Introducing the Peira TM900: the smart new handheld imaging device which measures subcutaneous tumors in immuno-deficient mice. The Peira TM900 is a fast, reliable and powerful solution for the measurement of tumors. And it's a real game-changer for oncological animal research.
The Peira TM900's innovative design makes it:
- Smart
The handheld imaging device is light and captures tumor images in stereovision. - Flexible
It can adapt to measure tumors of different sizes. - Easy-to-use
The panel pc can be operated via touch screen and with latex gloves, which is very practical for researchers. - Powerful
The integrated software package allows researchers to automate not only tumor data collection but the whole animal research study. - Practical
The touch screen and the whole set up can easily be cleaned.
The Peira TM900 guarantees high-throughput. It has the accuracy, speed and reliability you would expect of a fully automated measurement and tracking system. It has the convenience of real-time data processing and analysis. And thanks to its smart design, the Peira TM900 increases the productivity and efficiency of the measurement process.
Customer value:
Quote :
“Caliper based tumor measurements can have issues with operator bias. Peira’s TM 900 contactless tumor volume measurement device is a faster and more accurate operator independent technology. The ability to electronically capture every raw image, together with a reference grid , coupled with easy transfer of raw data to standard data visualisation packages should offer major advantages over current methods.”
Unquote
By :
Timothy Perera, PhD
Scientific Director and Janssen Fellow,
Discovery Leader Long Tumor Stronghold
Janssen Pharmaceutica
Customer research:
The Peira TM900 is cited in Science magazine, publication Mu et al.,Science 2017 355, aah4307, 6 January 2017 : SOX2 promotes lineage plasticity and antiandrogen resistance in TP53- and RB1-deficient prostate cancer. The tumor measurement system Peira TM900 was used to measure tumor size during the in vivo xenograft experiments on castrated male SCID mice.