校企合作实践教育基地人才培养模式探索——以农业水利工程专业校企合作实践教育基地为例

安徽农业大学农业水利工程专业与安徽省水利科学研究院共建校企合作实践教育基地,通过建立协调育人机制,深化教育教学改革,推动教学与科研紧密结合、学校与社会密切合作,促进大学生在科学研究中学习、在社会实践中学习,提高大学生解决实际问题的实践能力和创新创业能力。通过加强内涵建设、成果共享与示范引领,在促进新工科、新农科建设,培养德智体美劳全面发展的高质量人才方面取得了一系列实践成果。     

浅谈农机行业学生能力的培养

本文在机械原理及设计课程的理论教学中，注重与实践紧密相关的课程设计大作业，布置相关零件的设计技术，使课后设计题目顺利完成。这样既系统巩固了工科多门课的业务理论．又直接提高了学生机械综合设计能力。     

土木工程类研究生创新能力培养研究

根据工科类研究生培养工作的具体体会,在研究生科研创新意识、创新环境培育建设、创新过程引导方法、创新的传承和创新的目标管理等几个方面进行了探讨,并细致的阐述相关的方法,对推动研究生科研创新能力的提高有一定的借鉴价值。     

正强化训练对笼养黑叶猴粪便代谢组的影响

行为训练做一种丰容手段,在圈养野生动物管理中正逐渐运用。其目的是通过正强化刺激,让动物学会指令配合动物管理,从而减少胁迫。然而目前并没有合适的生理指标来评价训练对动物的影响。本实验对象是杭州动物园饲养的2只黑叶猴,通过对其中1只“大杭”个体进行持续30 d的正强化行为训练,训练目标为肌肉注射。通过GC-MS代谢组手段测定粪便所有代谢产物。模型显示,行为训练后大杭粪便代谢组与训练前具有显著的区别(PLS-DA:R^2y=0.951,Q 2=0.502;(O)PLS-DA:R^2y=0.95,Q 2=0.454)。通过差异代谢物和代谢物富集分析发现,代谢物变化通路主要有氨基酸代谢(亮氨酸、异亮氨酸的生物合成及分解途径,甘氨酸、丝氨酸、苏氨酸代谢以及半胱氨酸、蛋氨酸代谢均下调),核酸和能量代谢(丙二酸、嘧啶、肌苷、乳糖代谢在行为训练动物上得到显著增强)。正强化训练可能通过强化动物的主动运动,提高新陈代谢水平来调节动物生理水平。     

高职院校畜牧兽医专业“大北农模式”创新人才培养方案的深化与推广

乌兰察布职业学院畜牧兽医专业以提升人才培养质量为目的, 在“大北农模式”人才培养的基础上, 加强与企业的深层次合作, 将人才培养分为“基本技能—专业技能—综合能力”3个层次。通过不断改革人才培养方案、重构课程体系、优化课程内容、校企共建考核评价机制、专兼结合“双师型”教学团队的建立, 创建了具有特色的畜牧兽医专业人才培养模式, 形成“校企一体、产学并举、工学结合”的办学特点, 实现了“能养会繁、会繁能防、会防能治、会治能销、会销能管”的高技能人才培养目标。     

Gymnastic Training of Hippotherapy Horses Benefits Gait Quality When Ridden by Riders with Different Body Weights

The objective was to evaluate the effects of gymnastic training on stride characteristics of walk and trot in therapy horses carrying riders of different weights. Eighteen horses used for therapeutic riding 5 days/week were randomly divided into 2 groups. Nine horses performed gymnastic (GYM) exercises after therapeutic riding on 4 days/week for 3 months, 9 horses did no additional exercises (SED). On days 0 and 90, an inertial sensor mounted to the girth on the ventral midline was used to evaluate stride characteristics when horses were ridden at walk (1.3 m/second) and trot (3.0 m/second) by able-bodied riders representing rider: horse body weight ratios (BWRs) 15%, 20%, and 25%. On day 0, the measured variables did not differ significantly between sedentary (SED) and GYM groups, but on day 90, the following statistically significant results were found: GYM-trained horses had higher regularity for all BWRs at walk and 15% and 20% BWRs at trot. Higher stride symmetry was found in GYM-trained horses carrying 25% BWRs at walk and all rider weights at trot. Dorsoventral displacement was higher in GYM-trained horses when carrying 20% and 25% BWRs at walk and 25% BWRs at trot. Dorsoventral power was lower in SED-trained versus GYM-trained horses carrying 15% BWR at walk and 20% BWR at trot. A more regular and symmetrical stride with a larger range of dorsoventral trunk motion is likely to provide a better therapeutic riding experience.     

Heart rate variability parameters as markers of the adaptation to a sealed environment (a hypoxic normobaric chamber) in the horse

Simulated hypoxic normobaric devices have been used in human beings in order to enhance endurance capacity. These devices are sealed chambers where the athletes are supposed to stay for at least 6–8 hr daily. The current research assesses the changes in time‐domain, spectral and non‐geometrical heart rate variability (HRV) parameters in 6 horses subjected to progressive duration periods inside of a hermetically sealed chamber. It was pursued, firstly to evaluate the intensity of the stress experienced by the animals and secondly to elucidate whether the horses might require an acclimation period before implementation of hypoxic conditions. HRV parameters were monitored for 6 days: day 0 (6‐hr duration; in paddocks; basal conditions), and days 1, 2, 3, 4 and 5 (1, 2, 3, 4 and 6 hr inside the chamber every day respectively). During day 1 and during the first hours of days 2 and 3, compared to day 0, horses presented increased HR and SDHR values and decreased RR interval duration. SD1 values decreased on some hours of days 2 and 3, but differences with day 0 were not found on day 1. Increased SDNN, RMSSD, SD1 and SD2 values were observed on days 4 and 5. These results showed an activation of the sympathetic activity together with an attenuation of the parasympathetic activity during the days 1 to 3. Increased parasympathetic activity was found only during the first hours of days 4 and 5. Spectral parameters experienced minor variations, with increased LF_peak and LF% during some hours of days 4 and 5. In conclusion, at least 3 days are needed to adapt the horse to a sealed environment before starting to subject the animals to hypoxic conditions. When the horses were acclimatized, however, a minor stress was detected with they spent more than 4 hr inside of the chamber.     

研究型大学多校区办学的利弊分析

20世纪90年代中后期以来,高等教育由精英化逐渐向大众化转变,高校招生规模逐步扩大,多校区办学成为高校新的发展形式。本文分析了研究型大学多校区办学的现状、存在的问题,结合我国社会经济发展和学生素质的新特点,提出了研究型大学多校区办学在管理上的改进措施。     

Effect of high intensity training on anaerobic capacity of middle gluteal muscle in Thoroughbred horses

We hypothesize that high intensity training for Thoroughbred horses that have been subjected to conventional training could further improve the metabolic properties of the middle gluteal muscle. Nine well-trained horses were subjected to high intensity (80-100% Vdot;O(2)max, 5 minx2) training for 12 weeks. Biopsy samples were obtained from the muscle before and after 4 and 12 weeks of training. Three of the 9 horses did not complete the training programme. In the remaining 6 horses, activities of succinic dehydrogenase (SDH), phosphofructokinase (PFK) and 3-hydroxy acyl CoA dehydrogenase (HAD), and the composition of myosin heavy chain isoforms were analyzed by biochemical techniques. After 12 weeks of training, a significant increase was found in PFK activity but not in the SDH and HAD activities. There were no significant changes in the composition of myosin heavy chain isoforms. The high intensity training in this study was effective at increasing glycolytic enzyme activity, indicating the possibility to improve anaerobic capacity, which potentially could contribute greatly to performance in Thoroughbred horses. This study also highlighted a fact that high intensity training should be given with the great care to prevent the skeletal muscle injuries.