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浅析特种水产防病用药过敏与配伍 被引量:1
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作者 王声瑜 陶林 《江西水产科技》 1997年第4期11-13,共3页
关键词 特种水产养殖 防病用药 配伍
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特种水产防病用药过敏与配伍
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作者 王声瑜 陶林 《内陆水产》 1997年第12期22-23,共2页
关键词 特种水产 防病用药 配伍
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养禽户要树立新的“防病用药”观
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作者 王秀 《中国牧业通讯》 2010年第18期42-42,共1页
在大力发展禽业生产的同时,不断提高禽肉品质是保证食品安全的需要。因此,如何有效减少禽肉中的药物残留量,是当前大力发展养禽业的一项重要课题。
关键词 防病用药 养禽户 禽肉品质 药物残留量 食品安全 养禽业
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水貂防病用药有讲究
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作者 吴红波 王华 《农业知识(科学养殖)》 2015年第6期55-56,共2页
健康生长对人工饲养的水貂非常重要,其在春季配种后就进入怀孕保胎阶段,饲养管理上就要注意保胎管理措施,要慎重用药,正确认识药物的性质、用途等相关知识,促使水貂生理机能的正常代谢和正常生产。具体操作应注意以下几个方面:
关键词 防病用药 水貂 保胎管理 人工饲养 饲养管理 生理机能 配种后 怀孕
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养禽户如何“防病用药”
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作者 倪金华 《湖南农业》 2014年第4期32-32,共1页
一、造成药物残留的原因 1.兽药使用不规范滥用抗生素类、磺胺类、呋哺类、抗球虫类药物,没有休药期。
关键词 防病用药 养禽户 抗球虫类药物 药物残留 抗生素类 兽药使用 磺胺类 休药期
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养禽业要树立新的防病用药观
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作者 李连任 《农业知识(科学养殖)》 2005年第5期32-32,共1页
关键词 养禽业 防病用药 绿色肉食品 禽肉品质 生产加工 药物残留量 国际贸易 世贸组织 无公害 消费者
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养禽业要树立新的防病用药观
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《广东农村实用技术》 2005年第4期22-22,共1页
在大力发展禽业生产的同时,不断提高禽肉品质,发展无公害、绿色肉食品的生产加工,既是保证消费者安全的需要,也是我国加入世贸组织后不断扩大肉食品国际贸易的根本出路。因此,如何有效减少禽肉中的药物残留量,是当前大力发展养禽... 在大力发展禽业生产的同时,不断提高禽肉品质,发展无公害、绿色肉食品的生产加工,既是保证消费者安全的需要,也是我国加入世贸组织后不断扩大肉食品国际贸易的根本出路。因此,如何有效减少禽肉中的药物残留量,是当前大力发展养禽业中的一项重要课题。 展开更多
关键词 养禽业 防病用药 绿色肉食品 药物残留量 禽肉品质 生产加工 国际贸易 世贸组织 无公害 消费者
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规范渔业防病用药 生产无公害水产品
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作者 宋秀臣 于剑 《黑龙江水产》 2009年第2期28-30,共3页
关键词 无公害水产品 渔业生产 防病用药 环境保护意识 和谐发展 生态环境 违禁药物 宣传工作
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各种特种水产用药的极限浓度 被引量:1
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作者 谢奉 张明江 《农村实用技术》 2009年第7期56-56,共1页
近年来,名优特种水产品养殖快速发展,但有些渔农在养殖过程中,往往参照常规鱼病防治用药剂量,结果事与愿违,带来了巨大的经济损失。现介绍几种名优水产品养殖防病用药极限浓度供渔农考量。
关键词 极限浓度 水产用药 水产品养殖 养殖过程 用药剂量 鱼病防治 经济损失 防病用药
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Preventive strategies for feeding intolerance among patients with severe traumatic brain injury:A cross-sectional survey 被引量:2
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作者 Yuli Fang Yuanyuan Ma +3 位作者 Haiyan He Ting Chen Jingjing Fu Jingci Zhu 《International Journal of Nursing Sciences》 CSCD 2022年第3期278-285,共8页
This study aimed to investigate the application status of preventive measures for feeding intolerance in patients with severe traumatic brain injury(STBI)in China and analysis the differences and their causes.Methods ... This study aimed to investigate the application status of preventive measures for feeding intolerance in patients with severe traumatic brain injury(STBI)in China and analysis the differences and their causes.Methods A cross-sectional survey was conducted.From December 2019 to January 2020,ICU nurses and physicians of 89 hospitals in China were surveyed by using a questionnaire on preventive strategies for feeding intolerance in patients with STBI.The questionnaire included two parts:the general information of participants(10 items)and application of preventive measures for feeding intolerance in STBI patients(18 items).Results Totally 996 nurses and physicians completed the questionnaire.Among various methods,gastrointestinal symptoms(85.0%)and injury severity(71.4%)were mostly used to assess gastrointestinal functions and risk of feeding intolerance among STBI patients,respectively.Initiating enteral nutrition(EN)within 24–48 h(61.5%),nasogastric tubes(91.2%),30°–45°of head-of-bed elevation(89.5%),continuous feeding by pump(72.9%),EN solution temperature of 38–40°C(65.5%),<500 ml initial volume of EN solution(50.0%),monitoring gastric residual volume with a syringe(93.7%),and assessing gastric residual volume every 4 h(51.5%)were mostly applied for EN delivery among STBI patients.Prokinetic agents(73.3%),enema(73.6%),probiotics(79.0%),antacid agents(84.1%),and non-nutritional preparations as initial EN formula(65.6%)were commonly used for preventing feeding intolerance among STBI patients.Conclusions The survey showed that nurses and clinicians in China have a positive attitude towards preventive strategies for feeding intolerance.However,some effective new technologies and methods have not been timely applied in clinical practice.We suggest that managers,researchers,clinicians,nurses,and other health professionals should collaborate to explore effective and standard preventive strategies for feeding intolerance among patients with STBI. 展开更多
关键词 Craniocerebral trauma Cross-sectional studies Enteral nutrition Medical staff PATIENTS Protective agents
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Network Pharmacology Approach to Investigate the Preventive Mechanism of Hunan Expert Group Recommended Chinese Medicine Prevention No.2 Prescription Against COVID-19 被引量:1
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作者 WU Hua-Ying LI Jing +4 位作者 MAO Yi-Zhi YUAN Zhi-Ying LI Feng LI Liang HUANG Hui-Yong 《Digital Chinese Medicine》 2020年第2期116-132,共17页
Objective To explore the possible preventive mechanism of Hunan expert group recommended Chinese medicine prescription of No.2(Pre-No.2)against coronavirus disease 2019(COVID-19)by network pharmacology method.Methods ... Objective To explore the possible preventive mechanism of Hunan expert group recommended Chinese medicine prescription of No.2(Pre-No.2)against coronavirus disease 2019(COVID-19)by network pharmacology method.Methods The target proteins of effective components and active compounds in Pre-No.2 were screened by searching the Traditional Chinese Medicine Systems Pharmacology Database and Analysis Platform(TCMSP).A component-target-disease interaction network of Pre-No.2 was constructed by Cytoscape 3.7.2,gene ontology(GO)analysis,and Kyoto encyclopedia of genes and genomes(KEGG)analysis of target protein pathway by DAVID.Results A total of 163 compounds and 278 target protein targets in Pre-No.2 were collected from the TCMSP database.Kaempferol,wogonin,7-methoxy-2-methyl isoflavone,formononetin,isorhamnetin,and licochalcone A were the most frequent targets in the regulatory network.GO enrichment analysis showed that Pre-No.2 regulated response to virus,viral processes,humoral immune responses,defense responses to virus and viral entry into host cells.KEGG enrichment analysis showed that the formula regulated the NF-κB signaling pathway,B cell receptor signaling pathway,viral carcinogenesis,T cell signaling pathway and FcγR-mediated phagocytosis signaling pathway.Conclusions Pre-No.2 may play a preventive role against COVID-19 through regulation of the Toll-like signaling,T cell signaling,B cell signaling and other signaling pathways.It may regulate the immune system to protect against anti-influenza virus. 展开更多
关键词 Hunan expert group recommended Chinese medicine prevention No.2 prescription(Pre-No.2) Coronavirus disease 2019(COVID-19) Network pharmacology Immune system
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