Invitrogen Countess Automated Cell Counter

Mix 10 µl of sample with 10 µl of trypan blue and pipet into a disposable countess chamber slide.

Invitrogen countess automated cell counter.

Press the count cells button. Download the automated cell counters brochure. With the option for fluorescence capabilities brightfield and two user changeable fluorescence channels the invitrogen countess ii fl automated cell counter can count cells monitor fluorescent protein expression and measure cell viability in as little as 10 seconds. The measurement range extends from 1 x 10e4 to 1 x 10e7 cells ml the optimal range is 1 x 10e5 to 4 x 10e6 cells ml which is broader than that of a.

Insert the slide into the instrument. The countess ii automated cell counter uses trypan blue staining combined with an auto focus mechanism and sophisticated image analysis algorithm to obtain accurate cell and viability counts. The measurement range extends from 1 x 10e4 to 1 x 10e7 cells ml the optimal range is 1 x 10e5 to 4 x 10e6 cells ml which is broader than that of a. Accurate cell viability data in 10 seconds.

The measurement range extends from 1 x 10e4 to 1 x 10e7 cells ml the optimal range is 1 x 10e5 to 4 x 10e6 cells ml which is broader than that of a. The countess ii fl automated cell counter uses trypan blue staining combined with an auto focus mechanism and sophisticated image analysis algorithm to obtain accurate cell and viability counts. Request a demo request a customized package quote. The countess automated cell counter works in 3 simple steps.

That s it get the total cell count percent viable cells and average cell size in as little as. The countess automated cell counter is a benchtop counter designed to measure cell count and viability live dead and total cells accurately and precisely using the standard trypan blue technique. The countess automated cell counter uses state of the art optics and image analysis to automate cell counting. Amqax1000 is an automated benchtop cell counter that uses state of the art optics and image analysis algorithms to perform cell count and cell viability assays for trypan blue stained cells in suspension.