FIELD: chemistry.
SUBSTANCE: inventions relate to a method of testing a dog to determine the susceptibility of the dog to liver copper accumulation by detecting presence of a certain polymorphism, the use of such polymorphism to determine the susceptibility of the dog to liver copper accumulation, a method of testing a dog and a selection method. Disclosed methods or uses include (i) genotyping a DNA sample from a dog on one or more polymorphisms selected from Chr22_3167534 (represented by position 101 in SEQ ID NO: 144), the presence of allele A indicates susceptibility to liver copper accumulation, Chr22_3135144 (represented by position 101 in SEQ ID NO: 145), the presence of allele G indicates susceptibility to liver copper accumulation, and the repetition of CGCCCC in the chromosomal position 22:3135287, the presence of at least one additional repeat indicates susceptibility to liver copper accumulation using a specific binding agent selected from a probe or a combination of primers and which is capable of detecting or facilitating the detection of a selected polymorphism, and (ii) determining, based on the results of the genotyping stage, whether the dog is susceptible to liver copper accumulation.
EFFECT: inventions enable to identify dogs with a risk of developing or which are not protected from such diseases or pathological conditions of the liver as chronic hepatitis, cirrhosis or liver failure.
17 cl, 10 dwg, 21 tbl, 6 ex
Title |
Year |
Author |
Number |
GENETIC TEST FOR COPPER ACCUMULATION IN LIVER IN DOGS |
2012 |
- Martin, Alan James
- Jones, Paul Glyn
- Watson, Adrian
- Rothuizen, Jan
- Fieten, Hille
- Leegwater, Pieter Antonius Jozef
|
RU2707814C2 |
GENETIC TEST FOR COPPER ACCUMULATION IN LIVER IN DOGS |
2019 |
- Martin, Alan James
- Jones, Paul Glyn
- Watson, Adrian
- Rothuizen, Jan
- Fieten, Hille
- Leegwater, Pieter Antonius Jozef
|
RU2746093C1 |
GENETIC TEST FOR ACCUMULATION OF COPPER IN DOGS' LIVER AND LOW-COPPER DOMESTIC ANIMAL FEED |
2010 |
- Dzhons Pol Glin
- Martin Alan Dzhejms
|
RU2564129C2 |
METHOD OF GENOTYPING TLR2 GENE USING RS5743708 POLYMORPHISM AND A SET OF OLIGONUCLEOTIDE PRIMERS AND PROBES FOR ITS IMPLEMENTATION |
2023 |
- Salamaikina Svetlana Andreevna
- Mironov Konstantin Olegovich
- Esman Anna Sergeevna
- Pozdysheva Elena Alekseevna
- Akimkin Vasilii Gennadevich
|
RU2805861C1 |
METHOD OF GENOTYPING TLR4 GENE USING RS4986790 POLYMORPHISM AND A SET OF OLIGONUCLEOTIDE PRIMERS AND PROBES FOR ITS IMPLEMENTATION |
2023 |
- Salamaikina Svetlana Andreevna
- Mironov Konstantin Olegovich
- Esman Anna Sergeevna
- Pozdysheva Elena Alekseevna
- Akimkin Vasilii Gennadevich
|
RU2805862C1 |
SET OF OLIGONUCLEOTIDE PRIMERS AND PROBES FOR DETERMINING ALLELES OF THE RS55986091 POLYMORPHISM AND METHOD FOR ITS USE |
2022 |
- Vinokurov Mikhail Andreevich
- Mironov Konstantin Olegovich
- Domonova Elvira Alekseevna
- Romaniuk Tatiana Nikolaevna
- Popova Anna Anatolevna
- Akimkin Vasilii Gennadevich
|
RU2804110C1 |
METHOD FOR IDENTIFYING THE Cys1079Gly AND Cys1079Phe POLYMORPHISMS OF WILSON COPPER-TRANSPORTING ATPase |
2020 |
- Sankova Tatyana Petrovna
- Puchkova Lyudmila Valentinovna
|
RU2756112C1 |
METHOD OF GENOTYPING rs346158 (T>C) POLYMORPHIC LOCUS OF C19orf53 GENE IN HUMANS BY REAL-TIME PCR USING ALLELE-SPECIFIC FLUORESCENT PROBES |
2023 |
- Bushueva Olga Iurevna
- Polonikov Aleksei Valerevich
|
RU2808839C1 |
METHOD OF GENOTYPING rs2277947 (GA) POLYMORPHIC LOCUS OF C19orf53 GENE IN HUMANS BY REAL-TIME PCR USING ALLELE-SPECIFIC FLUORESCENT PROBES |
2023 |
|
RU2809330C1 |
METHOD FOR GENOTYPING POLYMORPHIC LOCUS rs196336 (T>C) OF THE BAG3 GENE IN HUMAN BY REAL-TIME PCR USING ALLELE-SPECIFIC FLUORESCENT PROBES |
2024 |
- Bushueva Olga Iurevna
- Kobzeva Kseniia Andreevna
|
RU2825989C1 |