111
09
00
0
AbAlk-
Lw
i ffilli ~i~-
lit, 4.0 (.0 vivot$$
1161KIltol Aw, vocr#sf,#,
A is it
IL
i- a 0 -A-
00
-00
Idly" midirky eif the Titus front Ill# jamodkc-1 40-
"m Dmbys am I L. A. 10 14. %. kroliev,
%"r 4 M-ai'l
i
3
i
D"h
-
, vifii~ ovoltill.
imp
l
ova.
p 1
lj&te4 Its lilt lyll4jolk twiliwlw-l Allkwmill" lit It." I-Otill -I
covi,t4l.like mlly ;I Jight
6.11-%mil 4-11svil"i o.'iv t-It"I '300
for 'And "Siki to 1. Awlit: lkt%iW. 1, ~ it 11111AW. h~ v-
t
all-luisphatast. nudm%r. Amy6w. vm6t,tylise, plttimimi- o o
"tAlw. affil I'miraw. Ill, % tiff,

llf.41114:111 Atilt Mlly 11A O"Ji llt.hbli. l".t 41- 1111 Vit'll I.-

SAW-
1900
woo
Ott logo" f. 0.. oat
AV 00 a 1w 0 x I it 0 Ago
u As 019 Is a, A, u tt It KID it I 14A
.T.d

0 0 0 0 0 00 4F__
000000*0ININININglo
14
61 11 JA a J6 V U V 4, V 'I
04 Q[ VO H, t-4 4 0 A h
4
to
_06
..0o
[Abils aubtrtsuc~s of acyl phosphate type in fir", punt _40
0 leave$ Kutill and lif. VA Shkol'ilik. 114104v
:o Subtaneri%. olacvI
phophate type am detertabli: in grem leaves by oung the
4110 liptLivinn-Tvittle hyAftuxAmic cicid- tnt with M11,011
I L.A, ". 321CF). The fruh kav" were ground in &,V-
late buffer (pit 5.4) in the privence of 0.5 mi. Nif.011
soln. (inedii by salicieg 26% 411,011-111C1 Pula with 14%
NAOID and at little found gla"; afirr. 10 Inio at 14A)m
jej%.. litictrins acid ~i lituentsweterroutiv%xi with trichl,~Ww
0;
Atet c acid, and I in . of the filtrate was treattit with 0 5
tall. 5'1'. FeCl. in 0.1 X 110 and the soln. examd, photo-
turtrieally. The highest amt. of the active material wAs
(mind in leaves 44 1,014nWrit's Pofftiliat"I (34111 micTomules
per 1111.1 9.). lrxdrw~autia r4VV W-Iihl. sugar 1wet '12.
ua~turtium #30. tomato 54, and wheat sprout% 42. It the
As
speamens were heated 5 min. to W after litinding aluunt
all of the active matter was absent (0-3 units). Similar
but slower effect was ot)bcr,6vd in allowing the ground
prepin. to stand up to.' hrs. The intACt leav". hoirrvet,
appear to jurverve the labile matter intact. The be-
haviur of tile material sul"tantiatrs the acyl phosphisir
hyptithesis. Kusulapoll
L 6A. "atLLu
.0
0 1 L A
It 1 11
10 IT" 9 nd w too
19 It 0 0 it J1 R K is N W K It It it Ct MIQ n I All 1, 1.
A 4 3 0 1 4110
o 0 IN a IN, o 0 IN 0 49 0 0000 Got 0 0 0
logo INgligiNito 0064cle,400i
0*0 0000

fIffffrffloof see e
01 it 1; " M 0 it V a IF 41 Q r o
Q M U b
,
Oxidation of dillydrox./Maletc acid in th *u I t 00
AM, lk'and.

A
')Oman.
at. A. M. Kuldn AV N, G. 1 110
00 M-q(H"8) .-Vitcull In InfiltrAtioll
Nauk. I.S.S. R.-'O2,7
n
of dihydroxymalcic add Into tradeicalutiA leaf leads to its
disappearance, which was followed by TiC4 reac-
ra pt
tion, in tile v of gurn Arabic as tile stabilizing cot.
e"
nZ
P; -0 0
the color to be stable enough fxw
b
loid, which
.
-
detri. with standard soins. for refemner. Dillydroxy 00
ni"Ielc acid soln. (0.2% pit 6.5 by NAIM) was In:
'a
filtrated slid 3 min. later the leaves were ground with 4%

4 trichloroacetic acid. filtered, and the tictns. run im.
ives ver
d 1e
v
s as su
h
di
l
Th
f
0
3
i a
e
ate
e ext. o
groun
c
me
y.
g
y
slow disappearance d added dillydroxymaleic acid (still
present after 3 firs.); the tesult was similar when the en-
lire leaf macerate wa4 ued. Hence, the reaction is
% 0
00 -3 caused by -oine tiustablesubstanct-4 prescut only ina living

: It-Af, %hich was confinnni by grinding fre4h leaves Willi 400
o
0 dillydroxymalcic acid soln. and using rapid detn. in.- 0

00 A inediattly; 100%tlisappearunce was observed. IsoUlion
.11tenipts of the reAulting prcxlucl(%) by grinding the leaf 40
,ith dihydroxymalcic acid soln. followed by CLCCOOlf, I* o
filtration and addn. 0i 2.4-(O~%-),C,II,NfI%'1I, gave an
-

orange "zone; treatment with wwm AcsO gave a red zoo
Solid, m. 2251-2% cjotg, 39.970 C, 1-95% H, 21.3% X,
coneslionding to a pyrosolone deriv. of diketosuccinic
avid. ideritified with an Authcnt,c slieciincii. The leaf
JI ,tanLe4 which cause the conversion of dillydroxymalcle
ut
it aciIto cliketusuccinic are very unstable. for brating a
:
IN)' d
l
h
l
f
hl
l
f 3
ea
em comp
ete
r"
min. at
estroys t
y cut
y;
Ille Sallie occurson mere grinding of an intact leaf,
too
"0"
SO-SLA OK K&WIdpalf
IALLURGKAL LITIMATURE
CL 0SWICATIC01

sic., 11-1011-
woo,
r-, 1 7 Orr V- 11 Igoe
U V1 AT
It ty ty It
4( 9 it R 9 K a it It K
0 0
0 0 0 0 0 * 0 0 0 0 0 0 0 0 4 0 0 0 0 0 0 0 0 0 0 0

USSR/Me&icine Relainthe and Je=/Fob 49
11~64LIolne AiLtigens ank'Antilodies, Analysis
"Chemical Nature of the Ccmplets Antiganq of
Certain Helrd.,,ths," A. M. Kuzbj, S. X. Bqda4-
thanov, 0. 1. Polyakov, Cbair of Org ChemMed
Inet, MZ IRSFSR, Moscow, Uzbek INK, Ta"nt, 2 yp
"Bibkhimiya" Vol XIV, No 1
Discribee experiments on heImInthq Tasnia saelawta
anit Ascaris lumbricoldes. Concludes that antigen
evolved.froribelminthe is a specific polyeacabs-
ride containing glucose and also gluqosamine And
45/4"
trSSR/Medicine Relzinths and Jan/Feb 49
Belmint,oasis (Contd)
cqmblz~ed with aminq acids. Asq4rid and ox 11,ver
satisens have isimilai~ chemical mompo4itions.,
Soxitted 3 J~i 48.
45/49T58

S Cific P! gyftccbarw* completes in mallpfint tissues
A. rt. Kulut and N. 1. Kugilla. Bijkkimijra 14. 432 S
'oolov.. & C.A. 32. 6="*, 42. 13M.-Tht jxityic-
cturides L--o6ted front cancerous human tissues with CCL.
CO~11 am alm(nt identical chemically to those from healthy
lwople. The cancaws tissue polysaccha6fes, hoAevvr,
do not po-sess the specific scrolottical reactittris of IN
JU1176LUIAT W0011 group. The polysarchatUic lraufiun~
trout healthy and cancerous tissues oblainet! by dectinilin
of the complexes with phenol, according to Morgan in
Tj/
King (C.A. 30. 2M ba differ wrologic-Ally.
I - -1 --- - - - - - - - - - - - .21ror"n cancerous I ikAue I. inc-alWA,-
of checking the betnot"llutination reaction, whvtvw,
the normal Outic polysaccharide cast do so in it diln, of
1:2KOW. The scrokligicaldifimnce tan also be pruvrd
by Immunizing rabbits and testing the serum for comple.
ment fixation; the reaction is pos. for the polysaccharide
from norm;tl tissue, and neg. it% the case of maligu4ni ti.-
"Ur. If. Privitiry

phosphAo fit the
rcen lesvvs of planis. A. M, Kusm 4130 lo.mi'm
flad) M(whrill. Inm.. 14. tilil
f
10191 -Suttle thew" III $11totinvilthesit jHH1111atr
III,. f"'Ill'Alloll of I ... T-111A calf"nyl rml 110.. .#~ alit, fIllu'll.
-t- m tile "f (;lovis 1r,fivs-h fill
"." 11111,111k , ~. ""O'll-ti ... I lilt,,
Itt P1, ,u If, 0( eAct I) Ip
d vinv%varetont, or
7 147)

U /Metticine - Plant Physiology Apr 49
Medicine - Hydroxylamines
"The Chemical Nature of Certain Uns~abie ftb~-
atances-An the Green Leares of Plants," A. M.
Kuzin, R. Th. Shkollaik, Lab Cham of Plant Sub-
stances, Inst Biochem imeni A. N. Bakh, Acad Sci
USSR, 4 pp
"DogAk. Wauk SSSR;' Vol L%V, No 4 3 a
Imperiientally established that 1-stable peroxides
are present in green leaves of plants. These un-
Stable peroxides set up the reaction of b7drokamic
acid formation during action of bydroxyl-Ine on
ki-AgT51
USSR/Uedicine - Plant Physiology Apr 49
(Contd)
the leaf. Submitted by Acad A. 1. Op&r-ln,
2 Feb 49.
41AMI

K,UZINT, A 11.
A9T34
WS/Redialne plailt Physiology
Medic Ine Photosynthesis
Apr 49
"The Importance of Unstable Peroxides From the
Green 1Aaves of Plants for Photosynthesis,"
A. Me Vuzin, Be Yao Shkollnik, JAv Plant Chem,
Inst Biechem. imeni A. N. Bakh, Acad Sci USM,
4 pp
"Dok Ak jauk, SSSR" Vol- LW, No 5'
Used reaction of hydroxamic acid formation to
experivemtAlly verify A. N. Bakh's supposition
that unstable peroxides participate In photo-
synthesis. Submitted by Acad A. I. Oparin,
:Z Feb 49.
39A9T64

'UM/ModLicine - Immunology A~r 50
"Contemporary Chemistry of Antigens and the Genesis
of Antibodies," Prof A. M KUzin
"Thud 5-oy Sessii Ak Med Nauk SSSR" pp 112-119.
Criference held 23 - 27 Dec 48, in Moscow, on prob-
lem of Immilmity and influenza.
Work at author's laboratory showed that pathogenic
bacteria contain a phosphorylase which synthesizes
j~olysacharides not only from dextrose-l-phosphate,
but also from 1-phosphates of other monoses occur-
ring in sp polysaacharides of these bacteria. Hel-
minths also contain antigens of the polyeaccharide
2o6T87
USSR/Medicine - I-minology (Contd) Apr 50
type. The high stability of sp, polysaccharides to
enzymatic hyclrolysis indicates that one of their
functions must be protection of the microorganism.
L. Pauling's views on the formation of antibodies
are too mechanistic: Antibodies are synthesized;
in the organism. From the standpoint of USSR
health protection, isolation of immilnologically
full-valued antigens from brucella, and causative
agents of tularemia, anthrax, whooping cough, etc.,
Is of importance.
m6N7

Disibibutiner of inigay hydrolyzable compounds containing
Ispsousiging in difloreal Usteuve of animals a" Mail. A. X.
bl",11,13d It. N. U-NdvAlev (P-luKuw hled. last.). Big-
The defal ted. dry. powd. t Maur
~wais bested on ile walcr ballt with S HCI fix 4 11:11. The
hy"yzate was neutrahmil witb (try N&IM)lp, itad tber!-
or
removed by cent rifusatimi. 11closaftlilic wait dctd. cti ori-
mirtfically in the slightly calOrrd but clear h)dfalynte by
the methori of lilson and Morgan (C.A. 2S, U191). Thili
yielded the hesusamitie of %uch voinlids. " specific poly.
Mccharkles. bvalurtvuh~ as-ki. and slyMirotrins. I".
rattly hydrulyeabir .111mialuvi like hirl4uni, nuk-Atinval-
furic SIP! g-lj,,. hall "islillutle aelds require volk-d. HO or
20% IICI at 1,11V t order to lilterate brixturunitle. The
tissues investii-sted were Irani 4 rahbit3, 2 pip. and 6
civpsen. The ramly hydrolyzable conijxW cantit. bexos.,,
amine were found in practically eirt,ty it-ur nf the atillaak-
uffitanism. TIVI hyliithesh FVKanlsng the protective func-
tion of thritir sit Utdin-va Wait txvnf.,Ut by if),- high content a#
lictinsaluine It The hunwii %lutimi-li bunix I Pill- 1135 mg.
muctins membrane of the uterus (7lWl7hd) nig.
the inner layer of the aorta (2,174-161A) nq. ~j ). lymphatic
nodes (430-art) ing. -7,*). and lung lkmie t4(x)-Mk) mg. %).
A high content of brittitumine was fuund in the Cray alistier
of the brain (700-11.10 itil. and in the cortex of the Cleve.
- bellum (430-970 mg. ';; ). anti knut in the white brain matter
(.330-601) mg. 5r). A high tvincut of hexotituine wAs also
found In the thyroid SLind (s"35-17M mg. ci ), supravenal:%
(W-OW syl and utfivary gUnds mg. '~).
The stut. trzoikiniiin- in the thytoW anti in the ovirwS
dri;Trased with the age of tlx- organhill. 11. Ill

Study al photospthesis by ionophoresis. A. M. Kazin
and N. G. Dounn. DokAft~r Ailolli NmA r5.,rr7r
77-S)ODW).-Ionophorroic c%pts. lircre WrIorowd in it
Stx- pLitc vriscl. %-tirtically jurtitioned. irtadiAtld With A
akpt)-w. Lmp and equipped wit Is slow wAter inpUt 4nd Mi-
[low. The cxptl. middle VILlinher, fillcil with the IcAvvs
ual-l,r study wAs wild. front the Oecinkle rhans1wr4 by
cellophane and the clectrodr piatti were kept at 0 v.
,drop with 0.5 mi. current flowing through the %lm tent
over a 24-hr. ciptl. perim]. Front Pishimogrinit perfeliatiti
leaves ionophorrsii exts. phottisyntlirtic-arlive sulmlancr4
whirli differ trout thmw ritd. in dark %Iate4. The4c still-
.mAnvv, ire Acidic (found ill all'Ale culliparlim-110 And give
reactions of kcto uOds, mince ainnioniatal A&O And
IICCI. but react wrakly with VvIlling milli. until hy.
"' ""' . Tlw results indicate that acid derivs.
of ".""N lc in photosynthesis. I'ar-
~-Ctrd is ramly hydrolyt.1 P
111 is present equAlly it; light
A.".. W.
and d.krk rLaction ptolucts. Pyruvicacidwasatent.but
glyoralic acid was p.-esent as were peroxides. Possibly
CO, is dxrd on the trials. of carbohydr4tq forming Ada.
runic Acids. G. M. K~Lipuff

1-4
Prjali?n at aldurattic acids In phottr4yothesis.
A. uztn and R. Vs. Slik"I'nik. Pokkdp AW.
"k, . 73. of lravr~ of var-
. dutr-? I
ioti4 plint., with hot 11.0 atut extit. of the Litt, r with 1-o-
AmOll, foltowird by pptn. of the layvr fly meant
A Ftoll yield"I. in all r-Aws, ppt,. giving lm-. usts tot
torottic arkla. firs. t"ts for pyruvic ari4l or glyoutbe a"L
'Mw Oluranic ackk are imarLibiv jtte~.nt whrik thr
1-- arr -(ort-d ill I htfiltit-4. bill Vil 0% h t0f.&HYOr IMIlliAllif
11 1-4 111,4.1611,111 Ill the 'Ift-ellm Ili 04 ill fill, arill. (Oll-
live "if (If 11 Whrill qomll~ prillwil ill lillill thirk -
ijr-~ fallrol M show unilik- arlib ill IN- al-%,~ ir,blifilm-,
;i1thotigh slitouts growit with r%lxmirr Ili light tradily
vive po,,. imts. 'rhr results are sittiMir with i~olited
chlortil4aKm It k suggimiled Out jurt of lite pholosyn.
tht-ti% reactim chain itivillm fortuatims of 1wroxill" of
caritohydrut" luiving the %tructurr RC((h)olf, with Olt
w1ding k-Ietwi-n the C mom and Ow 011; thit fornt% suit-
static" c-jF%6blc of uroltic acill t"ts and capable of heing
reduced to ketorikichydes. G. M. Kaol.%poff

Content of specific polysacchwides in humm- salive, in
h and vints Vippe subjects. A. N1. Kutin, G. P.
ITMIvskiT,and 11. Usin (Moicow Nfed Inst., Mintsiry of
Ift-Ath. DakWy Aks& Sauk S..S.S.R. 73.
767-71)(101); cf. C.A. 42. 1341tr. --in grippe the specific,
I harides (dctd. by the technique of retardition 00
=
igglutinatiGn) citlwr vanish completely tie are
greatly rttlutvd in concti. in hurnan saliva. On convules-
CTHCV notinal values are attabied. 11("1d the I
miccliarkirs are combined writh flit virus proleL 'ZiZZ
diovuse, thereby losing their specific ppin. properties. This
contention is suvoorted by tie ritro r%Dts. G. it. K.

tlhotosyntlh-:~sis
Careless work '"Nourishmont-, of plaziL3 by Ilght
(phoLosyntk,hes~s)." D. 1. Sapozhnikov. [L-vi,,wed
by A. [4. Fuzin, V. L. Levshin)., Vest. A711 SSSR,
21, no. 12, 1951.
Monthly List of Russian Accessions Librarr of Con,-,-rass, lQ52.

of Cuttwo of pwanotdro
in 0.06 wd 0.1%
to" In hommic" ts-hr. jw
thes" In affected much morr and 2 his. In Q-Ckl% Kim. stoPs
itcompletely, Iiutntililctppttf.byftchfinxnm%ctolt
ext. drop sharply after mich inuaffulons. The MOU nt,
smmcolotittgiitatttrfrotntbcp"tL ThbmategidAmn
Mfuc p -ttk-i and 6 bKfeawd by h 11 With
O-A USMIC WW 1e-4 is WCOMY P06=1vtAethyl-
prnl,~ Ir,( k jx~,- nith indku6~ of Ike jxv~coc of
flullitlow. G.. M. Kookpoff

OWR/Biollca - Radioactive Tracers; I Aug 51
Carbonate Fertilizers
"fte Possibility of Assimilation by Plants of
Soil,"
Carbonates From
the
A. L..~ursanov, Corr
Mem, Acad Sci USSR, A. M. Kuzin, Ya. V. Mamull,
Tzat of Biochem imeni A. N. Bakh and Lab of
Diophys, Isotopes, and PaAiations, Acad Sci USSR
-Dok Ak Nauk SSSR" Vol LIY=, No 4, pp 685-6W
Ma view of the fact that supplementary feeding of
plants with C02 through the roots may improve
yields, the question of the assimilation of
carbonate solns from the soil vas invest1gated on
Pbaseolus vulffis by using a Khop soln contg
NAW03 v-ith C . The evaluation of the contact
photographs ("radioautograRhs") shows (1) that the
carbonate is assimilated; (2) that assi-11sted CO
'j?
I=s from the soil are utilized by the plant in t M
some manner as CO~ resorbed from the air, because
assimilation occurs only in the light.

-~,
0", -t3lArl' D-m-r~t

`~ b -7 T z I
I ZL~!, A. .11. "rof.
3iological I'lli-Si
, 1CS
Tasks and nros,-;tcts for th,3 development of
Soviat bio;I-bysics. Vest. AN SSSR 22, 110. 3, 1952.
i, %,L Z-' -LD.
I-Iont'hly Lint .;f Russian hcc-~ssions. L"brar:; -)" ',t,!,,:?r!~z.9, lly'~~'21. 17;' A7 IFf

KUZIN, A.Y.
UM/Chemisiry, Biological - Isotopes 1 Jul 52
"Biosynthesis of Glutamine, Hydrocarbons, andProteins
Containing Radioactive Carbon," A. M. Kuzin, V. r
Merenova, Lab of Biophys, Isotopes, and Radiation,
Dept of Biol Sci, Acad Sci LOSSR
"Dok Ak Nauk SSSR, Vol LX)O(V, No 1, pp 181-183
Describes procedure for prepg glutamine,Nucose
fructose, proteins, and pentosans contg by the
method of biol photo syatheals., Presented by Acad
A. I. OWfji 24 Apr 52.

Shmityadlesk of xWoU" Isbell" with cmbm" =d the
of Vommmalik k6m is Mom Wavn.
V-1-Urr"MY.I. D.Aledy'MIMS-1-sl
--Tubmtv kayrs (on the plant) were kept
in thr &rk 2 dars, cut. j4mrd In a vewl with C00abelell
witir -10. will mwjmcmd to Mhoulloatioa for 24 hro. with ckv.
bUE-; Wadivall" 116tb W "mot, miltbW with ardlamy
I Aimcce ItAveb. amb. talmdox of Ow usixt., awl smin
date. I"xn 2% N*011 gave the a"laidal d6tillAte. Wbk-b
waL! Wd. with sibromavic acW; the ppi. %hu," radiu-
activay (60 cuunts/min./ma.). Slum di4o. &Psa dlet
4"Upa. with NAM and Wim. of UkVWW -44 Piumc g,4%r
IIIA1191,61 with 31 Isnpulsts/roln./mg.. indiftting introduction
of C" into the alk&W. It the lm~vs after itrAdLadon arv
kcpt In The dark 8 bro. the activity cd "led nkutbw
rims to over 1W, (himlalkm of the Product with SWU~
Amwcd that the C" is loratc.1 in the V-.Nlc group ul thr
pyriclitic of nimAinc. LvA%" of Nitotioma thud cArry on.
INIMICtIlylAtiom with p4rticipAtiot. of nicotim.
G.M. Ko,06poff

UMfialology, Agriculture - Assimilation ZL Jul .52
of Carbon Dioxide
"Assimilation of Carbon Dioxide by Plant Roots,"
A. X. Kuzin, V. I - Merenova, Ya. V. Ma=1 I, 1Ab of
3iophys, Isotopes, and Radiation, Dept of Biol Sci,
Acad Sci USSR
"Dok Ak Nauk SSSR" Vol 85, No 3, PP 645-647
By using C02 or carbonate solns tagged with radio-
active. carbon, established that C02 is resorbed
through the roots of Phaseolus vulgaris and reaches
the leaves. When there is no transpiration of the
leaves, or the roots have been detached, CO2 is
assimilated by the roots rather than the green
235T6
parts oP the plant. Assimilation Of C02 by de-
tached roots of Prinnila obconica (thus eliminating
the effect of any nodule bacteria which may have
been present on PhaBeolus vulgaris) was also es-
tablished. Presented by Acad A. I. Oparin
29 APr 52.
235T6

-LUZ-IN-,--A. M., MAMULI Ya. V.: KRUDYAKOVA, R. I., DOMAN,, N. G,
Photosynthesis
Problem of diversity of promary products of photosynthesis in different
species of plants. Dokl. AN SSSR 86 no. 2, 1952.
Monthly List of Russian Accessions, Library of Congress, December, 1952.
Unclassified.

KUZIN, A,K.:GMUNOVA, G.A.
I- - -'. - - ---
larly hydrolysing compounds containing hexosamine in the huUSA
brain. Doklady Akad. nank SSSR 87 no. 53833-835 11 Doc 1952.
(OLML 2313)
1, P-esented by Academicialk A. I. Oparin 18 October'1952. 2. *-
Zan, Medical Institute imeni 1. P, Ravlov,

Ku'"'IN, h. It.
USSR/Medicine - ko371)holo&v
NovAge 5~
"Plenary Session of All-Union Scian'Elfic Society of AnAtom.49te, Histologists,
and 2mbryologists, in Uningrad,11 D. A. Zhadanov and N. Sh. Gerlovir.
Usp Sov Biol, Vol 36, Yo 3(6), PP 38(~-'1189
This session was hold 23-2(1 Jtui 53 in Leningrad to discuss the role of morphology
in the USSR, now methods and tochniquet of morphological resorrch, and plans
for ma%ing anatomical end histological work in higher institutes of learting
11 ervo a more practical purpose. The key speech was made by A. N. Studitskiy end
111"he Tasks of Soviet Mor-pholo&y." He only mentioned the exintoace of tasks and
then launched Into a theoretical discussion of the Soviet conc*Dt of morDholog~.
This speech waE discag,~:ed, then other reT)ortt! were read, emcne them "Filectron
Microscopy In Cytohistological Reeemrchll by Prof. G.M. FrAnk (Mopcow'), and
a re-port on R.diomutogrnphy by A.M. Kuzin (Moscow). T'-qe article d6fts not
disclose any new orge!nizational -olans.

PY
tie
fe~lutkd qf cabod, w6vab 11:4 roots of
Smic C Ore. A. M. Kurm all 1. etcuova.
MI- tq~j)-, Co.
a Piano cultivated In C"M-lailtled atm.
t as hollher lAveled with C", which vrits
23. h4,-
w Cat,
S S R r4 . M 'Lcd-z te
7iZ1 d4k,
is at tll~ C of the Iiiii fert litf , trer e MY,
cot tlr~5611*
I the lim dxyi aftcr
used by, the plant r 1.
latroductic.d. Over 2 m, , ths tile Ecil !Gti
rn
introd%cccd as org. ft,til;ztr. In the first day4 when he
soil is rich ill co~ tile latter rapuliv enfmi tlc,. kavcl 1 VA
Stem 0! t'4-- glowing plants; after 30-~ro days the prvcci~ :4,
muth GICRU. Kvsolapoff

KUZ111, A. M.
53
USSR/ Biology - Radiatian Effects Isotopes,
"The Problem of the Mechanism of the Action of Penetrating Radiation on the Synthesis of
Nucleoprcteids in the Spleen, 11 A.M.Kuzin, Ye.V.Dudilova, Inrt .f Biol Physics, Acad Sci
USSR
DAN SSSR, Vol 91, 7T) 5. pp 1183-1186.
May- inclusion of P32 Into the protein fraction of the rat spleen and max suppression of
this inclusion by Irradiation i=ediately precedind injectioa of p32 phosphate occurred
19-20 bre after the injection. Irr,~diation of the head of rats with X-rays (1000 r) had
little effect on the inclusion of p32 into spleen moleoproteids. Suppression of p3Z
inclusion by 60-65% occurred when the spleen was irradiated directly with X-rays (1000 r),
but the rest of the body shielded with lead. Suppression by 20% occurred when the epl~en
was sh-ielded with lead, but the rest of the body irradiatt:d. Presented by Aced A:.I.
parin IS Jul 53.
01
266T1

Chemical Abet-
Vol. 48 No.. 9
May 10t 1954
biological ChemistrY
Garaunov*. andTa. V.
;Uamul.
'-White rat injected intravenousry with CNabefed glacm
ph shows a rapid incitaie of C"
IV t in it tidt ood after I hr., after'q1tich the.
C 171ty decillies I addy over 0.5 hrs. to abitost 0. The
activity of tissues (per 100 S.) was In the following decliving
order: intestine, kidney, spleen, brain, liver, blood, heart,
imuscle. Most carbohydrate in the Clt-coutg. fraction is In
-mol.-wt. fotm In these orgaits mid may contain the giucose
11ow
fornitd from dicgradation of givewn during the isolation of
!the times. The femoral bone shows considerable uptake of
iC14 from thm ghicose. The gray matter of the brain is much
more active in accumulation of 04 than the white tuatter.
G. U. KosdAAP4-

t to: ii 1,
tt:at t.-4 04 1 o.,k (k: t k-T!
6rA),Kb tv"tt-c-OiA .?!W$~ Ofqe'l *11t-litte".
Kursanov, A~L.
Fuzin, A.M.
Kr 1.
yukova, N.N
Merenova, V,.
"Plant Utilization of Soil
Carbon Dioxid3 Znt.erinr
1
Ihrourh the itoots"
I n s Li t. ut, eof ".140r ~M~
L jjt~ -I s
Jui2ni A-1. Bakh, Acaderr., of

KUHNI, A. Y.
Radioactive tracers in agricultural research Moskva, Izd-vo Akad. r-auk SSSR, 195h.
100 p. (Akademiia nauk SSSR. Nauchno-populiarriaia seriia) (55-h(r,,21)
S507.K87

Excerpta Medica see 16 3/3 Mar 55 Cancer
863. KUZIN A. N1. and DAVIDOVA S. Ya. Inst. of exp. Path. and Therap. of Turnours,
Acad. ot--mra-Im'"T, oscow The metabolian of nucleic acid and its nitrogen bases in
rabbits vibiect to neoplastic growth (Russian text) Biokhimija 1954, 19/2 (184-188)
Tables 3
The investigations were made on male rabbits with Brown-Pearce tumours, divided
into: (1) controls, (2) testis-inoculated positive animals and (3) animals immune after
3-fold inoculation. Assays of the nucleic acids (RNA and DNA) and the nitrogen bases
(adenine, guanine and thymine) in the liver, lung, kidney, spleen and testis are presented
in 3 tables. The nucleic acids in the organs werc low in both the positive inoculated and
in the immune animals, as compared with the controls. This shows that the same
changes occur in the organs when the tumour does not'take' as when a growing tumour
is present. No notable changes in the adenine and guanine content of the organs were
observed with growing turnours, but the thymine level of DNA, particularly. in the
liver, was higher in tumour rabbits. Brandt - Berlin

V 1, fl Irt ~ . - I . I - -
I r t
v 7- 1 .4 ~.. ,
I
I

c,~vAlv hydcalyud h~%.,-t--,:i,iiin~-co,,if;,;Iilt- -,,un-.pounds in
lit matufal. A, M. KwLi-m(I 11, N, ChA,,Iwv% (A. N.
It llv5t. - i.
BicA-Wmi~w --It "-:t "h-n
of ~Non and Mot T. ;it ( C.A, 18, jirr~dwv:
Atch mrnt&6te hz-xramin~i ill pl:mt llmtc6d' lwd i-.
ti,,ve not tuii~d for Or pit po,o% Otell ill mt (v lit-ViA
I, Atudw.l. A it, w awtflu'l i - if~.J %, It:,.h o,ol'ic, I 11~
dtAll. of tim r0at ive c1lim:(It of IligIl 117"1. fjcm~
ca,~ily bydroly?.ul cumpd,. ill ji~.qu~ material- ft. L.

LrUZIN, A.M..(Mo-skva)
Biologically active polysaccharides. Usp.biol.khtm. 2:256-276 154.
(MIRA 12:12)
(POLYSACCHARIDES
biol.activZ

KMIN, A.K
., doktor b1ologicheskikh nauk.
-
~ i~~ I -- -, ~ "11, ~'*
Agriculture and problems of biological physics. Vest,AX SSSR 24 no.4:
45-31 Ap 134. (KLRA 7:5)
(Biophysics)

IWZIYI, A. M.
Direct assimilation of carbon fro&organic fertillze~n My-
plant. V.I.-'&fcrenovaandA.M.Kuzin. Doklad-.,~Ahael.
Na" S.S.S.R. 94, 573-6(1954)-- cf. ZU. 90, 1377(1953).-
Radioactively labeled org. comi~unds of water-3ol. and -in-
tol. types were administered from culture soil to wbeat and
tobacco plants and tht- plaut sprouts weresubjected to radio-
autophatopraphy In the conventional manner. Thus to-
bacco plants readily assimilate C from water-sol. sugars,
amino acids, and org. acids (AcOH, glycine). The plants
30'
show relatively slo%v assimilation of C from water+=I.
materials. Generally the assimilation proceeds at the ex-
s
pense of Cot liberated by bacterial action of the soil frora its
erg. content as well as by direct utiliz.ttion of the org. matter
,j
by the plant, G. bf. Kosolapoff

USSR/Medicine, Physioloey
,Card Pub. 22 - 20/44
Authors : Ku7.in,, A. M.; and Dtidilova, E. V.
Title : Effect of ionizing radiation on the structural viscosity of nuaXdA
acid of the brain md a spleen
Periodical : Dokt V SSSIZ 98/6, 961-964, October 21, 1954
Abstract : Zmperimwnts, .,ihich T.-fere intended to deteridne how ionizing radiation
effect-s the changa~ in the 3tructi-wo-1 viscosity of nucleic acid taken
P
from the brain and spleen of live anininds, are described. Four refer-
Im t-Ituti-on In7.titute of Biolotic,--l Physics of the Acad. of Scs. of the USSR.
Prr-',cntc;d I.-Pj: L. S. Shtern, June 7, 1954-
APAAJ46%

USER/ Chemistry - Bikhemistry
Card _ 1/1 Pub. .22 22/40
Authors : Kuzin) A.M.$ and Eydu s., L, KH
Title : Deuteration of acetone in the presence of amino acids
,Periodical - Dok. AN.SSSR- 99/3, 421-4,22, Nov 21, 1954
Abstract ' The rate of penetration of deuterium into the acetone molecule and thst
effect of amino acid - glycocoll - on the process of acetone deuteration.0
were investi.-ated. The rate of acetone deuteration in the absence of
glycocoll was found to be lwa, and less than 1% of the total number of
hydrogen atoms in the acetone underwent a change. The accelemting affect
of glycocoll. was proven. The forn-ation of an enol form in the acetone
under the effect of glycocoll was established. Seven references: 5-USSR and
2-German (1934-1951). Table; graph.
Institution- *. icademy of Sciences USSR, Institute of Biophysics
Presented by : Academician A.I. Oparin, September 11, 1954

KUZIN, A. IM.
"The Utilization of Ionizing Radiation in Agriculture 11 a pacer presented at the
P
Atoms for Peace Conference,, Geneva., Switzerland., 1955

KUZIN M. and SILAPIR
0, N. I.
"The Role of the Physiological Condition of an Organism on Use
of Agents Which Protect Against the Harmful. Action of Penetrating
Radiations." in the book : "Collection of Works on RDdiobiology" edited
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4;

KUZIN, A. ---- --.I SHPTIROP
- j --LI--L N. I.
"The Effect of Estrogens on the Radiation Reaction of Mice."
in the book ' "Collection of Works on Radiobiology" edited by
House of AS USSR, Moscow 1955.
N.I.N. Publ.
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