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Online automatic phytoplankton monitoring at several locations performed by flowcytometry (CytoSense-CytoSub)
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Live Results Marel
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EasyClus check & Info of last file

----- Processed at : 03-May-2021 22:07:03 -----

1. The cytometric analysis is performed on machine ULCO II
2. The CytoUSB software used is CytoUSB Version: 5.8.3.41
3. The filename is MAREL_Pico_flr12_5ul_5min 2021-05-03 21h59.cyz
4. The analysis is performed on 03-05-2021 time 22:01:21
5. The number of measured particles is 27684
6. The total concentration found (e.g. only SWS trigg.) is 31 particles/microliter
7. The concentration found (all used triggers) is 31 particles/microliter
8. The preconcentration (before analysis) found (all used triggers) is 827 particles/microliter
9. The flush time found (between samples) is 50 seconds
10. The effective analysis volume is 891.1667 microliter
11. The pumped volume is 1386 microliter
12. The particle-rate is 144 particles passing the laser beam/second
13. The used sample flow rate is 4.62 microliter/second
14. The used block size memory is 4 kB
15. Trigger 1: FL Red at threshold level 12 mV
16. Trigger 2: not used at threshold level -999
17. Temperature sensor PMT is : 24.6 C
18. Temperature sensor Sheath is : 22.2 C
19. Temperature sensor Sheath is : 26.5 C
20. Temperature sensor System is : 25.5 C
21. Pressure sensor difference is : -374 mBar
22. Pressure sensor absolute is : 314 mBar
23. Sample pump 1: Last calibration of the sample pump was : 01-Jan-1990
24. Alignment check 1 by curvature detector is 1.0318 (1=perfect)
25. Alignment check 2 by curvature detector is 73% (100%=perfect)
26. Saturated signals (flattened peaks) occur when the dynamic range of the (HS)detector is reached
27. FWS: Nr of saturated signals is 12 (0% of 27684 measured particles)
28. FWS: Maximum signal height found is 10000 mV
29. FWS: Nr of particles with signal height <10 mV is high (647 part. (2 %))
30. SWS HS: Nr of saturated signals is 5206 (19% of 27684 measured particles)
31. SWS HS: Maximum signal height found is 5000 mV
32. SWS HS: Nr of particles with signal height <10 mV is high (55 part. (0 %))
33. FL Yellow HS: Nr of saturated signals is 0 (0% of 27684 measured particles)
34. FL Yellow HS: Maximum signal height found is 185 mV
35. FL Yellow HS: Nr of particles with signal height <10 mV is high (27653 part. (100 %))
36. FL Orange HS: Nr of saturated signals is 0 (0% of 27684 measured particles)
37. FL Orange HS: Maximum signal height found is 514 mV
38. FL Orange HS: Nr of particles with signal height <10 mV is high (27345 part. (99 %))
39. FL Red HS: Nr of saturated signals is 3 (0% of 27684 measured particles)
40. FL Red HS: Maximum signal height found is 5000 mV
41. FL Red HS: Nr of particles with signal height <10 mV is high (2084 part. (8 %))
42. SWS HS: Nr of block shaped signals is 2411 (8.709%)
43. FWS: Nr of block shaped signals is 181 (0.65381%)
44. Suspect nr: 0=low, 10=high
45. Maximum FWS: suspect = 0
46. Maximum SWS HS: suspect = 0
47. Maximum FL Yellow HS: suspect = 2
48. Maximum FL Orange HS: suspect = 1
49. Maximum FL Red HS: suspect = 0
50. SWS: PMT level is 60
51. FL Yellow: PMT level is 90
52. FL Orange: PMT level is 85
53. FL Red: PMT level is 85

-------------------------- Warnings info --------------------------
1.03 Warning: Your preconcentration differs more than 25% from the during analysis concentration
1.03.1 Solution - Carry over between samples? > Flush longer
1.03.2 Solution - Better homogenize samples during subsampling by a gentle stirrer
1.03.3 Solution - Colonies-filaments of cells break during analysis > stir slower
1.04 Warning: Your flush time (50 seconds) is quite small
1.04.1 Solution - Flush longer e.g. 80 sec.
1.05 Warning: Your effective analysis volume is low compared to the pumped analysis volume
1.05.1 Solution - Set blocksize memory in CytoUSB higher, used=4k (default=4k) e.g. to 8k
1.09 Warning: This (default) low block size of 4kB in CytoUSB will decrease the effective analysis volume
1.09.1 Solution - Increase block size memory if the total particle rate is high enough (but prevent time outs)
1.21 Warning: Last calibration of sample pump towards analysis date was more than 90 days. (01-Jan-1990)
1.21.1 Solution - Check if the pumped analysis volume is the real volume by weighing
1.24 Warning: SWS HS: Quite a lot of particles (19% have signal heights of
1.24.1 Solution - 5000 mV or higher. Check if your PMT is not too high!
1.25 Warning: SWS HS: Relative large amount of particles is saturated in (19)
1.25.1 Solution - Decrease, set lower SWS HS PMT voltage in CytoUSB (make less sensitive)
1.26 Warning: FL Yellow HS: Biggest particles found is only 185 mV. Detector sensitivity might be too low.
1.26.1 Solution - Increase, set higher FL Yellow HS PMT voltage in CytoUSB (make more sensitive)
1.27 Warning: FL Yellow HS : Nr of particles with signal height <10 mV is high (100 %)
1.27.1 Solution - Increase, set higher trigger threshold (to prevent measuring noise)
1.27.2 Solution - Decrease, set lower particle sample rate. Maybe caused by an overload of particles/ noise in your sample
1.27.3 Solution - Clean sheath, clean cuvette, clean tubing? (noise can be introduced by dirty walls)
1.27 Warning: FL Orange HS : Nr of particles with signal height <10 mV is high (99 %)
1.27.1 Solution - Increase, set higher trigger threshold (to prevent measuring noise)
1.27.2 Solution - Decrease, set lower particle sample rate. Maybe caused by an overload of particles/ noise in your sample
1.27.3 Solution - Clean sheath, clean cuvette, clean tubing? (noise can be introduced by dirty walls)
1.28 Warning: SWS HS: A relative large amount of particles are (rather) block shaped (9%)
1.28.1 Solution - Decrease, set lower particle sample rate. Maybe caused by an overload of particles/ noise in your sample
1.28.2 Solution - Decrease, set lower SWS HS PMT voltage in CytoUSB (make less sensitive)
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Any use of the provided data and results or information provided by this website is on full own risk and responsibility. Those who gave access to this website or those who provided the results represented on the website cannot be held responsible for any damage or consequences that could arise from the use of this information. This LIVE system is empowered by the ULCO-CNRS, CytoBuoy BV and Thomas Rutten Projects. TRP Copyright 2021