2014
DOI: 10.22256/pubvet.v8n18.1774
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Treinamento e desempenho atlético de equinos (Revisão)

Abstract: ResumoO cavalo atleta é um corredor nato e o cavalo de esporte atual apresenta resultados impressionantes e cada vez mais poderá melhorar a sua performance atlética recebendo métodos de treinamento, alimentação e suplementação adequados em cada fase de sua carreira O bom rendimento dos equinos atletas nas competições é uma das principais fontes de renda para os proprietários. Sabe-se que o exercício físico intenso realizado durante treinamentos ou competições gera em humanos e animais variações em diversos par… Show more

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“…In equine training, RF can increase more than 180 mpm, and to a certain extent of trot, the animal adopts an RF appropriate to the intensity of the exercise and increases according to the need for oxygen (Ferraz et al, 2010).The RR decreases when the training ceases, consequent to the stop of the locomotor forces that guide the breathing; normally the horse breathes deeply a few times and the FR remains between 60-100 rpm, until the O2 flow is balanced and when reaching this balance, the respiratory response depends directly on the body temperature, if the low temperature the FR declines to the values of rest, if there is a high temperature, the animal will gasp as a heat loss mechanism (Lindner et al, 2006). To analyze whether the horse is in hyperthermia after exercise, RF, the depth of respiratory movements, HR and rectal temperature are observed, taking into account environmental conditions, that is, in hot and humid environments, where skin evaporation is compromised, the heat loss through the respiratory tract represents more than 25% of the total loss and under normal ambient temperature conditions this loss is between 15-2% (Araújo, 2014).…”
Section: Respiratory Frequencymentioning
confidence: 99%
See 1 more Smart Citation
“…In equine training, RF can increase more than 180 mpm, and to a certain extent of trot, the animal adopts an RF appropriate to the intensity of the exercise and increases according to the need for oxygen (Ferraz et al, 2010).The RR decreases when the training ceases, consequent to the stop of the locomotor forces that guide the breathing; normally the horse breathes deeply a few times and the FR remains between 60-100 rpm, until the O2 flow is balanced and when reaching this balance, the respiratory response depends directly on the body temperature, if the low temperature the FR declines to the values of rest, if there is a high temperature, the animal will gasp as a heat loss mechanism (Lindner et al, 2006). To analyze whether the horse is in hyperthermia after exercise, RF, the depth of respiratory movements, HR and rectal temperature are observed, taking into account environmental conditions, that is, in hot and humid environments, where skin evaporation is compromised, the heat loss through the respiratory tract represents more than 25% of the total loss and under normal ambient temperature conditions this loss is between 15-2% (Araújo, 2014).…”
Section: Respiratory Frequencymentioning
confidence: 99%
“…Knowledge about morphology and physiology inherent to the different organ systems of this species is essential for equine sportive exercise. The potential of a good competition horse is always the result of good work by veterinarians, trainers, breeders, and owners, having persistence and seeking new techniques and knowledge (Araújo, 2014).…”
Section: Introductionmentioning
confidence: 99%