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恒大球迷观后感 1.国安以疲惫之躯博以逸待劳之首尔FC,能有这个结果,我作为一个中国人非常自豪。也希望恒大下个对手就是首尔FC。韩国人是该好好教训一下了。 2.韩国球队远没有想象中的厉害,反倒是各种投机耍滑之术运用的熟能生巧。 3.很多人说质疑杨运换下格隆这一招。我觉得这个质疑真是幼稚可笑的,首先,当时国安中场已经有颓败之势了,同时格隆拿不球并且相当一段时间没有持球,很多人说还有无球牵扯,但事实是,国安被围攻。断球后大脚并没有准确找到前点。由此也可以看出国安的体能确实到了一个极限了!而这些质疑的人明显是用事后得出的结果去反推之前的行为,颇有事后诸葛亮的嫌疑。 4.当然,杨运的表现太差。但同样也说明国安并未为这次亚冠做好准备。很重要的就是人员储备,明显是高他妈的潮和罗鸡巴的宁根本就没相当国安这次亚冠这么给力。 5.很多人质疑斯诺塔,我觉得可以停一停了。以国安的体力来说50~60分钟也恰好是极限了,不守还能对攻吗?再不然上高潮? 6.至于后面15分钟,确实是国安热血上涌了,踢得不怎么合理。不过2:1后,国安很难将比分扳回了,这个我想大家都心如明镜。 7.总的来说国安实力稍稍次于首尔,但教练水平又大大高于对方。可惜管理层的职业性远不如对手啊!!可惜!!!!
转一篇乌龟肝病起因及防治(重口味) 养龟的咱们最开心的就是看着龟龟大口吃东西,这是很享受的一个过程,为啥享受啊,因为都知道一旦生病了不吃东西了,贼头疼,所谓能吃是福!一般的毛病还好对付,最棘手的是龟得肝病,这个可以对龟来说是绝症的病症。始终折磨着咱们的神经。龟为何会生肝病,生病期间有哪些症状,是现在养龟爱好者们最大的疑问,因为往往是龟死亡解剖后才发现龟的肝出现问题。而且许多养龟爱好者说龟会“暴毙:就是毫无征兆的死亡,其实很多问题都出在肝部。LIFELINE在几年前就开始观察研究肝病,对此有一定的看法,在这里向大家做个详细的分析,希望能和大家一起在肝病的了解与预防上一起进步。。最近作文比较少,那是因为都在收集数据图片,写个文章容易,收集数据积累经验绝对是耗时耗力的事情,还请大家都都理解海涵哦。 肝病之所以棘手,是因为之前咱几乎察觉不到问题所在,也发现不了它到底有没得肝病,无从辨别,也就是 说它的临床症状不明显。由于爬行类的肝脏与哺乳动物一样拥有自我补偿和再生的能力, 龟在很长时间内也许没有临床迹象即使疾病长时间存在。得了肝病的龟依然会吃,排泄可能也正常,甚至会交配。但是有一天它还是死了。解剖后发现原来肝坏了。因此肝病基本被定义为绝症,不过大多数人并不知道为什么肝会坏,种种猜测不断。但多数认为是和肠胃病有一定关系。其实未必那么简单。肝病总体来说一种慢性病。 致病的原因基本可以分为几大类 1. 因为感染导致的肝病 2. 非感染导致的肝病,比如脂肪肝 3. 中毒引起的肝脏病变 4. 治疗药物导致肝病 针对感染导致的肝病 主要有细菌感染肝脏后导致肝脏病变,比如沙门氏菌,气单胞菌属,衣原体菌 这只背甲烂穿的潘氏公龟就是因为烂穿后导致细菌感染到肝脏,最终经过6个月治疗还是死亡。解剖后发现肝脏已经硬化并且呈孔洞状。 发现背甲烂穿时昨天 23:45 上传下载附件 (41.1 KB) 经过6个月治疗死亡后肝脏情况昨天 23:45 上传下载附件 (42.24 KB) 病毒引起的肝脏病变,比如(疱疹病毒) 这只虎纹就是感染了疱疹病毒后导致肝脏病变,免疫系统崩溃衰竭死亡,死亡的龟通常都非常消瘦。昨天 23:46 上传下载附件 (423.6 KB) 真菌引起的肝脏病变,比如 曲霉菌,念珠菌昨天 23:54 上传下载附件 (111.19 KB) 针对非感染导致的肝病,主要是脂肪肝 龟类的肝脏是一个脂肪存储器官,这就是为什么区分一只在正常情况饲养很好的龟和一只发病过程的龟有什么不同是非常困难的。 龟类正常脂肪分布和临床相关的肝病分界线也是非常模糊的 在临床意义上的脂肪肝一般会长期厌食,在这种情况下,龟通常会超重并且多数肝功能细胞被脂肪细胞代替,同时,厌食会导致很多问题(其他组织的疾病,难产),
隆背浅析。A. C . Highfield What follows is a brief outline of the major findings of our work in establishing the precise physical and biological mechanisms involved in “Pyramid Growth Syndrome”. This has been a very complex and demanding piece of research. This is a problem we have addressed continually since around 1990, but from around 2004 we intensified efforts to find some answers. In the course of this, we have conducted extensive fieldwork, have used diagnostic image techniques, and have conducted multiple post-mortem and laboratory examinations of both normal and effected animals. I would stress that at no time was any animal killed or hurt in this process. We relied exclusively upon ‘natural’ casualties from other causes. Key objectives were to look at competing theories, to separate those that had some factual basis from those based upon incomplete or false data, and to conclusively establish the exact mechanisms involved in producing the effect. A further objective was to begin to develop some practical guidelines whereby the problem could be alleviated or prevented. 作者上来就说,这个问题是最棘手且复杂的,说什么他们从1990年就开始研究了,估计到了2004年作者还没什么成果,于是他声称自己加大努力用了多种不同先进的分析方法,例如诊断成象技术,终于有所斩获。还声称这个实验没有导致任何陆龟的死亡等等。。。 The abnormal growth is caused by incorrect diet, specifically by high protein, high energy and calcium deficient diets;The abnormal growth is caused by lack of humidity or by general dehydration or both. 作者说他提出两个猜想,第一就是隆背是由于不正确的食物导致的,高蛋白,高能量和高钙食物。第二个猜想就是是由于湿度问题所引起的。 The first thing to point out is that chelonia are constructed from exactly the same materials as many other animals. Their skeleton, though different in form, is materially virtually identical to that of other species. In a similar manner, the outer keratin scutes are comprised of primarily beta-keratin with some alpha-keratin cells also present. These are well studied materials. What is unique in tortoises (and turtles) is the way in which the skeleton surrounds the body, and the extensive covering of the keratin layer. Consequently, any disruption of either of these layers will have a profound effect. 作者声言,第一个需要指出的是,龟鳖类与其他动物的骨骼物质相同,其外部角质鳞甲由贝塔角质物和阿尔法角质物构成。不同之处在于其骨骼覆盖全身,因而,任何影响都是深远的不可逆的。 If we first examine the bony skeleton, we note that this is vulnerable to exactly the same diseases of deficiency as that of a dog, a horse or a human being. There is absolutely nothing unusual or unique in how a tortoise skeleton develops and is sustained. The process is entirely normal and is completely consistent with established biological and nutritional knowledge. 作者第一步是检测骨质,与人类等动物情况一样没有特别之处。 To develop normally, the skeleton requires a supply (carried by the blood, and obtained from the food intake) of essential bone-building trace elements, principally calcium and phosphorus. These trace elements need to be in the correct quantities and proportions. In addition, in order to transport these materials, the animal’s vitamin-D3 metabolism must function correctly. Any failure, ether of the supply of “raw materials” or of the transport (D3) mechanism will result in bone formation that lacks normal density and strength. In reptiles, this condition is widely recognised by keepers as “MBD” or Metabolic Bone Disease.
隆背浅析。A.C HIGHFIELD What follows is a brief outline of the major findings of our work in establishing the precise physical and biological mechanisms involved in “Pyramid Growth Syndrome”. This has been a very complex and demanding piece of research. This is a problem we have addressed continually since around 1990, but from around 2004 we intensified efforts to find some answers. In the course of this, we have conducted extensive fieldwork, have used diagnostic image techniques, and have conducted multiple post-mortem and laboratory examinations of both normal and effected animals. I would stress that at no time was any animal killed or hurt in this process. We relied exclusively upon ‘natural’ casualties from other causes. Key objectives were to look at competing theories, to separate those that had some factual basis from those based upon incomplete or false data, and to conclusively establish the exact mechanisms involved in producing the effect. A further objective was to begin to develop some practical guidelines whereby the problem could be alleviated or prevented. 作者上来就说,这个问题是最棘手且复杂的,说什么他们从1990年就开始研究了,估计到了2004年作者还没什么成果,于是他声称自己加大努力用了多种不同先进的分析方法,例如诊断成象技术,终于有所斩获。还声称这个实验没有导致任何陆龟的死亡等等。。。 The abnormal growth is caused by incorrect diet, specifically by high protein, high energy and calcium deficient diets;The abnormal growth is caused by lack of humidity or by general dehydration or both. 作者说他提出两个猜想,第一就是隆背是由于不正确的食物导致的,高蛋白,高能量和高钙食物。第二个猜想就是是由于湿度问题所引起的。 The first thing to point out is that chelonia are constructed from exactly the same materials as many other animals. Their skeleton, though different in form, is materially virtually identical to that of other species. In a similar manner, the outer keratin scutes are comprised of primarily beta-keratin with some alpha-keratin cells also present. These are well studied materials. What is unique in tortoises (and turtles) is the way in which the skeleton surrounds the body, and the extensive covering of the keratin layer. Consequently, any disruption of either of these layers will have a profound effect. 作者声言,第一个需要指出的是,龟鳖类与其他动物的骨骼物质相同,其外部角质鳞甲由贝塔角质物和阿尔法角质物构成。不同之处在于其骨骼覆盖全身,因而,任何影响都是深远的不可逆的。 If we first examine the bony skeleton, we note that this is vulnerable to exactly the same diseases of deficiency as that of a dog, a horse or a human being. There is absolutely nothing unusual or unique in how a tortoise skeleton develops and is sustained. The process is entirely normal and is completely consistent with established biological and nutritional knowledge. 作者第一步是检测骨质,与人类等动物情况一样没有特别之处。 To develop normally, the skeleton requires a supply (carried by the blood, and obtained from the food intake) of essential bone-building trace elements, principally calcium and phosphorus. These trace elements need to be in the correct quantities and proportions. In addition, in order to transport these materials, the animal’s vitamin-D3 metabolism must function correctly. Any failure, ether of the supply of “raw materials” or of the transport (D3) mechanism will result in bone formation that lacks normal density and strength. In reptiles, this condition is widely recognised by keepers as “MBD” or Metabolic Bone Disease.
水对陆龟的重要性。A.C.Highfield There is a considerable amount of misunderstanding on the subject of the water requirement of tortoises. This is unfortunate, as a number of pathological conditions are directly related to the availability or otherwise of environmental water, and to the general hydration status of reptiles such as tortoises. 笔者首先强调,对于陆龟需要水这个话题有很多误解,不幸的是,很多疾病都是与环境用水,爬行动物水合作用有关。 The most common health problems associated with a sub-optimum level of hydration or prolonged period of environmental water deprivation include an accumulation of solidified uric acid in the renal system and bladder; articular gout; and kidney failure. All of these are extremely serious conditions and it should be noted that dehydration, even for short periods, can have grave long-term consequences. 作者接着指出,很多问题(肝脏和膀胱结石,关节痛风,肾衰竭)基本都和水合作用的条件等级以及环境水离失的时长相关。所以就算短时间的缺水也会种下恶果。 Many people seem to believe that Mediterranean tortoises naturally acquire almost all of their fluid requirement from their food and that therefore they do not require additional drinking water. One recent book on Mediterranean tortoises even suggests that only sick tortoises voluntarily drink fresh water*. It is highly regrettable that such dangerous misinformation is in circulation. This latter contention is simply not true, as direct observations of Testudo graeca and Testudo hermanni in the wild all too easily confirm. Both species are at their most active during or just after episodes of rain, and can be observed to 'nose' along the ground, drinking from any available puddle. Tortoise Trust field trips have resulted in a number of observations of this kind. In Spain, France, Italy and Greece wild Testudo hermanni have been observed in some numbers to drink rainwater and to increase their activity level during wet weather, especially during summer thunderstorms, when the rain brings welcome relief from the searing heat and aridity of summer. In North Africa and Spain (T.graeca), Greece and Turkey (T. ibera), tortoises have been observed drinking from the edges of streams, from reed-beds and from puddles during episodic rain. Recently in Morocco, following the heaviest rain for many years, tortoise activity was as high as I have ever seen it and numerous individuals were observed drinking from surface water. In many arid regions, tortoise activity ceases entirely during summer or in extended periods of drought, and only resumes when rain returns. In southern Turkey, Spain and Morocco, tortoises aestivate during summer because food and water availability is so poor. In southern Africa it is commonplace to see Geochelone pardalis (Leopard tortoises) drinking from streams and pools, and recently Moll and Klemens reported on the utilisation of standing water pools by Malacochersus tornieri (pancake tortoises) in Tanzania. 作者继续说道:很多人相信地中海陆龟已经从食物里面获取了足够的液体了,不在需要水分,同样在Mediterranean Tortoises (Brian Pursall, TFH Inc.)一书中提到,只有生病的龟才意愿去喝水,但作者经过对欧洲陆龟的观察(意大利,法国,希腊,西班牙等地),发觉这个观点是错的。此类龟只有在雨后才充满活力,他们会长时间用鼻子触及地面并且寻找各种水坑饮水。此类事件尤其在夏季雷暴期多发。同样的,在北美,他们回去引用溪边的河水。在摩洛哥,此类乌龟表现的更加突出。而在干旱地区,干燥的环境导致他们的活力度下降且直到雨季恢复。夏眠出现的原因就是水和事物匮乏所导致的。莫尔和凯莱门司的报告中明确指出在南非的豹龟也有同样的特点。
观贴有感 夺一次冠后,部分球迷过于沉浸在‘恒大无敌’的虚幻世界里,当然也有媒体的功劳。双线作战的情况就能简单而机械地引起他们的不满,冀图换帅来重塑那个‘无敌球队’的虚像。 这个现象无疑突出了他们的多重病态。 第一:目光浅短,以管窥豹。 并非说他们不想登上更高的平台,恰恰是觉得太轻松登台了,把问题都看得太过简单了。 试问你们自己想到的东西(战术,换人),职业主帅难道说就想不出吗?教练也是要竞争上岗,有名气的均算的上业务有所成就,恐怕诸位叫嚣的战术帝,战略帝,指挥帝等等自己的本业都泛泛而已吧。难道一个小小的贴吧里真的藏有那么多世界名帅吗?中国人才也太多了吧!还是说自觉高人一等的人太过?撇开战术不言,人际关系可能就做不好。人类社会最基本要求是在会做人的基础上做好业务。披着恒大球迷的外衣就有资格批评球队了吗? 恒大队内的情况你们到底知道多少?知己知彼方能百战百胜,连自身的情况都不知道就妄图球队战胜日本冠军,反是战平就大为不满。跪求不满何来? 第二:趋炎附势,人云亦云。 个别球迷写出一些貌似合理的理论贴战术贴就能吸引大批的无知观众的拥护,实在让鄙人感到诧异。丧失自我判断力的球迷无异于尸位素餐,怪不得社会浮现出一股浮躁的恶臭。鄙人在有感而发之前阅读大量贴子。内容千篇一律宛若出自同人。难道都是英雄所见略同?亦或是狗熊所泻尽然?简单而言,借助足球来发泄对自身境遇不满的人实在不配存在于此地。 第三:百无聊赖,牢骚满腹。 恒大成立连5年都不到,求问你怎么让他有50年的业绩?今天恒大宛若一个刚出壳的大雁,你却让他明天翱翔于雁群,还是头雁。就算他天天吃激素也不是三五天的事情吧。加印兄定5年称王亚冠实为激励之语。3年冲超,5年前4,10年称王于亚洲我都觉得时间太紧。真心觉得亚洲其他国家都是草芥?最近一个月贴吧主要内容基本没有变过,不知说来何用。有空打探对手情报是不是更好的供我们这些‘业余’球迷分享分析和对比?不可动乎言胜,胜这个字不是那么容易说出口的。 本来不想说些什么,但是逐渐发现理性的声音越来越少实在惊愕。铁帅行不行自有集团定夺,如果恒大不能识才用才,怎么会走到今天。你们那么会识人看人,又怎么会在这里发帖? 鄙人留学于英国,偶尔关注英超,学到的恰是如何当个好球迷而不是当个带有流氓气质的球盲。吧内大部分前辈,可以说人生阅历无数,为何言语尽现幼稚之语?
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