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Biopolymers and cell. 1990. Vol.6. N 2 |
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C O N T E N T S |
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| KALININ V. N. | ||||
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Present Approaches in DNA-Diagnosis of Hereditary Diseases |
5-12 |
Summary | Full text | |
| BUZHIEVSKAYA T. I., CHERNENKO V. Yu., POLISHCHUK L. A. | ||||
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Present and Future of the Gene Therapy of Inherited Protease a1-Inhibitor Deficiency |
12-17 |
Summary | Full text | |
| PEREVOZCHIKOV A. P., VAISMAN B. L., DOZORTSEV D. I., SOROKIN A. V., ORLOV S. V., DENISENKO A. D., DYBAN A. P., KLIMOV A. N. | ||||
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The Transgenic Rabbits Containing a Human apoA-I Antisense Gene as a Model for Genetic Correction of Atherogenic Disturbances of Lipid Metabolism |
17-24 |
Summary | Full text | |
| IGNATIEVA T. V., GOLINSKY G. F. | ||||
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Transgenic Rats Expressing Human Growth Hormone Gene as a Model of Some Types of Diabetes |
24-31 |
Summary | Full text | |
| DOLZHANSKAYA N. B., MANDELSHTAM M. Yu., PATKIN E. L., KUZNETSOV A. S., VIKHANSKAYA F. L., KRUTILINA R. I., GAITSKHOKI V. S. | ||||
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A Model for Genetic Correction in Family Hypercholesterolemia |
31-35 |
Summary | Full text | |
| NIKOLENKO M. I., ARBUZOVA S. B. | ||||
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Selection of Optimal Conditions for Polymerase Chain Reaction for Identification of Mutations in 12th Exon of Gene of Human Phenylalanine Hydroxylase |
35-38 |
Summary | Full text | |
| AKHMEDOV A. T., NAMSARAEV E. A., ZAITSEVA E. M., ZAITSEV E. N., LANTSOV V. A. | ||||
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Study of Recombination Activity in Mammalian Cell Extracts |
38-45 |
Summary | Full text | |
| ASEEV M. V., IVASHCHENKO T. E., GORBUNOVA V. N., BARANOV V. S. | ||||
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RFLP-Analysis and Haemophilia A Diagnostics with DNA Probes |
45-52 |
Summary | Full text | |
| GORBUNOVA V. N., KRASILNIKOV V. V., ASEEV M. V., SANTZEVITCH N. V., BARANOV V. S. | ||||
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RFLP Analysis of Duchenne Muscular Distrophy Gene in Population of Leningrad and in High Risk Families |
52-55 |
Summary | Full text | |
| IVASHCHENKO T. E., GORBUNOVA V. N.. ASEEV M. V., BARANOV V S VINOGRADOV S. V., BERLIN Yu. A., GOLTZOV A. A., KABOEV O K, SCHWARTZ E. I. | ||||
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Analysis of Restriction Polymorphism of D7S23 Locus by Polymerase Chain Reaction with KM-19 probe in Population and Cystic Fibrosis Families |
55-60 |
Summary | Full text | |
| LIVSHITZ L. A., GRYSHKO V. I., KRAVCHENKO S. A., IVASHCHENKO T. E., BARANOV V. S., BUZHIEVSKAYA T. I. | ||||
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Analysis of DNA Polymorphism in the Regions Closely Linked with Cystic Fibrosis Gene in Kiev Population |
60-64 |
Summary | Full text | |
| VORONINA O. V., GAITSKHOKI V. S., IVASHCHENKO T. E., BARANOV V. S., GORBUNOVA V. N.. KALININ V. M., LIVSHITZ L. A., VENOZHINSKIS M. T. | ||||
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Population and Family Analysis of Polymorphism of DNA Sequences Linked to the Cystic Fibrosis Gene |
65-71 |
Summary | Full text | |
| SHULZHENKO V. N., NOVIKOVA S. N., KOSTETSKY I. E., BOGATSKAYA L. N., FROLKIS V. V, KORDIUM V. A. | ||||
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Transfer of Cloned Human Gene ApoA1 into Adult and Old Rabbits |
71-76 |
Summary | Full text | |
| TITOK T. G., KOSTETSKY I. E., CHAIKOVSKAYA T. L., KOCHUBEJ T. P., ZHAROVA L. G., KIRILENKO S. D., MELNIK I. M., SILVANSKAYA E. M., BUZHIEVSKAYA T. I., KORDIUM V. A. | ||||
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Transfer of Human Preproinsulin Gene Into Streptozotocin Diabetic Rats |
76-80 |
Summary | Full text | |
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Structure and Function of Biopolymers |
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| KHLEBTSOV N. G., NIKIFOROV V. V, MELNIKOV A. G., MERKULOVA T. K, SERDOBINTSEV L. N. | ||||
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Elastic Scattering Spectroscopy of Yersinia Pestis Capsular Protein Solutions |
81-87 |
Summary | Full text | |
| GORBENKO G. P., DREVAL V. I. | ||||
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Interaction of Methemoglobin with Phospholipid Vesicles |
87-90 |
Summary | Full text | |
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Gene-Engineering Biotechnology |
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| KROUPSKAYA I. V, ZHYVOLOUP A. N., PATON E. B. | ||||
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Construction of Hybrid lacZ Genes to Study the E. coli rplJL Operon Genes Expression Mechanisms |
91-100 |
Summary | Full text | |
| RUMER L. M., LIVSHITS V. A. | ||||
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Plasmid Transformation of Streptococcus lactis sphaeroplasts |
100-104, 113 |
Summary | Full text | |
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Short Communications |
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| GUDZERA O. I., SIDORIK L. L., ZOLOTUKHINA I. V, TUKALO M. A., MATSUKA G. Kh. | ||||
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Isolation of Seryl-tRNA Synthetase from the Animal Liver by Proximate Method |
105-107 |
Summary | Full text | |