DIGITAIL™ TAG
Go digital with the world’s smallest RFID animal identification tag
November 3 – 7 | Booth 1014 | AALAS
Digitail™ Tag
Truly the world’s smallest, implantable RFID identification tag specifically designed for rodents and placed in the tail creating an effective read distance.
- Introduction
- Features
- How it works
- Comparisons
- Customer feedback
Glass transponders were not designed to be used with lab rodents. They were designed for use in pets and then repurposed for lab animals. As a result, even the shortest glass transponder still requires at least an 18 gauge needle to inject the tag and it has to be implanted in the body of the animal. To address all the problems related to the use of traditional glass transponders reported over the years, we decided to design a new RFID tag that was specifically suitable for lab rodents even from a very young age. As a result, we developed the Digitail Tag: the world’s smallest RFID tag. It is easy to implant by even novice technicians, has a reliable read distance up to 5cm and does not migrate or cause side-effects.
The Digitail Tag is only 6mm long, 0.5mm wide and only 0.25mm high. At only 0.75mmu003csupu003e3u003c/supu003e in volume (16 times less than glass transponders) and requiring only a 21 gauge needle to implant, it is the least invasive of any tag in the world.rnrnThe tag comes with a pre-existing, permanent 24 character, unique ID and can be read by any compatible UHF reader, as it is ISO 18000-6c compliant.rnrnEvery tag is coated in Parylene C so it is completely bio-inert and is ideal for use with any strain of mouse or rat, including immune-deficient or compromised strains.
Simply attach one of the pre-loaded, sterilised needle cartridges (which contain the tag in the needle) to the re-usable injector, remove the protective needle guard and then insert the needle into the tail tissue about 10mm from the base of the tail.rnrnOnce the needle is inserted up to the 9mm mark on the needle, press the injector button and the needle will retract, leaving the tag in place and ready to read immediately. The small gauge needle and injection location produce a self sealing entry point which means no wound closure is necessary. To see this process in action, u003ca href=u0022https://youtu.be/Tjfn91iaeMgu0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003ewatch our Digitail videou003c/au003e.
Digitail Tags are unique. They are smaller in dimension and volume than any other alternative RFID tag. They are designed to be injected into the tail rather than the body, which avoids the need to shave fur before implantation and makes the implant method much easier to learn and apply consistently. The implant location also means you can be sure where the tag is and it will never migrate. Refined Injection techniques means no would closure is necessary to prevent tag loss too. No anesthesia is required before implanting a Digitail Tag. Digitail has numerous IACUC / Ethics approvals as an ID method based on a simple subcutaneous injection, less invasive than Intraperitoneal injection of other transponders. Our tags do not contain any ferrite core or ferrous content – so they are completely compatible with any MRI or other imaging system. Also, as the tag is in the tail, you can be confident that the tag will not interfere with any cell implant sites or any other area of research interest in the head or torso.
Digitail tags are used by customers around the world in many strains of mouse and rat. Customers report they are easy to implant, easy to read and reliable. No health or welfare issues arise from the use of these tags, even with immune-deficient or compromised strains. Customers love the 100% accuracy and immediate capture of the animal ID into their systems, ensuring no compromise to the quality of research data and maximum efficiency of their staff.
Glass transponders were not designed to be used with lab rodents. They were designed for use in pets and then repurposed for lab animals. As a result, even the shortest glass transponder still requires at least an 18 gauge needle to inject the tag and it has to be implanted in the body of the animal. To address all the problems related to the use of traditional glass transponders reported over the years, we decided to design a new RFID tag that was specifically suitable for lab rodents even from a very young age. As a result, we developed the Digitail Tag: the world’s smallest RFID tag. It is easy to implant by even novice technicians, has a reliable read distance up to 5cm and does not migrate or cause side-effects.
The Digitail Tag is only 6mm long, 0.5mm wide and only 0.25mm high. At only 0.75mmu003csupu003e3u003c/supu003e in volume (16 times less than glass transponders) and requiring only a 21 gauge needle to implant, it is the least invasive of any tag in the world.rnrnThe tag comes with a pre-existing, permanent 24 character, unique ID and can be read by any compatible UHF reader, as it is ISO 18000-6c compliant.rnrnEvery tag is coated in Parylene C so it is completely bio-inert and is ideal for use with any strain of mouse or rat, including immune-deficient or compromised strains.
Simply attach one of the pre-loaded, sterilised needle cartridges (which contain the tag in the needle) to the re-usable injector, remove the protective needle guard and then insert the needle into the tail tissue about 10mm from the base of the tail.rnrnOnce the needle is inserted up to the 9mm mark on the needle, press the injector button and the needle will retract, leaving the tag in place and ready to read immediately. The small gauge needle and injection location produce a self sealing entry point which means no wound closure is necessary. To see this process in action, u003ca href=u0022https://youtu.be/Tjfn91iaeMgu0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003ewatch our Digitail videou003c/au003e.
Digitail Tags are unique. They are smaller in dimension and volume than any other alternative RFID tag. They are designed to be injected into the tail rather than the body, which avoids the need to shave fur before implantation and makes the implant method much easier to learn and apply consistently. The implant location also means you can be sure where the tag is and it will never migrate. Refined Injection techniques means no would closure is necessary to prevent tag loss too. No anesthesia is required before implanting a Digitail Tag. Digitail has numerous IACUC / Ethics approvals as an ID method based on a simple subcutaneous injection, less invasive than Intraperitoneal injection of other transponders. Our tags do not contain any ferrite core or ferrous content – so they are completely compatible with any MRI or other imaging system. Also, as the tag is in the tail, you can be confident that the tag will not interfere with any cell implant sites or any other area of research interest in the head or torso.
Digitail tags are used by customers around the world in many strains of mouse and rat. Customers report they are easy to implant, easy to read and reliable. No health or welfare issues arise from the use of these tags, even with immune-deficient or compromised strains. Customers love the 100% accuracy and immediate capture of the animal ID into their systems, ensuring no compromise to the quality of research data and maximum efficiency of their staff.
Find out more about Digitail™ Tag
Digitail™ Tag questions answered…
No. Even when implanted in 14 day mouse pup tails, the tag is so thin and small, it does not interfere with the tail vein (or tail vein injections). rnrnThe tag should be implanted in the top sectors of the tail above in the veins and below the dorsal artery, on either left or right hand side of the tail.
It depends. The Digitail tag is the only Ultra High Frequency (UHF) tag designed to be implanted in lab animals. It requires a UHF (866-928Mhz) reader to read the tag. Existing Low Frequency (125-134Khz) or High Frequency (13.56Mhz) readers cannot read our tags. UHF readers are commonly used for digital cages cards (such as those marketed by Allentown) and these are compatible with the Digitail tag, as are readers used for other RFID labels.
Yes. We have not found any lab system, whether it is a colony system or research application (including Excel spreadsheets), that we cannot automatically transfer the tag ID into.
