Results 241 to 250 of about 3,341,733 (287)

Introduction of two chromosomal translocations of Sus scrofa nigripes and Sus scrofa scrofa into the genome of Sus scrofa domestica

Theoretical and Applied Genetics, 1978
Hybrids between wild and domestic pigs with two types of translocations in the karyotype were studied. The translocations of type I were first detected in a population of the Middle Asian wild boars. Type II was identified in a populations of the Central European subspecies.
V N, Tikhonov, A I, Troshina
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Halothane potency in pigs (Sus scrofa)

American Journal of Veterinary Research, 1983
SUMMARY The minimum alveolar anesthetic concentration for halothane in oxygen which just prevented gross purposeful movement to a tail clamp stimulus averaged 0.91 ± 0.03 (sem) volumes % in 12 pigs (Sus scrofa). This value compares favorably with halothane minimum alveolar values reported for other nonhuman mammalian species.
W J, Tranquilli, J C, Thurmon, G J, Benson, E P, Steffey   +3 more
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Pigs (Sus Scrofa) in Biomedical Research

2021
Much of biomedical oriented research is conducted with animal models. Over the years, rodents (primarily rats and mice) have emerged as the preferred species for basic biochemistry, cell biology, physiology and nutrition studies. In the past, dogs have been used for the evaluation of dietary protein quality and other aspects of animal nitrogen ...
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Morphometrische und morphologische Untersuchungen an Herzmuskelmitochondrien von Wildschweinen(Sus scrofa scrofa) und Hausschweinen(Sus scrofa domestica)

Zeitschrift für Jagdwissenschaft, 1985
Es wird uber vergleichende morphologische und morphometrische Untersuchungen an Herzmuskelmitochondrien bei Wild- und Hausschweinen berichtet. Die gefundenen Unterschiede werden herausgestellt. Neben Wildschweinen gelangten zwei genetisch unterschiedliche Hausschweingruppen (reingezuchtete Landrasse und 3-Rassen-Kreuzungstiere) zur Untersuchung.
K. B. Müller, A. Herzog
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DNA single nucleotide polymorphism analysis for differentiation of Sus scrofa scrofa and Sus scrofa domesticus

Genetics and breeding of animals
Objective : to develop a new model for differentiating between domestic pigs and wild boars based on autosomal SNP analysis, thereby improving the accuracy of species identification. Materials and Methods : using the SRA-BLAST and GENIS bioinformatics algorithms, 1,639 ...
V. N. Kipen, E. V. Snytkov, M. M. Patrin
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The complete mitochondrial genome of European wild boar, Sus scrofa scrofa

Mitochondrial DNA Part A, 2015
In this study, we report the complete mitochondrial genome sequence of the European wild boar, Sus scrofa scrofa for the first time. The genome is found to be 16,770 bp in length and has a base composition of A (34.63%), G (13.38%), C (26.21%), and T (25.78%), indicating that the percentage of A + T (60.41%) was higher than G + C (39.59%).
Xiao-Di, Hu, Xiao-Tian, Yang, En, Yang
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??????????????-?????????????? ???????? ?????????????????? ?????????? ???????????? (Sus scrofa)

2023
Unear-weight growth of Sus scrofa was studied in 96 embryos of various age and in 5 new-born pigs. The research showed that this growth is not uniform, which results in alternation of intensive and moderate growth. Intensive weight growth stages fall on time spaces of the 22d-35th, 45th-60th and 70-105th days.
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?????????????????? ???????????????????????????? ???????????????????? Sus scrofa

2021
A reliable difference is found statistically between pigs of large white breed by the amount of cells with micronucleus and divided cells. The animals of the Kiev area had 3,08??0,18??? of cells with micronucleus, 3,87??0,11??? of binuclear cells, 7,95??0,25??? of divided cells. Pigs which are reproduced in the Dnepropetrovsk area carried 0,58??0,23???
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Wild boar (Sus scrofa) and domestic pig (Sus scrofa scrofa) inbreeding problem in Croatia

2008
Wild boar, with its firm morphological characteristics is indigenous to the territory of Croatia before since remote millennia.
Vicković, Ivan, Tončić, Josip, Šoštarić, Branko   +2 more
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?????????????? ?????????? ???????????? (Sus scrofa L.) ?? ???????????????????? ????????????????

2023
Species composition of the Sus scrofa food in the Carpathians is represented by 54 species of herbaceous plants, 17 species of wood-shrub plants and 10 species of farm crops. Winter is the hardest season for Sus scrofa in the Carpathians, because the absence of food leads to death of many animals, especially of young ones. Proper distri??bution of food
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