----------
212 008 UNCLAS-Sl FIED PROCESSING DATE--160CT7C
!CIRC ACCESSION NO--AP0116891
~ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. TO A MIXT. OF 0.1 NOLE OF A PHENOL
AND~ 5 ML H SU33 PO SU64 WAS ADDED DROPWISE 0.1 MG,LE
AND THE MIXT.~ HEATED 30 HR AT
60-70DEGREES, TU GIVE 2vl,R PRIME'l (RO) C-ISU86 H S9133 CR PRIPIE2 R PRIME3
C.TRIPLE BOP40 CC ME:CH SU62P4 (Ri R PRIME1, R PRI,'llE-.2,,R PRIME3, PERCENT
YIELD7 B.P. (MM), N PRIME20 SUBD:~AND D PRIAE20 GIVEN)* (EHOWN ON
MICROFICHE). FACILITY: INST. ORG. KHIM-1 EREVAN, USSR.
UNCLASSI FIED
xzzuno.-Logy
USSR UDC 616-006-092.4
I )FIT and IEUITARGIYAt V~ V.,, Institute. of OncoloMr, Ministxy
br :T1 Georgian SSR
"An limunofluorescent, Sttbiy of Surfaco Antigens Induced. by Nw= Adenovirus
Type 12 in Various Systems of Cell Cultures".
Tbilisi Soobahcheniya ATa-Aemii Vauk GruzinsTcoy ssR voi 63, No 3, 1971, PP 713-
716
Abstraott Adenovim type 12$ incubated with other induces the form-tion
of auxface antigens in buman amnioiic A-f - cells wid in lianster enbryonio
cells, though not in mouse embrionic cells. This is rweealed by the indli%act
fluorescent- antibody mathodi after addition of arecific antibedies (obtadned
from hamsters repeatedly vaccinated with adenovirus) to t'~O culture, f".UOrescent
rings axe fo=ed on htL-,,--n amniotic and hanster embryonir, cellEs, These
antibodies intexact neither with the virus or its anti. Vpi nor ~dth control
cultumv--a. It is th-refoze concluded that the zdenovixvs -j"nducte the fommatioll
of Op-ccific antigens on the zembme OT t tie hw- t Coll, :v1don .44ay enlow the
ceU wit] i antiturior immunity,
MOMMEMP-M-M WON A
USSR uDc 678-746
TS
N., GVATUA, $ff. SH.,' GEORGADZE, Ys. Z.y IMPANADZE, V. I.,
V.. V., KWEVIM V, V.~ A., CHAMMIME, V- V., Oorresponding ~Sembe~-
Of the Georgian Academy of Sciences SSR CHAGULOV, V. S., and CMIKVjSHyj_Lj,
Institute of Cybe=etics, Academ
y of Sciences Georgian GSR
"Several Spectral Characteristics of Polystyrene Activated with Europium
Chelate"
Tbilisi, Soobshcheniya Akademli Nauk Gruzinskoy SSR, Val 63, No 3, Sep 71,
PP 581-584
Abstract* The spectral characteristics of Lla3+ chelatas have been inventigat.-d
by a number of authors both in methylnetacrylate~and In alcohol solutions. In
this article the authors investigate samples of polys-t~,rrene dopeed with 0.02-2
Wt % europium, benzoyl. acetanate; the samples are 15 mn in diameter and 2 Mn
thick. They find t4t such a material exhibits a atrong absoiTtion in the
region of 3000-4000 A and the rat--rial of the base that is, polystyrene has
strong absorption bands in t e ultraviolet band of the~spectrum; however, it is
fully transparent from 300A and up to 1.11t - The luzAnescence and absorp-
tion spectra are graphically illustrated. The authors find that polystyrene is
a successful base for europium benzoyl acetonate. The article contains 3
illustrations and 8 bibliographic entriet
USSR, UDC: 518-5:681,3.06
SLAWTSKUY, Ye. I.
"Preparat lor., of Initial Data for Stocha., stic Proe, nosis., Systems"
V sb. Neyrobionika (Neurobionics--colle~tion of works)~ Kiev, 19TO, pp
236-2hO (froin RZb-M~ternatika, Wo 11, Nov 71, Abstract No 11V856)
Translation; A mathematical model is cb,nsidered for accorLmcdation of the
initial data in the memory of a stochastic prognosis sys-lam. A system of
M I
edical diagnosis is taken as an exa-mpl.e The memory of the syntem is
modeled by a finite graph~G in which eacb vertex corre~spcnds to some state
of the patient and a set of..Jreatment iretbods which az-6 used, tvo vertices
arc j f uIld OX13 ansi-tion.il pos~.ib e froim a state
being connected by aq -.y jf,a ty,
corresponding to one vertex into a,.,,tate carrespondint to anothe, . T! i~ pro-
cedu-e fo. caiculatinf,7 the statistical cba,,,-act,eristics. transitiona from
~ real JOF4 ~ !j lad
state to state is pn,--,ented. Digital coiTttter I izat ir I as
on conrtruction of a vector Vaose cor,,Donents are graph yer-bic(IS reflecting the
iven r N. 11,tkheyev.
course of an illness of a 6 atiexit
V1,
USSR UDC: 518.5:681.3.o6
N-LY, Yu. R SLAVUTSKIY Ye. I.
ARE
V
"Preparation of Initial Information,for Stochastic Prognosis Systems"
V sb. Neyrobionika (Neurobionics--col-lection of works), Kiev, 1970, i)D
236-240 (from RZh-Kibernetike, No ll,,Nov 71, Abstract No 11V856)
Translation: The paper deals with a mathematical model for accommodation of
initial information in the memozy of-a stochastic prognosis systern as i3__
lustrated Vy a medical diagnosis system. The memory of the prognosis systc-M
is modeled by a finite graph G, each,of whose vertices is put into a one-
-to-one corresDondence with, si-.,me state, of the Pati c a t anti treatmept corn-Dlex.
Two vertices are Joined vhen and only when a trantition is possible from
the atate corresponding to one vertex to that correzponding to the other.
A procedure is given for calculating the statistical characteristics and
the transitions from state to state. - The digital computer program reali-
zation is based on construction of a v6~tor whose cdDinponents are graph
vertices Vnich mar) the course of the illness for thl:.! given patient.
V. Mikheyev.
57
01, Mflr
I W111
tI
USSR UDC: 518-5:681-3.o6
VAIWA.",JA, SOBOLEVA, E. N.
"On a Model for Predicting the Flow of a Pathological Process in an
Organism"
V sb.IIfeyrobionika (Neurobionics--collection of works), Kiev, 1970, pp
241-243 (from RZh-Kibernetika, No r, ~ Nov 71, Abstract No 11V854)
j.
Translation: The following problem is considered.
Let a given specific-pathological process be characterized by symptoms
Ak from a set M, where O