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Digital Angel建議給全球雞類抽樣貼上RFID生物熱量標簽

2005-12-07 10:18 InfoWorld RFID世界網(wǎng)(摘)

導讀:世界上最大的可移植微芯片(應用在動物上)的制造商Digital Angel建議在全球25億只雞中抽樣應用RFID生物熱量芯片,以防禽流感。RFID生物熱量芯片和RFID讀寫器可以使農(nóng)場人員及時觀察到雞體溫的上升。Digital Angel建議在雞場中每250只抽樣一只貼上RFID標簽。這種生物熱量標簽大概是10毫米長,注射進入雞的身體里。全球大概每年有300萬狗和貓使用Digital Angel的RFID芯片。

Digital Angel, the world’s largest manufacturer of implantable microchips for animals, is proposing that biothermal RFID chips be used on a sampling of the world’s 25 billion chickens as an early warning system for avian flu.



Avian flu is currently only identifiable via visual means, such as discoloration of the beak, sneezing, diarrhea, or sudden death. However, using a biothermal chip and an RFID reader poultry farmers would be alerted to elevated temperatures in the flock, company executives say.

According to Kevin McGrath, president of Digital Angel, while a temperature spike in a single chicken may not be caused by avian flu, if a representative sampling of tagged birds had a temperature spike, it might be an indication of trouble.

"If you end up finding 20 to 30 sentinel birds with higher-than-normal temperature, that is an indicator that you may have an infection. If you wait till the bird population is dying, it is too late," McGrath said.

McGrath proposes tagging every 250th bird in a flock.

Digital Angel is in talks with health ministries in Asia that have expressed an interest in biothermal chips.

The biothermal chips are approximately 10 millimeters in length and are inserted in a bird’s breast with a single inoculation. About 3 million dogs and cats each year are currently tagged with a Digital Angel RFID chip.

The company also designs tags for humans, under the name VeraChips, which are used primarily in medical applications and some for security.

McGrath also said the U.S. military has received a proposal for biothermal chips to replace dog tags on soldiers. Along with the chip, if each soldier also had a GPS scanner on his or her belt, a commander would know the location and relative health of every soldier in the field.