Flowcytometry and cell sorting lab

Facility
Flowcytometry (FCM) is a technique that distinguishes individual particles based on light scatter and fluorescence. A large advantage is that FCM can analyse and sort cells at a very high speed of up to 10,000 cells/second.
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Flowcytometry and cell sorting lab
© Perro de Jong / NIOO-KNAW

Details

Infrastructure type
Analytical facilities
Institute
NIOO-KNAW

The facility

Flowcytometry (FCM) is a technique that distinguishes individual particles based on light scatter and fluorescence. A large advantage is that FCM can analyse and sort cells at a very high speed of up to 10,000 cells/second.

In addition to fast cell counts, the individual cell properties are measured. These properties can occur naturally like relative size and pigment composition, or artificially stained like DNA/RNA and enzyme activity. Up to 17 parameters or fluorochrome signals can be measured simultaneously. 

The cells can be sorted based on these parameters, either as single cells or as subpopulations into well plates, tubes or onto Petri dish.

The BD influx flowcytometer at the NIOO is a research machine and flexible in its setup. This makes it an ideal tool to investigate cell populations, typically - but not limited to - phytoplankton, bacterial or viral particles, populations or communities.

Research topics

Flowcytometry, flowsorting, single cell sorting, phytoplankton, cyanobacteria, bacteria, viruses, field samples

Running period (guaranteed funding)

2018 – Undetermined

Equipment 

The BD INFLUX cell sorter is a flexible and stable stream-in air flowcytometry sorter platform. The instrument has the capability of six-way sorting into tubes or single cell sorting directly into plates or slides and is equipped with five lasers. Furthermore, it is equipped with improved forward scatter (small particle detection down to 200mu) and polarisation sensitive detectors.

  • Lasers: 355nm, 405nm, 488nm, 532nm, and 640nm
  • Nozzle tips: 70µm, 86µm, 100µm, 140µm
  • Controlled temperature environment.
  • Influx optical configuration 01-02-2020

 

Laser (nm-mw)

PMT channel

Band pass filter

Fluorochrome examples

488nm-120mw

1

FCS Par

 

 

2

FCS Per

 

 

3

SSC (488/10)

 

 

4

530/40

FITC, SYTOX, SYBR Green, GFP, YFP

 

5

580/30

PE

 

6

610/20

PE-TR/PI

 

7

692/40

Chlorophyl A, PE-Cy5.5

 

8

750LP

PE-Cy7

457nm-300mw

9

480/40

CFP

 

10

692/40

CHL A

532nm-150mw

11

585/40

Primary PE

 

12

670/30

PE-Cy5

355nm-100mw

13

460/50

DAPI

 

14

530/40

ELF 97

640nm-120mw

15

670/30

APC

 

16

720/40

APC-R700

 

17

780/60

APC-Cy7

Data management 

All data are managed according to the NIOO Research data policy, which is in compliance with FAIR data guidelines. Available datasets are available through DRYAD (arising from publications) or upon request (not covered in publications).

Conditions for access

Analysis and sorting on the BD Influx will be supported by an experienced operator (>10 years). Flowcytometry and cell sorting lab is available for collaborative research projects with AqE (NIOO-KNAW), and as such access and costs will be agreed upon by project partners.
 

Details

Infrastructure type
Analytical facilities
Institute
NIOO-KNAW

Experts

Suzanne Wiezer

Research assistant , Aquatic Ecology

Location

NIOO-KNAW
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Questions?

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