食蟹猴芯片标记实效评价

植入式无源微芯片广泛应用于动物个体的标记,在管理CITES附录物种活体标本方面具有较大潜力。采用无源芯片对食蟹猴进行皮下植入式标记,扫描、监测芯片在食蟹猴体内的状态和效果,观察和研究芯片植入对食蟹猴的影响,发现芯片游走率为6%;当植入时间长于6个月时,代码可识读的个体1 057只,占90.11%;扫描不出代码但可触摸到芯片（芯片断裂或损坏）的个体60只,占5.12%;扫描不出代码也触摸不到芯片的个体56只,占4.77%。评价食蟹猴芯片标记的实际效果和适用性,总结现存的主要问题,研究并提小有关食蟹猴芯片标记技术规范的建议。...

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Published in野生动物学报 Vol. 37; no. 3; pp. 195 - 199
Main Author 黄松林 胡德夫 陈力 黄俊华 陈健东
Format Journal Article
LanguageChinese
Published Editorial Department of Chinese Journal of Wildlife 2016
Subjects
实效评价
芯片标记
食蟹猴
Online AccessGet full text
ISSN2310-1490

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Abstract 植入式无源微芯片广泛应用于动物个体的标记,在管理CITES附录物种活体标本方面具有较大潜力。采用无源芯片对食蟹猴进行皮下植入式标记,扫描、监测芯片在食蟹猴体内的状态和效果,观察和研究芯片植入对食蟹猴的影响,发现芯片游走率为6%;当植入时间长于6个月时,代码可识读的个体1 057只,占90.11%;扫描不出代码但可触摸到芯片（芯片断裂或损坏）的个体60只,占5.12%;扫描不出代码也触摸不到芯片的个体56只,占4.77%。评价食蟹猴芯片标记的实际效果和适用性,总结现存的主要问题,研究并提小有关食蟹猴芯片标记技术规范的建议。
AbstractList 植入式无源微芯片广泛应用于动物个体的标记,在管理CITES附录物种活体标本方面具有较大潜力。采用无源芯片对食蟹猴进行皮下植入式标记,扫描、监测芯片在食蟹猴体内的状态和效果,观察和研究芯片植入对食蟹猴的影响,发现芯片游走率为6%;当植入时间长于6个月时,代码可识读的个体1 057只,占90.11%;扫描不出代码但可触摸到芯片（芯片断裂或损坏）的个体60只,占5.12%;扫描不出代码也触摸不到芯片的个体56只,占4.77%。评价食蟹猴芯片标记的实际效果和适用性,总结现存的主要问题,研究并提小有关食蟹猴芯片标记技术规范的建议。
植入式无源微芯片广泛应用于动物个体的标记,在管理CITES附录物种活体标本方面具有较大潜力。采用无源芯片对食蟹猴进行皮下植入式标记,扫描、监测芯片在食蟹猴体内的状态和效果,观察和研究芯片植入对食蟹猴的影响,发现芯片游走率为6%; 当植入时间长于6个月时,代码可识读的个体1 057只,占90.11%; 扫描不出代码但可触摸到芯片(芯片断裂或损坏)的个体60只,占5.12%; 扫描不出代码也触摸不到芯片的个体56只,占4.77%。评价食蟹猴芯片标记的实际效果和适用性,总结现存的主要问题,研究并提出有关食蟹猴芯片标记技术规范的建议。
Author 黄松林 胡德夫 陈力 黄俊华 陈健东
AuthorAffiliation 北京林业大学自然保护区学院,北京100083 中国林业科学研究院森林生态环境与保护研究所,北京100091 广西玮美生物科技有限公司,南宁530105
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DocumentTitleAlternate Effect Evaluation of Microchip Mark on Cynomolgus Monkey
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Notes Cynomolgus monkey; Microchip mark; Mffect evaluation
Huang Songlin, Hu Defu, Chen Li, Huang Junhua, Chen Jiandong （1. College of Natural Conservation, Beijing Forestry University, Beijing, 100083, China; 2. Institute of Forest Ecology Environment and Protection, Chinese Academy of Forestry, Beijing, 100091, China; 3. Guangxi Weimei Biotechnology Co. Ltd, Nanning, 530105, China）
Implantable passive microchips are widely used to mark and identify animals,and have great potential in the management of live animal species whose trade is restricted by CITES.Passive chips were implanted subcutaneously into cynomolgus monkeys;Macaca fascicularis） for individual identification.We scaned and monitored the function and effect of chip implantation.We recorded the status and performance of the chips,and found the proportion of chips that migrated was 6%.After implantation for longer than six months,the code of 1 057 chips implanted in cynomolgus monkeys could be read,accounting for 90%of total implants.Chip codes of 60 monk
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Snippet 植入式无源微芯片广泛应用于动物个体的标记,在管理CITES附录物种活体标本方面具有较大潜力。采用无源芯片对食蟹猴进行皮下植入式标记,扫描、监测芯片在食蟹猴体内的状态和效...
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SubjectTerms 实效评价
芯片标记
食蟹猴
Title 食蟹猴芯片标记实效评价
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