NanoEntek ADAM MC2

Product Code: ADAM-MC2

Cell Counters Promotions

The Most Accurate Nucleus Cell Counter!

ADAM™ MC2, an automated fluorescence cell counter, performs viability and cell counting measurements using the AO (Acridine Orange) or PI(Propidium Iodide) staining method of combined with advanced image analysis. It only takes 25 seconds to get the result.

Key Features & benefits:

  • Less than 25 sec to get results
  • Cell therapy quality control
  • Cells countable with ADAM MC2: stem cell / CAR-T cell / CAR-NK cell / Adipose-derived stem cell
  • Automated image analysis
  • Accurate result, sensitve CMOS detection, and precise automatic stage

A Fast & Accurate Nucleus Cell Counter
ADAM™ MC2 is a new standard of automated fluorescence cell counter. ADAM™ stands for Advanced Detection and Accurate Measurement.

  • Less than 25 sec to get results
  • Cell therapy quality control
  • Cells countable with ADAM™ MC2: stem cell/ CAR-T cell/ CAR-NK cell/ Adipose-derived stem cell
  • Automated image analysis
  • Accurate result with PI staining method
  • Sensitive CMOS detection, and precise automatic stage

Principle of Viability Measurement (AO, PI-Staining Method)

There are two methods of viability measurement. After the samples are stained with fluorescent dye, propidium iodide(PI) or acridine orange (AO), which intercalates DNA to stain the nucleus of target cells, ADAM™ MC2 takes fluorescent images automatically.
The obtained images are processed by image analysis software integrated inside the system.

Counting Aggregated and Irregular-Shaped Cells

ADAM™ MC2 provides accurate and reliable results because it counts aggregated and irregular-shaped cells.
In the image below, the images on the right side indicate cells that have been counted by ADAM™-MC2.

  • Accurate count based on cell size and shape
  • Count aggregated cells individually
  • Debris is excluded from results

Cell Therapeutic Applications

ADAM™ MC2 can be used as a device to monitor and QC the cell numbers and viability in the process of manufacturing cells (CAR-T cells, stem cells, etc.) for cell therapy.

In addition, It is possible to use ADAM™ MC2 depending on the cell types (Whole blood cell, PBMCs, etc.) that need to be monitored during the manufacturing of cell therapy products.

Accuracy & Reproducibility

The graph on the left shows correlation of total cell counting between hemocytometer and ADAM™ MC2 using SH-SY5Y cells. The graph on the right shows that samples with low, medium and high concentration of cells were counted with ADAM™ MC2. The repeatability at each level of cell concentration is high.

Comparison of Cell Viability

Comparison of cell viability between ADAM™ MC2, flow cytometry, and manual counting SH-SY5Y, Jurkat, HeLa cells were treated with 100, 300 μM H2O2 for 3 hours, then analysed by ADAM™ MC2, flow cytometry, and manual counting.

Specifications:

  • Loading volume: 13 µL/test (4 ch)
  • Measuring volume: 3.4 µL/test (4ch)
  • Measuring range: 5 X 10E4 ~ 4 X 10E6 cells/mL(PI); 5 X 10E4 ~ 2 X 10E7 cells/mL (AO/PI)
  • Focus: Auto-focusing
  • LED: 4W Green LED
  • Weight: 7.0 kg
  • Size (LxWxH): 277 x 276 x 270 mm
  • Analysis time: < 25 sec/test (4 ch)
  • Dyes: PI (Propidium Iodide) or AO (Acridine Orange)
  • Connectivity: WIFI (USB Dongle)
  • Cell type: Cell line (clumpy cell, single cell), PBMCs, Adipose Stem cell, Total white blood cell, Primary cells, SVF-derived cells