Podoplanin promotes tumor growth, platelet aggregation, and venous thrombosis in murine models of ovarian cancer.
2022. Sasano T, Gonzalez‐Delgado R, Muñoz NM, Carlos‐Alcade W, Cho MS, Sheth RA, ... & Afshar‐Kharghan V. Journal of Thrombosis and Haemostasis, 20(1), 104-114.
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Fluorescence Cell Counter
LUNA-FX7™ Automated Cell Counter
All new optics and upgraded software algorithm with high-speed and precision autofocus.
Options for a diverse range of slides (8-, 3-, 2-, 1-chamber formats).
Data transfer via Wi-Fi, USB device, or Ethernet.
CountWire™ software compliant with 21 CFR Part 11/GMP requirements.
New bioprocess monitoring feature and validation slides for QC.
WHAT THE LUNA-FX7™ DOES BEST
-
BEST IN CLASS ACCURACY Improved counting algorithm and increased measuring volumes lower the CV, even less than 1%!
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MULTIPLE SAMPLES IN ONE GO New 8- and 3-chamber slide increase the sample throughput.
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EXPANDED CELL CONCENTRATION RANGE (1.0E04 – 5.0E07 CELLS/ML) Suitable for diverse cell counting applications including single cell sequencing and CAR-T dosing determinations.
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EXCELLENCE OF COUNTING BOTH BRIGHTFIELD AND FLUORESCENCE The fast and precise autofocus with an optimized software algorithm fulfils desired counting results.
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CONFIDENCE, TRUST AND RELIABILITY Built-in QC software and validation slides for brightfield and fluorescence allow daily QC monitoring and reporting.
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COUNTWIRE™ - 21 CFR PART 11 COMPLIANCE CountWire™ software provides the complementary data security and accessibility management.
THE SOFTWARE THAT CHANGES EVERYTHING.
THE END TO THE ACCURACY DEBATE

EASY, FLEXIBLE AND ROBUST

UNIQUE BIOPROCESS MODE

TRUST YOUR DATA

THROUGHPUT, CONTROL AND EFFICIENCY

COUNTWIRE™ - 21 CFR PART 11 COMPLIANCE

APPLICATION E-BOOK: Ultimate guide to automated cell counting
Counting cells: Is there a better way? All your counting needs in one The quest for optimal precision The importance of cell size CAR T: Monitoring cell health and viability Monitor cell health and growth with precision PBMCs: Optimize counting and viability Meet the LUNA™ family: Tools for success
DOWNLOAD THE E-BOOKCat # | Product | Qty | MSDS | Product Insert |
---|---|---|---|---|
T13001 | Trypan Blue Stain, 0.4% | 2 x 1 mL |
||
L13002 | Erythrosin B Stain | 2 x 1 mL |
WHAT DO OUR CUSTOMERS HAVE TO SAY?
Testimonials
-
Saki Hasegawa
Kirin Holdings Ltd.
Significantly improved work efficiency!
Our laboratory previously used a Thermo Fisher cell counting machine. Due to the increased use of the equipment, we decided to purchase a new cell counter and purchased the LUNA FX7. What is especially nice about this equipment is that it can measure up to eight samples at once! In addition, even small, difficult-to-focus cells such as PBMC-T cells can now be measured automatically without difficulty. Previously, we had to manually adjust the focus and could only measure two samples at a time, so this is a wonderful advancement in this equipment. The sales support representatives are also very helpful. I would purchase another one in addition. -
Danielle Nadeau
Kiyatec
Easy to use. Fast.
Good sales rep. Set up our analyzers. Gave a good overview of use.
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astha Jindal
Selecta Biosciences
Fast counting and accurate results.
The LUNA-FX7 is user-friendly, the results are reproducible, and there is a minimum reduction of waste. Also, it allows the user to use both trypan blue, and Propidium Iodide stain. It is a value for money product. -
Matthew Wong
Flagship Pioneering
Great product! Great product. Reliable and easy to use.
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Jared Sills
Vertex
Great results that are accurate all the time.
The LUNA-FX7 has made my life so much easier! Compared to hemocytometer counting, it is way more efficient and time saving. Our entire team has loved the ease of use as well. The option to use Bright field or Fluorescence is very handy in our field. -
Devin Mair
Johns Hopkins University
Accurate counts for hard to count cell types.
We primarily do cardiomyocyte differentiations from iPSCs. This system, with the Acridine Orange/Propidium iodide stain, lets us count cardiomyocytes with much more accuracy than our previous Countess system. This has greatly enahnced our quality control and the reproducibility of the experiments. Software is easy to use. Very nice piece of equipment, if a little on the expensive side. Overall, the improvements are worth the price. -
Syed Shah
Baylor College of Medicine
Overall, extremely satisfied with the product.
The primary reason for the purchase of LUNA-FX7 was for us to count the number of cells in different parts of the cytoplasm, and we were able to achieve that quite easily. -
Neal Shekar
Ragon Institute
Good product. Great product very nice to use.
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Sharbari Das
ABC Labs
LUNA is a lifesaver.
Perfect and great fit as the instrument has a unique design. Its user friendly manual helps to count even large number of cells effortlessly. Most importantly, it saves your valuable time. Press the button and you're done. Smooth and efficient at the same time. -
Pete Davis
Awesome results = Awesome science.
Turn it on and it is ready to go. Tested it against 3 other systems on the same cells... spot on results. Tech support helped me with great application solutions. -
BINGYING HAN
Easy to use and accurate results.
The LUNA-FX7™ Automated Cell Counter is easy to use. It can count cells very quickly and accurately. The customer service response is fast and knowledgeable. It's good value for the money. -
Yahya Nuruddeen
Avalon Pharma
Excellent!
The LUNA FX7 Automated Cell Counter has eased the workflow and focused heavily on the repeatability of experimental results. Achieving high- throughput efficiency in the outcome of studies. The fluorescence and imaging capabilities have brought about a technology shift from older ways. The company have a dedicated team and is knowledgeable about the right product for our uses. -
Jigar Sethiya
Creighton University
Great item with amazing features.
It is one of the nicest cell counters I have ever use. It is totally worth it. -
Timo Reiß
Plasmodium falciparum detection.
The LUNA system is very easy to use. The counting of erythrocytes is fast and very precise.
The detection of plasmodium falciparum infected erythrocytes via fluorescence helps us to determine the parasitemia very fast.
Counting using LUNA helps us to have more accurate data in less time! -
Andile Mtshali
It's more convenient, saves time. Very effective, minimizes errors possed by manual counts.
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Katja Salo
Device has been easy to use, and simple for a new user. Autofocus works nicely which is important to us; we need consistent results because different people run cell counting as a first step of single cell analysis. Algorithm seems to work accurately as it differentiates between actual cells and cell debris or other particles. Counting with the 8-chamber slide is quite consistent, you just have to pay attention to even pipetting. Measuring with the 8-chamber slide is super easy and quick compared to Luna-stem that we used to use. Getting 8 counts and also saving all the files with two keystrokes frees you to do something else while the counter is running.
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Emma Rogers
The LUNA FX7 Automated Cell Counter has streamlined our workflow and increased the repeatability of our internal experiments. This equipment allows multiple users to achieve verifiable outputs and has increased our capacity at a complicated time when our personnel are limited by their in-person activities. The fluorescence and imaging capabilities of this cell counter has reduced our reliance on older, more specialized equipment. The company was responsive, engaged, and knowledgeable about the right product for our uses.
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Karan Singh
NYU Langone Medical Center
It is excellent because of the following: 1-Its ease of use. 2- Reproducibility of data. 3- Take less time to process than others. 4- Reliable. 5- Value for the money.
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Michael Schnekenburger
LBMCC
The device is user friendly, provide relatively fast and very accurate results. It works for all kind of cell types, adherent and suspension cell lines, CD34, PBMCs... The algorithm is doing a fantastic job to discriminate healthy from dead cells and it is amazing how it can accurately count cells even in cell aggregates. Pretty good interface to see, manage and export your data (including Wifi connection).
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Rahul Biradar
One of the most easy to use cell counters I have used so far. The quality of the images stored after counting is as good as seeing through BF microscope. Even clustered cells are well analyzed for cell counting. Higher number of fields and cells taken in to account for precise cell counting.
WHERE THE LUNA-FX7™ HAS BEEN CITED
Citations
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Cell radiolabeling with acoustophoresis cell washing.
2022. Adler SS, Nyong EC, Glabman RA, Choyke PL, Sato N. Scientific Reports, 12(1), 1-8.
Resources
Downloads
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Yeast Cell Counting using the LUNA-FX7™ Automated Cell Counter
Application note
2022-01-21 | 2.42 MB -
Automated Cell Evaluation for Single-Cell RNA-seq Analysis
Application note
2021-06-17 | 1.83 MB -
An analysis of optimal cell counting range of the LUNA-FX7™
Application note
2021-04-07 | 721.64 KB -
Bioprocess analysis with the LUNA-FX7™
Application note
2020-11-09 | 559.46 KB -
Incomparable cell size measurement with the LUNA-FX7™
Application note
2020-11-09 | 611.17 KB -
The Counting Accuracy of the LUNA-FX7™ Automated Cell Counter
Application note
2020-10-21 | 462.57 KB -
Rapid evaluation of PBMC counting and viability
Application note
2020-10-21 | 578.14 KB -
Monitoring CAR-T Cell Therapy Production Using the LUNA-FX7™
Application note
2020-10-21 | 752.75 KB
Videos
Cell DB
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-
-
3T3-L1
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
4
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
Cell Counting Results
-
Total cell concentration (cells/mL)
9.17.E+05
-
Live cell concentration (cells/mL)
3.22.E+05
-
Dead cell concentration (cells/mL)
5.95.E+05
-
Viability (%)
35.1
-
Average cell size (μm)
15.5
-
-
-
-
-
3T3-L1
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
7.90.E+05
-
Live cell concentration (cells/mL)
3.39.E+05
-
Dead cell concentration (cells/mL)
4.51.E+05
-
Viability (%)
42.9
-
Average cell size (μm)
14.9
-
-
-
-
-
A549
-
Min. search size(μm)
7
-
Max. search size(μm)
50
-
Cell detection sensitivity
4
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
8-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.00.E+06
-
Live cell concentration (cells/mL)
8.78.E+05
-
Dead cell concentration (cells/mL)
1.12.E+06
-
Viability (%)
43.8
-
Average cell size (μm)
17.6
-
-
-
-
-
A549
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
2.32.E+06
-
Live cell concentration (cells/mL)
1.11.E+06
-
Dead cell concentration (cells/mL)
1.21.E+06
-
Viability (%)
47.8
-
Average cell size (μm)
16.1
-
-
-
-
-
AsPC-1
-
Min. search size(μm)
8
-
Max. search size(μm)
30
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
8-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.22.E+06
-
Live cell concentration (cells/mL)
1.13.E+06
-
Dead cell concentration (cells/mL)
1.09.E+06
-
Viability (%)
51
-
Average cell size (μm)
15.5
-
-
-
-
-
AsPC-1
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
2
-
Max. cell size (μm)
50
-
GF threshold level
3
-
RF threshold level
3
-
Dilution factor
1.11
-
Size gating (μm)
7~50
Cell Counting Results
-
Total cell concentration (cells/mL)
1.85.E+06
-
Live cell concentration (cells/mL)
1.04.E+06
-
Dead cell concentration (cells/mL)
8.12.E+05
-
Viability (%)
56.2
-
Average cell size (μm)
17.0
-
-
-
-
-
BAEC
-
Min. search size(μm)
4
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.54.E+06
-
Live cell concentration (cells/mL)
1.20.E+06
-
Dead cell concentration (cells/mL)
1.34.E+06
-
Viability (%)
47.3
-
Average cell size (μm)
14.3
-
-
-
-
-
BAEC
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
2.49.E+06
-
Live cell concentration (cells/mL)
1.21.E+06
-
Dead cell concentration (cells/mL)
1.28.E+06
-
Viability (%)
48.6
-
Average cell size (μm)
12.9
-
-
-
-
-
Colon26L5
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
4
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.04.E+06
-
Live cell concentration (cells/mL)
7.99.E+05
-
Dead cell concentration (cells/mL)
1.24.E+06
-
Viability (%)
39.2
-
Average cell size (μm)
14.8
-
-
-
-
-
Colon26L5
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
2.07.E+06
-
Live cell concentration (cells/mL)
8.22.E+05
-
Dead cell concentration (cells/mL)
1.24.E+06
-
Viability (%)
39.8
-
Average cell size (μm)
13.6
-
-
-
-
-
DLD-1
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
4
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
Cell Counting Results
-
Total cell concentration (cells/mL)
2.07.E+06
-
Live cell concentration (cells/mL)
1.03.E+06
-
Dead cell concentration (cells/mL)
1.05.E+06
-
Viability (%)
49.5
-
Average cell size (μm)
13.1
-
-
-
-
-
DLD-1
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
2.16.E+06
-
Live cell concentration (cells/mL)
1.13.E+06
-
Dead cell concentration (cells/mL)
1.04.E+06
-
Viability (%)
52.0
-
Average cell size (μm)
12.6
-
-
-
-
-
H1975
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
1.19.E+06
-
Live cell concentration (cells/mL)
6.04.E+05
-
Dead cell concentration (cells/mL)
5.81.E+05
-
Viability (%)
51
-
Average cell size (μm)
15.3
-
-
-
-
-
H1975
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
1.08.E+06
-
Live cell concentration (cells/mL)
6.02.E+05
-
Dead cell concentration (cells/mL)
4.80.E+05
-
Viability (%)
55.6
-
Average cell size (μm)
15.3
-
-
-
-
-
HCT116
-
Min. search size(μm)
7
-
Max. search size(μm)
50
-
Cell detection sensitivity
4
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.32.E+06
-
Live cell concentration (cells/mL)
1.10.E+06
-
Dead cell concentration (cells/mL)
1.22.E+06
-
Viability (%)
47.3
-
Average cell size (μm)
16
-
-
-
-
-
HCT116
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
4
-
Max. cell size (μm)
50
-
GF threshold level
3
-
RF threshold level
3
-
Dilution factor
1.11
-
Size gating (μm)
7~50
Cell Counting Results
-
Total cell concentration (cells/mL)
2.16.E+06
-
Live cell concentration (cells/mL)
1.09.E+06
-
Dead cell concentration (cells/mL)
1.08.E+06
-
Viability (%)
50.2
-
Average cell size (μm)
14.8
-
-
-
-
-
Hek-293
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
4
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.88.E+06
-
Live cell concentration (cells/mL)
1.38.E+06
-
Dead cell concentration (cells/mL)
1.50.E+06
-
Viability (%)
48
-
Average cell size (μm)
14.2
-
-
-
-
-
Hek-293
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
1
-
Max. cell size (μm)
30
-
GF threshold level
2
-
RF threshold level
2
-
Dilution factor
1.11
-
Size gating (μm)
7~30
Cell Counting Results
-
Total cell concentration (cells/mL)
2.86.E+06
-
Live cell concentration (cells/mL)
1.18.E+06
-
Dead cell concentration (cells/mL)
1.68.E+06
-
Viability (%)
41.3
-
Average cell size (μm)
12.6
-
-
-
-
-
HL60
-
Min. search size(μm)
7
-
Max. search size(μm)
23
-
Cell detection sensitivity
3
-
Live cell sensitivity
4
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.72.E+06
-
Live cell concentration (cells/mL)
1.43.E+06
-
Dead cell concentration (cells/mL)
1.29.E+06
-
Viability (%)
52.7
-
Average cell size (μm)
12.5
-
-
-
-
-
HL60
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
3.02.E+06
-
Live cell concentration (cells/mL)
1.57.E+06
-
Dead cell concentration (cells/mL)
1.44.E+06
-
Viability (%)
52.2
-
Average cell size (μm)
11.1
-
-
-
-
-
J774A.1
-
Min. search size(μm)
4
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
4
-
Noise reduction
6
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
1.12.E+06
-
Live cell concentration (cells/mL)
5.31.E+05
-
Dead cell concentration (cells/mL)
5.93.E+05
-
Viability (%)
47.2
-
Average cell size (μm)
14.5
-
-
-
-
-
J774A.1
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
8.94.E+05
-
Live cell concentration (cells/mL)
4.56.E+05
-
Dead cell concentration (cells/mL)
4.38.E+05
-
Viability (%)
51
-
Average cell size (μm)
14.3
-
-
-
-
-
RAW264.7
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
4.27.E+06
-
Live cell concentration (cells/mL)
1.65.E+06
-
Dead cell concentration (cells/mL)
2.62.E+06
-
Viability (%)
38.6
-
Average cell size (μm)
11.9
-
-
-
-
-
RAW264.7
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
3.76.E+06
-
Live cell concentration (cells/mL)
1.38.E+06
-
Dead cell concentration (cells/mL)
2.39.E+06
-
Viability (%)
36.5
-
Average cell size (μm)
12.2
-
-
-
-
-
SY5Y
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
3.32.E+06
-
Live cell concentration (cells/mL)
1.65.E+06
-
Dead cell concentration (cells/mL)
1.66.E+06
-
Viability (%)
49.9
-
Average cell size (μm)
14.4
-
-
-
-
-
SY5Y
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~70
Cell Counting Results
-
Total cell concentration (cells/mL)
1.21.E+06
-
Live cell concentration (cells/mL)
5.55.E+05
-
Dead cell concentration (cells/mL)
6.60.E+05
-
Viability (%)
45.7
-
Average cell size (μm)
14.9
-
-
-
-
-
U2OS
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
1.49.E+06
-
Live cell concentration (cells/mL)
6.78.E+05
-
Dead cell concentration (cells/mL)
8.08.E+05
-
Viability (%)
48.6
-
Average cell size (μm)
15.9
-
-
-
-
-
U2OS
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
2
-
Max. cell size (μm)
50
-
GF threshold level
3
-
RF threshold level
3
-
Dilution factor
1.11
-
Size gating (μm)
7~50
Cell Counting Results
-
Total cell concentration (cells/mL)
1.46.E+06
-
Live cell concentration (cells/mL)
7.09.E+05
-
Dead cell concentration (cells/mL)
7.52.E+05
-
Viability (%)
48.5
-
Average cell size (μm)
16.7
-
-
-
-
-
U937
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
3.27.E+06
-
Live cell concentration (cells/mL)
1.58.E+06
-
Dead cell concentration (cells/mL)
1.69.E+06
-
Viability (%)
48.2
-
Average cell size (μm)
12.5
-
-
-
-
-
U937
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
2
-
Max. cell size (μm)
20
-
GF threshold level
8
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
7~20
Cell Counting Results
-
Total cell concentration (cells/mL)
3.11.E+06
-
Live cell concentration (cells/mL)
1.48.E+06
-
Dead cell concentration (cells/mL)
1.63.E+06
-
Viability (%)
47.6
-
Average cell size (μm)
11.5
-
-
-
-
-
K562
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
2.25.E+06
-
Live cell concentration (cells/mL)
1.08.E+06
-
Dead cell concentration (cells/mL)
1.17.E+06
-
Viability (%)
48
-
Average cell size (μm)
14.6
-
-
-
-
-
PBMC
-
GF exposure level
5
-
RF exposure level
5
-
Min. cell size (μm)
2
-
Max. cell size (μm)
50
-
GF threshold level
4
-
RF threshold level
4
-
Dilution factor
1.11
-
Size gating (μm)
Cell Counting Results
-
Total cell concentration (cells/mL)
1.42.E+06
-
Live cell concentration (cells/mL)
4.96.E+05
-
Dead cell concentration (cells/mL)
9.20.E+06
-
Viability (%)
35.0
-
Average cell size (μm)
7.1
-
-
-
-
-
M1
-
Min. search size(μm)
7
-
Max. search size(μm)
24
-
Cell detection sensitivity
5
-
Live cell sensitivity
5
-
Noise reduction
5
-
Dilution factor
2
-
Size gating(μm)
7-90
Cell Counting Results
-
Total cell concentration (cells/mL)
1.86.E+06
-
Live cell concentration (cells/mL)
9.69.E+05
-
Dead cell concentration (cells/mL)
8.92.E+05
-
Viability (%)
52.1
-
Average cell size (μm)
10.7
-
-
-
-
-
Fluorescence bead : 12um, Red
-
GF exposure level
3
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
Cell Counting Results
-
Total cell concentration (cells/mL)
9.37.E+05
-
Live cell concentration (cells/mL)
0.00.E+00
-
Dead cell concentration (cells/mL)
9.37.E+05
-
Viability (%)
0
-
Average cell size (μm)
10.5
-
-
-
-
-
Fluorescence bead : 12um, Green
-
GF exposure level
3
-
RF exposure level
5
-
Min. cell size (μm)
3
-
Max. cell size (μm)
70
-
GF threshold level
5
-
RF threshold level
5
-
Dilution factor
1.11
-
Size gating (μm)
Cell Counting Results
-
Total cell concentration (cells/mL)
1.10.E+06
-
Live cell concentration (cells/mL)
1.10.E+06
-
Dead cell concentration (cells/mL)
0.00.E+00
-
Viability (%)
100
-
Average cell size (μm)
11.2
-
-
ORDERING INFORMATION
Cat # | Product | Qty |
---|---|---|
L70001 | LUNA-FX7™ Automated Cell Counter, Basic Package | 1 unit |
L70002 | LUNA-FX7™ Automated Cell Counter, Advanced Package | 1 unit |
L72011 | LUNA™ 1-Channel Slides, 50 Slides | 1 box |
L72012 | LUNA™ 1-Channel Slides, 500 Slides | 10 boxes |
L72013 | LUNA™ 1-Channel Slides, Sterile - gamma-irradiated, 500 Slides | 10 boxes |
L72021 | LUNA™ 3-Channel Slides, 50 Slides | 1 box |
L72022 | LUNA™ 3-Channel Slides, 500 Slides | 10 boxes |
L72023 | LUNA™ 3-Channel Slides, Sterile - gamma-irradiated, 500 Slides | 10 boxes |
L72001 | LUNA™ 8-Channel Slides, 50 Slides | 1 box |
L72002 | LUNA™ 8-Channel Slides, 500 Slides | 10 boxes |
L72003 | LUNA™ 8-Channel Slides, Sterile - gamma-irradiated, 500 Slides | 10 boxes |
L12005 | PhotonSlide™, 50 Slides | 1 box |
L12006 | PhotonSlide™, 500 Slides | 10 boxes |
L12007 | PhotonSlide™, 1000 Slides | 20 boxes |
L12001 | LUNA™ Cell Counting Slides, 50 Slides | 1 box |
L12002 | LUNA™ Cell Counting Slides, 500 Slides | 10 boxes |
L12003 | LUNA™ Cell Counting Slides, 1000 Slides | 20 boxes |
L12011 | LUNA™ Reusable Slide | 1 unit |
L12014 | LUNA™ Reusable Slide Coverslips | 10 unit |
L72040 | Cell Counter Validation Slide-BF | 1 unit |
L72030 | Cell Counter Validation Slide-FL | 1 unit |
F73101 | LUNA-FX™ Calibration Beads Kit | 2 x 0.5 mL |
T13001 | Trypan Blue Stain, 0.4% | 2 X 1 mL |
T13011 | Trypan Blue Stain, 0.4%, Sterile-filtered | 2 X 1 mL |
L13002 | Erythrosin B Stain | 2 x 1 mL |
F23001 | Acridine Orange/Propidium Iodide Stain | 2 x 0.5 mL |
F23011 | Acridine Orange/Propidium Iodide Stain, Sterile-filtered | 2 x 0.5 mL |
L71001 | CountWire™ Basic (1 CountWire™ Data Storage + 1 CountWire™ Verification Key) |
1 set |
L71002 | CountWire™ Verification Key (additional) | 1 unit |
L74003 | LUNA-FX7™ IQ/OQ Protocol | 1 copy |
P17001 | Thermal Printer for LUNA-FX™ | 1 unit |
P17002 | LUNA™ Printer II Refills, Paper and Ribbon (300 prints/roll) | 2 x 5 rolls |