Soeparwi教授和日惹地区一些动物诊所的cat患者脱水类型和主要电解质轮廓

Guntari Titik Mulyani, Setyo Budhi, Kurnia .
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引用次数: 1

摘要

脱水被定义为体液缺乏,随后电解质丢失,酸碱平衡改变。脱水的类型取决于脱水时血清中钠的浓度。维持渗透压和分布几隔间体液的主要功能是四种主要电解质,即钠(Na +)、钾(K +)、氯(Cl)和碳酸氢盐(HCO3)。胞外液中钠离子阳离子最多,胞内液中钾离子阳离子最多,胞外液中氯离子阴离子最多。本研究的目的是确定日惹及其周围地区猫的脱水类型并确定主要电解质分布。本研究使用了18只病猫,它们被认为是脱水的,以皮肤肿胀减少为特征,CRT> 2秒,另外12只猫被怀疑有电解质平衡障碍,伴有腹水症状,尿诗性障碍。所有猫均抽血测量群细胞体积(PCV)水平。记录患者临床资料和患者诊断,分离血清PCV水平改变的猫,使用Seamaty SMT-120V检测钠、氯、钾水平。脱水的类型是根据脱水猫血清中的钠含量来确定的。结果表明,大多数猫脱水患者血清钠水平低(低钠血症)。1例患者氯离子水平过低。尿路梗阻猫的钾水平升高,导致Na: K比值降低。猫的碳酸氢盐水平没有任何变化。从研究结果可以得出结论,Soeparwi教授的猫脱水是低渗性脱水(71%)。UT患者的钠谱大多下降,氯化物和碳酸氢盐水平没有变化,而钾水平有变化。给出的建议是在进行液体疗法之前检查电解质。在电解质测试之前,脱水的猫可以给予钠溶液。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identifikasi Tipe Dehidrasi dan Profil Elektrolit Mayor pada Pasien Kucing di Rumah Sakit Hewan Prof. Soeparwi dan Beberapa Klinik Hewan di Wilayah Yogyakarta
Dehydration is defined as a lack of body fluids followed by loss of electrolytes, and changes in acid-base balance. The type of dehydration is limited based on the concentration of sodium in serum at the time of dehydration. Maintenance of osmotic pressure and distribution of several compartments of body fluids are the main functions of the four major electrolytes, namely sodium (Na +), potassium (K +), chloride (Cl‾), and bicarbonate (HCO3‾). Sodium is the most cation in extracellular fluid, most potassium cation in intracellular fluid and chloride is the most anion in extracellular fluid. The purpose of this study was to identify the type of dehydration and to determine the major electrolyte profile in cats in Yogyakarta and its surroundings. This study used 18 sick cats that were thought to be dehydrated, marked by decreased skin turgor, CRT> 2 seconds, and 12 cats that were suspected of having electrolyte balance disorders with symptoms of ascites, uropoetic disorders. Blood was drawn for all cats to measure Pack Cells Volume (PCV) levels. Patient clinical data and patient diagnosis were recorded, cats with changes in serum PCV levels were separated for examination of levels of sodium, chloride, potassium using Seamaty SMT-120V. The type of dehydration is identified based on the sodium level in the serum of a dehydrated cat. The results showed that most of the cat patients were dehydrated had low serum sodium levels (hyponatremia). There was 1 cat patient had low chloride levels. Potassium levels in cats with UT obstruction increased, which led to a decrease in the Na: K ratio. Cat bicarbonate levels did not show any change. From the results of the study it was concluded that dehydration in cats at Prof. Soeparwi is hypotonic dehydration (71%). The sodium profile mostly decreased, chloride and bicarbonate levels did not change, while there were changes in potassium levels in patients with UT disorders. The advice given is to check electrolytes before doing fluid therapy. Prior to electrolyte testing, dehydrated cats can be given a sodium solution. 
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