Characterization of the Russian beef cattle breed gene pools using inter simple sequence repeat DNA analysis (ISSR analysis)

Sulimova, G. E.; Voronkova, V. N.; Перчун, А. В.; Gorlov, I.F.; Randelin, A.V.; Slozhenkina, M I; Zlobina, E.Yu.

doi:10.1134/s1022795416090143

Cited by 7 publications

(6 citation statements)

References 9 publications

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“…Numerous studies by domestic and foreign authors testify to the positive effect of enriching the diet of cattle ( Wang et al , 2006 ; Sulimova et al , 2016 ; Makarov et al , 2017 ). Thus, the research on beef quality in relation to blood composition was carried out by Colombo et al (2022) .…”

Section: Discussionmentioning

confidence: 99%

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The effective use of adaptogens of various origins on the cattle productivity

Mironova¹,

Khabibullin²,

Благов³

et al. 2023

Open Vet J

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Background: In conditions of industrial animal husbandry, it is necessary to pay attention to the immune system, which regulates metabolic processes in the body of animals. To do this, additives with adaptive properties attract attention. Aim: The aim is to define a way to increase productivity using adaptogens of plant and animal origin in feeding cattle. Methods: In the farms of the Orenburg region and the Republic of Bashkortostan, which differ in climatic conditions, scientific and economic experiments were done on Kazakh white-headed bulls and first-calf cows of black-and-white breed, whose diet was introduced in the form of tinctures (at the rate of 0.01 ml of tincture per 1 kg of body weight) adaptogen may change (for animals of the II experimental group), drone homogenate (experimental group III) and pantocrine (experimental group IV), while the animals of group I were assigned to the control group and did not receive additives. Results: The results of the evaluation of the live weight of bulls by age periods indicate that young animals consuming plant adaptogen exceeded control peers by 18 months of age by 18.60 kg (3.72%); animal origin – by 28.50 kg (5.71%; P<0.05) and 21.00 kg (4.21%). A similar pattern was observed in cows, in which, against the background of the use of may chang, the milk yield for 305 days of lactation increased by 312 kg (5.61%; P <0.05), drone homogenate – by 726.1 kg (13.04%; P < 0.001), pantocrine - by 494.4 kg (8.88%; P<0.001). In all animals participating in the experiment, blood values were within the limits of physiological norms but with a slight increase towards the upper regulatory limits in the experimental samples. There is an improvement in the qualitative composition of the final livestock products. Thus, the indicator of the biological usefulness of beef was higher in samples taken from experimental animals by 0.18-0.36 units (P≤0.05). Conclusion: The most significant nutritional, biological, and energy value was characterized by milk obtained from cows, in whose diet drone homogenate was introduced. Thus, the results of complex studies indicate the effectiveness of introducing adaptogens of both plant and animal nature into the diet. Still, the best effect is obtained from drone homogenate.

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Section: Discussionmentioning

confidence: 99%

“…It is used for crossing with dairy cattle to improve its meat qualities. It is concentrated mainly in Kazakhstan, the Lower and Middle Volga regionS ( Kharlamov et al , 2013 ; Sulimova et al , 2016 ; Gorlov et al , 2020 ).…”

Section: Introductionmentioning

confidence: 99%

The effective use of adaptogens of various origins on the cattle productivity

Mironova¹,

Khabibullin²,

Благов³

et al. 2023

Open Vet J

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“…ISSR primers were reported to detect genomic loci that were important for genomic mapping, fingerprinting (DNA barcoding), and gene tagging (Ye et al, 2005;Pashaei et al, 2009). PCR-ISSR analysis was used to characterize many cattle breeds (Ghasemi et al, 2010;Stolpovsky et al, 2011;Sulimova et al, 2016;Yu et al, 2016;Maherovska, 2021). In addition, many previous studies used the (AG)9C ISSR marker to characterize many Russian cattle breeds (Sulimova et al, 2016) and Tuvinian Short-Fat-Tailed sheep (Stolpovsky et al, 2010).…”

Section: Introductionmentioning

confidence: 99%

“…PCR-ISSR analysis was used to characterize many cattle breeds (Ghasemi et al, 2010;Stolpovsky et al, 2011;Sulimova et al, 2016;Yu et al, 2016;Maherovska, 2021). In addition, many previous studies used the (AG)9C ISSR marker to characterize many Russian cattle breeds (Sulimova et al, 2016) and Tuvinian Short-Fat-Tailed sheep (Stolpovsky et al, 2010). Currently, there no reports on the molecular marker that causes the white color in Bali cattle including the study of PCR-ISSR in Indonesian native cattle.…”

Section: Introductionmentioning

confidence: 99%

GENETIC VARIATION IN TWO PHENOTYPES OF BALI CATTLE (Bos javanicus) INFERRED BY (AG)9C ISSR MARKER

Putra,

Margawati,

Furqon

et al. 2024

Trop Subtrop Agroecosyst

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Background. Bali cattle (Bos javanicus) are Indonesian native cattle that are kept as beef cattle. Among Bali cattle, however, there are white Bali cattle, called Taro cattle which are found in small numbers of the population and used only for religious ceremony needs. Objective. To quantify the genetic variation in two phenotypes of Bali cattle (wildtype and white colors) with inter-simple sequence repeat (ISSR) primer of (AG)9C. Methodology. Forty Bali cattle, 20 wildtype bulls, and 20 white Bali cows were used. The blood samples were taken from the jugular vein of each animal using venoject vacutainer tube containing EDTA. The DNA extraction was performed using DNA extraction kit following the manufacturer’s protocol. Number of DNA fragments, number of effective alleles (ne), and polymorphic informative content (PIC) were calculated to describe the genetic diversity in animals under study. Results: Results showed that three haplotype (H) types were observed in the animals under this study based on the ISSR fragments. The polymorphic informative content (PIC) in the white animals was higher than in the wild-type animals (0.62 vs 0.18). According to (AG)9C ISSR marker, mostly white (50%) and wildtype (90%) animals were classified into H2 type. Therefore, a total of 25% of white and 10% of wild-type animals were classified into H3 type. While 25% of white animals were classified into H1 type. Implications. the information generated in this study can be used as early information to investigate the molecular genetics of Taro cattle. Conclusions: This study suggests that many white animals have a specific locus which is absent in wild-type animals.

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“…a high adaptability to the harsh conditions of the steppe zone of Russia and unpretentiousness to feed from the Kalmyk cattle [4; 5]. This new breed of animals preserved the high beef quality of the Aberdeen-Anguses and by some parameters exceeded them [6][7][8][9]. The main distinctive features of the cattle breed developed were the following: its relative tallness, the ability to provide high rate of live weight gain for longer period and to preserve less fat in the body, compared with the animals of the Aberdeen-Angus breed.…”

Section: Introductionmentioning

confidence: 99%

Genetic polymorphism of the RORC, BGH, BGHR, LEP, LEPR genes in Russian hornless cattle breed

Gorlov¹,

Sulimova²,

Перчун³

et al. 2017

Engineering for Rural Development

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Abstract. The purpose of this work is to describe the new beef breed Russian Hornless in terms of the genes associated with the formation of economically valuable traits (RORC, bGH, bGHR, LEP, LEPR) and to evaluate its genetic potential in comparison with the parent Aberdeen-Angus breed. The significant differences were found for the LEPR gene: the C allele, the C/C (t d = 3.981, p < 0.001) and C/T (25 % and 1.7 % for Russian Hornless and Aberdeen Angus, respectively) genotypes. Both breeds were registered to have high content of the CC genotype (Leu/Leu) of the bGH gene (68.3 % and 66.1 %). In the populations of the Russian Hornless and Aberdeen Angus breeds under study, there were revealed 29 and 25 coupled genotypes of 91 ones. There were 6 complex genotypes with a frequency of more than 5 %; the RORC/bGH/bGHR/LEP/LEPR genotypes: AA/CC/AA/AA/CC (13.3 %), AA/CC/AG/AA/CC (11.7 %), and AG/CC/AA/AA/CC (10 %) had the highest frequency. The first two genotypes were present in both breeds and had the same frequency (11.7-15.2 %), the third genotype (AG/LL/AA/AA/CC) occurred 2 times more often in the Aberdeen -Angus breed than in the Russian Hornless breed (20.3 % and 10 %, respectively). The high resource potential of the new Russian Hornless cattle breed was confirmed at the molecular genetic level. It should be noted that the developed breed can be used as a beef breed, and the dairy breed as well, as evidenced by the high content of genotypes preferred for obtaining high meat and milk performance.

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Characterization of the Russian beef cattle breed gene pools using inter simple sequence repeat DNA analysis (ISSR analysis)

Cited by 7 publications

References 9 publications

The effective use of adaptogens of various origins on the cattle productivity

The effective use of adaptogens of various origins on the cattle productivity

GENETIC VARIATION IN TWO PHENOTYPES OF BALI CATTLE (Bos javanicus) INFERRED BY (AG)9C ISSR MARKER

Genetic polymorphism of the RORC, BGH, BGHR, LEP, LEPR genes in Russian hornless cattle breed

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