The ADAM-SCC, an automated cell counter, performs Cell counting measurements of somatic cells using Propidium Iodide (PI) staining method.
ADAM-SCC Automatic Somatic Cell Counter
A better way to check milk quality ADAM-SCC is fully compatible to Direct Microscopic Somatic Cell Count (DMSCC). ADAM-SCC has been designed with performance and accuracy equivalent to cytometer technology for somatic cell counting. ADAM-SCC is an ideal instrument for dairies, smaller labs, and veterinary institutes working with somatic cells analysis. ADAM-SCC is essential for farmer, co-ops, and dairies who want to supply milk with improved quality.
Principle behind the Accuracy of ADAM – ADAM automatic cell counter is a precision microscope integrated with fluorescence optics and image analysis software. After the samples are stained with fluorescent dye, Propidium Iodide (PI), which intercalates DNA to stain the nucleus of the target cells, fluorescent images are taken automatically. The system takes 20 – 60 images by movement of an automatic X–Y stage. The obtained images are processed by image analysis software integrated inside of the system. All procedures are automated once the stained sample has been pipetted onto the disposable chip.
- LED excitation
- Precision automatic stage
- Automatic focusing
- Sensitive CCD detection
- Automatic image analysis
- Large counting volume guarantees accurate results
Disposable Microchips – Conventional automatic cell counters utilize a flow cell or counting chamber, which is permanently integrated inside the devise. During or after cell counting, tubing or the counting chamber can become clogged by cell debris. Therefore, conventional automatic cell counters require necessary routine maintenance and cleaning.
ADAM automatic cell counter utilizes a precision disposable microchip which eliminates problems associated with permanent counting chambers and tubing. Each microchip is designed for single use. Pumping, cleansing, and waste collection is not required as with conventional automatic cell counters. Also, the risk of exposure to potential hazardous materials, such as patients’ blood samples, is completely eliminated with disposable chips. Each microchip is produced in a state-of-the-art manufacturing facility, and is validated for accuracy.
Design You Must Have – ADAM automatic cell counter has been designed with the user in mind. ADAM has a compact bench-top ergonomic design that is easy to use. Operation is simple, and can be quickly learned by any technician, regardless of skill level.
- Ergonomic design
- Small and compact
- Plug and play technology
- Easy operation
- External monitor to view cell images
- Calibration free (DMSCC)
Data You Can Trust – Accuracy & repeatability.
As accurate as FACS counting: Cell counting accuracy depends on the counting volume. 8.5µL counting is 8.5 times more accurate than counting 1µL analysis. ADAM analyzes up to 60 images which is equivalent to 8.5µL counting volume.
These improvements specifically address variation attributable to low sample reads (some competitor models only perform one read), low sample volumes (most models only read 1µL or less), and inaccurate resolution of cells (often found when cells clump together). The results are amazing when using the ADAM automatic cell counter and it is common to have R2 values over 0.99 and CVs < 1%.
Features – Accurate & Reliable
- Comparable to Direct Microscopic Somatic Cell Count (DMSCC)
- Scans the sample with 60 images (2 chamber) / 22 images (4 chamber)
- Optimized fully automated image processing software
– Easy to Use
- Just 2 steps to run
- High speed measurement
Validation and Verification – Accuracy : Comparison between ADAM-SCC and Direct Microscopic Somatic Cell Count. By National Veterinary Research & Quarantine Service (S. Korea)
Compatibility : Data correlation between ADAM-SCC and Conventional Equipment.
By National Veterinary Research & Quarantine Service (S. Korea)
Highly qualified technical support 24/7 by NanoEnTek technical application specialists (HQ) and Chinchilla Life technicians.
- Qualified specialists are ready to support you. From free training on basic operation to experimental support, we can help.
|Power||AC 100 – 240V, 50-60Hz|
|Size||220 (W) x 375 (W) x 250 (H) mm (8.66 x 14.76 x 9.84 in)|
|Weight||9.0 Kg (19.84 lbs)|
|Light source||Green LED 532 nm|
|Filter||Excitation, Emission, Dichroic filter|
|Measuring range||0.05 – 1.15 x 106 cell/mL|
|Analysis time||45 sec/test (SomaChip 2X)
2 min/test (SomaChip 4X)
|Loading sample volume||20µL/test (SomaChip 2X)
12µL/test (SomaChip 4X)
|Measuring sample volume||8.5µL/test (SomaChip 2X)
3µL/test (SomaChip 4X)
|Staining solution||PI (Propidium Iodide)|
|Dimensions||28 × 18 × 21 in|