ЭлБиб

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Аграрная наука Евро-Северо-Востока, №6(61), 2017 г.
2. Кудрин А.Г. Прогнозирование молочной
продуктивности крупного рогатого скота по актив-
ности ферментов крови // Сельскохозяйственная
биология. 2003. № 2. С. 8-11.
3. Методы ветеринарной клинической диа-
гностики: Справочник под ред. проф. И.П. Кондра-
хина. М.: КолосС, 2004. 520 с.
4. Абонеев В.В., Скорых Л.Н., Абонеев Д.В.
Взаимосвязь уровня метаболитов крови с показате-
лями роста и развития молодняка овец разных вари-
антов подбора с учётом возраста отъёма // Ветери-
нарная патология. 2013. № 1. С. 83-85.
5. Квитко Ю.Д., Скокова А.В. Особенности
белкового обмена у молодняка овец разного направ-
ления и потенциала продуктивности // Овцы, козы,
шерстяное дело. 2009. № 3. С. 59-62.
6. Кирилов М.П., Виноградов В.Н., Зотеев B.C.
Показатели рубцового пищеварения и биохимический
статус крови высокопродуктивных коров при скармли-
вании цеолита // Зоотехния. 2007. № 6. С. 8-10.
7. Еловиков С.Б., Менькова А.А. Метабо-
лизм азотистых веществ у лактирующих коров при
применении новых БВМД // Зоотехния. 2007. № 1.
С. 14-16.
8. Рослый И.М., Водолажская М.Г. Сравни-
тельные подходы в оценке состояния человека и
животных: 12. Фундаментальные закономерности
адаптивного характера в биохимических показате-
лях сыворотки крови // Вестник ветеринарии. 2010.
№ 3. С. 64-75.
The relationship of metabolic profile of lambs different genotypes with their growth
Zharikov Y.A.1, PhD in aqriculture, senior researcher, Kaneva L.A.2, director
Bobretsov V.E.2, associate researcher, Kozlova Ju.A.2, associate researcher
1Federal state budgetary scientific institution the state scientific institution Scientific-research
Institute of agriculture of the Republic of Komi, Syktyvkar, Russia
2 Institution Federal state budgetary scientific institution Pechorskaya experimental station named
after A.V. Zhuravskogo, of Ust-Tsilemskiy district of the Komi Republic, Russia
The estimation of the metabolic profile of blood serum of purebred and crossbred young sheep in the context
of intensity of growth. The object of the research was five-month-old purebred bright Roma breed (P) and crossbred,
received in the result of crossing ewes of the Pechora breed groups sheep breed ostfriz (1/2П х 1/2О), grown under the
same conditions feeding and maintenance of the Pechora experimental station. For the experience was developed four
groups of calves by 5 goals each: I (1/2П х 1/2О) is a high-energy growth; II (1/2П х 1/2О) – low; III (R) – high IV and
(R) – low energy growth. Group bright low energy growth taken for control. Metabolic profile sky growing bright was
characterized by the following features: the level of albumin over 45% of the total protein; A/G ratio approaches one;
the average and below average (3,3 to 5,0 mmol/l) within normal level of urea; glucose + cholesterol more than five;
the de Ritis coefficient is 1,8-2,2; high within the normal values of calcium, phosphorus and alkaline phosphatase.
Metabolic profile slow growing bright: the level of albumin less than 45% of the total protein; A/G ratio is less than
0,85; glucose and glucose + cholesterol – the lower limit of normal; the de Ritis coefficient above 2,2. Significant
differences in favor of the growing bright in intensity of protein, carbohydrate and other exchanges allow the use of
biochemical parameters of blood on the early stages of ontogenesis as a marker signs to predict the growth and the
assessment of adaptation to the conditions of detention.
Key words: breed, Pechora, Ostfriz, Roma, bright, growth, blood, substrates, enzymes, metabolism, biochem-
ical markers
References
1. Galochkina V.P., Galochkin V.A. Fiziologo-
biokhimicheskaya kharakteristika metabolicheskogo
tipa zhvachnykh zhivotnykh. [Physiological and
biochemical characterization of metabolic type of
ruminant animals]. Sel’skokhozyaystvennaya biologiya.
2010. no. 6. pp. 9-15.
2. Kudrin A.G. Prognozirovanie molochnoy
produktivnosti krupnogo rogatogo skota po aktivnosti
fermentov krovi. [Prediction of milk productivity
of cattle by the activity of blood enzymes].
Sel’skokhozyaystvennaya biologiya. 2003. no. 2. pp. 8-11.
3. Metody veterinarnoy klinicheskoy diagnostiki:
Spravochnik pod red. prof. I.P. Kondrakhina. [Methods
of veterinary clinical diagnostics: Reference book].
Moscow: KolosS, 2004. 520 p.
4. Aboneev V.V., Skorykh L.N., Aboneev D.V.
Vzaimosvyaz’urovnyametabolitov krovi s pokazatelyami
rosta i razvitiya molodnyaka ovets raznykh variantov
podbora s uchetom vozrasta ot»ema. [Relationship of
the level of blood metabolites indicators of growth and
development of young sheep in different variants of
selection based on the age of weaning]. Veterinarnaya
patologiya. 2013. no. 1. pp. 83-85.
5. Kvitko Yu.D., Skokova A.V. Osobennosti
belkovogo obmena u mo-lodnyaka ovets raznogo
napravleniya i potentsiala produktivnosti. [Features of
protein metabolism in young-patients sheep of different
direction and potential productivity]. Ovtsy, kozy,
sherstyanoe delo . 2009. no. 3. pp. 59-62.
6. Kirilov M.P., Vinogradov V.N., Zoteev B.C.
Pokazateli rubtsovogo pishchevareniya i biokhimicheskiy
status krovi vysokoproduktivnykh korov pri skarmlivanii
tseolita. [Indicators of scar digestion and biochemical
status of blood in high yielding cows when fed zeolite].
Zootekhniya . 2007. no. 6. pp. 8-10.
7. Elovikov S.B., Men’kova A.A. Metabolizm
azotistykh veshchestv u laktiruyushchikh korov pri
primenenii novykh BVMD. [Metabolism of nitrogenous
substances in lactating cows in the application of new
BVMD]. Zootekhniya. 2007. no. 1. pp. 14-16.
8.RoslyyI.M.,VodolazhskayaM.G. Sravnitel’nye
podkhody v otsenke sostoyaniya cheloveka i zhivotnykh:
12. Fundamental’nye zakonomernosti adaptivnogo
kharaktera v biokhimicheskikh pokazatelyakh syvorotki
krovi. [Comparative approaches in the assessment of
human and animal: 12. Fundamental regularities of
adaptive nature in the biochemical parameters of blood
serum]. Vestnik veterinarii. 2010. no. 3. pp. 64-75.
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