Used INVITROGEN Tali T10791 #9289309 for sale

INVITROGEN Tali T10791 is a laboratory accessories and equipment used to determine and quantify the concentration of nucleic acid samples through fluorescent measurement. Tali T10791 utilizes a technology known as the Tali Image-based Cytometer which uses an automated imaging equipment equipped with advanced fluorescent optics to take highly accurate readings on the measurements of nucleic acid samples. INVITROGEN Tali T10791 is a turn-key solution which includes two components - an automated imaging module and a reader which is configured to analyze and report results from the optical measurements taken by the imaging module. The automated imaging module takes high resolution fluorescent measurements of the sample which are sent to the reader which then interpret the data for a user-defined protocol. This data can be used to accurately quantify the concentration of the sample in question. Tali T10791 system is designed for maximum versatility and ease-of-use. It can be utilized in either single-reader or multiple-reader configurations depending on the size of the laboratory being outfitted. The optical unit of INVITROGEN Tali T10791 is designed to be compatible with a variety of sample stains and fluorescent dyes. It has a wide dynamic range which makes it ideal for nucleic acid quantification tasks. Tali T10791 supports both gel-based and plate-based solutions for nucleic acid quantification. It has both an automated imaging machine and an automated flow cytometer for sample processing. All steps of the sample preparation and data analysis process can be undertaken and monitored manually, or with automated protocols. INVITROGEN Tali T10791 is a powerful, precision tool for all nucleic acid quantification processes. It is capable of measuring fluorescence up to scores of thousands of cells. Data generated from Tali T10791 can be analyzed and documented automatically for further independent review or comparison. It is specifically engineered for high accuracy and to provide highly effective, accurate, and reliable results in a user-friendly and effective manner.