FIELD: medicine.
SUBSTANCE: invention relates to genetic engineering area and can be applied to medicine in diagnostics of several diseases, associated with metabolic syndrome. For determination of polymorphism Thr312Ala α-fibrinogen (FGA) gene the DNA from investigated sample is isolated and subject to amplification by polymerase chain reaction using allele-specific primers. For prevailing allele FGA T identification reverse primer 5'-TCC-CAG-AGT-TCC-AGC-TTC-CAG-T-3' is used; for rare allele FGA A identification reverse primer 5'-CCC-AGA-GTT-CCA-GCT-TCC-AGC-3' is used; as a direct primer in both cases serves the sequence 5'-TGT-CGA-GGG-TCA-TGC-AGT-AGG-G-3'. The invention makes it possible to carry out high-accuracy, simple, and low-cost analysis of fibrinogen polymorphism, suitable for clinico-diagnostic laboratories.
EFFECT: possibility to carry out high-accuracy, simple, and low-cost analysis of fibrinogen polymorphism, suitable for clinico-diagnostic laboratories.
2 dwg, 1 tbl
Title |
Year |
Author |
Number |
METHOD FOR ANALYSING DIFFERENTIALLY METHYLATED GENOMIC REGIONS IN BIOLOGICAL SAMPLES OF BONE MARROW AND BLOOD OF CHILDREN WITH ACUTE MYELOID LEUKAEMIA |
2017 |
- Rudenko Viktoriya Vladimirovna
- Kazakova Svetlana Aleksandrovna
- Kuznetsova Ekaterina Borisovna
- Strelnikov Vladimir Viktorovich
- Zaletaev Dmitrij Vladimirovich
- Tanas Aleksandr Sergeevich
|
RU2689727C2 |
METHOD FOR OBTAINING A LINE OF HUMANIZED MICE CONTAINING 3974insT INSERTION IN THE mGrin2a GENE (MICE GLUTAMATE [NMDA] RECEPTOR SUBUNIT EPSILON-1), LEADING TO PREMATURE TERMINATION OF TRANSLATION OF THE grin2a PROTEIN |
2021 |
- Marina V. Kubekina
- Aleksandra V. Bruter
- Yuliya Yu. Silaeva
- Diana S. Korshunova
- Eugenii N. Korshunov
- Vladislav O. Soldatov
- Alexey V. Deykin
- Shoikhet Denis Andreevich
- Tatyana M. Rozhnova
|
RU2764650C1 |
GENETIC CONSTRUCT ADAPTED TO DELIVER THE HUMAN SMN1 GENE WITH ADENO-ASSOCIATED VIRUS OF SEROTYPE 2 TO PROVIDE NEUROSPECIFIC EXPRESSION |
2022 |
- Yudkin Dmitriy Vladimirovich
|
RU2801848C1 |
METHOD FOR OBTAINING A LINE OF HUMANISED MICE, TRANSGENIC BY hACE2 |
2020 |
- Bruter Alexandra V.
- Kubekina Marina V.
- Silaeva Yuliya Yu.
- Korshunova Diana S.
- Korshunov Evgenii N.
- Soldatov Vladislav O.
- Deykin Alexey V.
- Sergiev Petr V.
|
RU2757114C1 |
METHOD OF OBTAINIG AN ATTENUATED PLASMID-FREE STRAIN OF F.TULARENSIS 15 CMSA, SYNTHESIZING MYCOBACTERIAL ANTIGEN SUPEROXIDE DISMUTASE A |
2019 |
- Pavlov Vitalij Mikhajlovich
- Platonov Mikhail Evgenevich
- Vakhrameeva Galina Mikhajlovna
- Mokrievich Aleksandr Nikolaevich
- Kravchenko Tatyana Borisovna
- Kombarova Tatyana Ivanovna
- Dyatlov Ivan Alekseevich
|
RU2745161C1 |
METHOD OF FINDING PRONENESS TO HIGH-ALTITUDE PULMONARY EDEMA |
2003 |
- Pasha Abdul Kadar Mokhammad
- Akhsan Aarif
|
RU2353656C2 |
METHOD OF ASSAY OF CHEMOKINE RECEPTOR CCR2 GENE ALLELES AT POLYMORPHOUS SITE V64I |
2001 |
- Voevoda M.I.
- Ustinov S.N.
- Judin N.S.
- Kuznetsova T.N.
- Kobzev V.F.
- Romashchenko A.G.
|
RU2180922C1 |
ARTIFICIAL GENES CODING EV.CTL AND EV.Th PROTEINS-IMMUNOGENS, RECOMBINANT PLASMID DNA pEV.CTL AND EV.Th, PROVIDING EXPRESSION OF ARTIFICIAL GENES, AND ARTIFICIAL T-CELL POLYEPITOPE PROTEINS-IMMUNOGENS EV.CTL AND EV.Th CONTAINING EPITOPES OF EBOLA VIRUS ANTIGENS, USED TO CREATE AN EBOLA VIRUS VACCINE |
2018 |
- Antonets Denis Viktorovich
- Bazhan Sergej Ivanovich
- Ilichev Aleksandr Alekseevich
- Kaplina Olga Nikolaevna
- Karpenko Larisa Ivanovna
- Smirnova Olga Yurevna
- Oreshkova Svetlana Fedorovna
|
RU2713723C1 |
GENETIC CONSTRUCT CODING HUMAN YB-1 PROTEIN PRECURSOR, ESCHERICHIA COLI STRAIN - PRODUCER OF HUMAN YB-1 PROTEIN PRECURSOR, METHOD FOR MICROBIOLOGICAL SYNTHESIS OF SAID PRECURSOR |
2019 |
- Kozlov Dmitrij Georgievich
- Sannikova Evgeniya Pavlovna
- Bulushova Natalya Vladimirovna
- Zalunin Igor Arsenevich
|
RU2728237C1 |
FRAGMENT OF DNA, CODING SYNTHESIS OF GLYCOPROTEIN OF RABIES G VIRUS, RECOMBINANT PLASMIDAL DNA PVG18-1, CODING GLYCOPROTEIN OF RABIES G VIRUS, ISOLATE OF BACTERIUM EXCHERICHIA COLI IS PRODUCENT OF GLYCOPROTEIN OF RABIES G VIRUS |
1991 |
- Grabko Vladimir Ivanovich
|
RU2008355C1 |