Detailed Product Description

'Tissue microarray' is the technology to attach the tissues of multiple patients in one slide by order. It gets used in pathologic research much and we have had many papers published because it has such an advantage to increase the efficiency of research by preparing and analyzing multiple genes and proteins from same tissue.

And the 'tissue array' technology not only makes decrease the reagent, time and human resource below one sixtieth but also can be applied most of the know-how about tissues for immunohistochemistry, in situ hybridization, fish and in situ PCR etc.
Quick-ray, tissue array of our company, decreased the current time to create block and slide in innovative way.

· The recipient block, the patented technologies of UNITMA, is made of special materials that melts when heated at 60C for 30 minutes and has pre-made, evenly spaced round wells arranged in a square matrix. Therefore, using UNITMA recipient block will save the current block building time and guide the pathologists to fully utilize the power of TMAs.

·  UNITMA UATM-272 uses these recipient blocks, helping to decrease the time and labor needed for block creation. In addition, because it has one tip module with 4 tips (size : 1mm, 2mm, 3mm, 5mm) which can automatically be changed simply by using the software, there is no need for disassembling or assembling punch modules for changing the hole size.

·  UATM-272 provides an automatic mode for quick and easy use and a semi-automatic mode for manual user.

·  UATM-272 has the built-in computer running by MS Windows XP OS and a LCD monitor with a touch screen, and is also connected to an external monitor, USB keyboard and USB mouse. Also, the quick help function key is available for various tips including instructions on saving image files and reporting the information of recipient blocks. The user can also save image files and report files through an external USB memory and an external PC with LAN interface.

 For more information,please see the website unitma.com