Radio-frequency identification (“RFID”) technology is one of the fastest growing security applications used in the U.S. and around the world. It’s fastest use is in the biometric and pharmaceutical industries who are employing its use to collect electronic pedigree information. Electronic pedigree or e-pedigree is an FDA approved software used in RFID healthcare security to identify and track the history of pharmaceutical drugs from the manufacturer, shipping, sale, and purchase of medicine and drugs.
An FDA consignment requires pharmaceutical companies to use auto-identification technologies, to identify the electronic pedigree of the drugs. The pedigree is used to prevent drugs from being counterfeited or contaminated and protecting the pharmaceutical industry’s brand names, nor finding their way onto store shelves and harming the public. Information is electronically stored in a “tag” which is attached to pharmaceutical products for tracking and proper identification.
Pharmaceutical companies use RFID tags which fall into different categories, identified as passive, semi-passive and active transmitters. Passive tags are the longest lasting transmitter, drawing power from a “reader” which introduces an electromagnetic wave into the tag’s antenna. healthcare security Semi-passive tags and active tags are both powered by long life batteries, but semi-passive tags batteries are used to run the circuitry on the microchip. The battery activated active tags transmits information to the reader. Both active and semi-passive tags are more popularly used by pharmaceutical company to track their products over long distances.
Not only in its use in all aspects of industries and society, an RFID in healthcare security also saves pharmaceutical companies billions of dollars in recalled products. Once pharmaceutical manufacturers place an RFID tag onto their product, its stored data contains a serial number called an Electronic Product Code, which links it to the pharmaceutical company and especially its expiration date. Prior to modern RFID technology, pharmaceutical products sat on shelves due to less than accurate monitoring, which resulted in expired products and increased costs to replace the products.
RFID in healthcare technologies provides a more secure and safer picture, into making the delivery and receipt of pharmaceutical goods fast and efficient. Global RFID technology gives a realistic and visible applications to the delivery of pharmaceutical products, safely to healthcare industries. The future of RFID pharmaceutical technology encompasses worldwide government mandates for tracking product sequentially and examining research and development in staying on top of counterfeit drugs. Large pharmaceutical companies also ship their products with an embedded RFID healthcare tab in their labels for warehouse casing and pallet tracking.