CELLINK & Phasefocus
CELLINK & Phasefocus share a common mission to bring cutting edge technologies enabling critical advancements in research. Together we are bringing Livecyte, a high-content live cell imager, to the sciences community. Livecyte’s integration of patented label-free Quantitative Phase Imaging technology with state-of-the-art automatic cell tracking algorithms enables users to automatically characterize growth, morphology and motility of large populations of cells in a 96-well plate assay format.
elmi2021 Workshops
Register for our workshops on:
- Getting more accurate measurements than with manual tracking
- Using fluorescence in QPI imaging
- Calculating growth and proliferation of a single cell or population of cells
Workshop Title |
Date and Time |
Multiplication and division: Calculating growth and proliferation at population and single cell level with Livecyte |
23 June 2021 at |
Measuring Random Motility and Wound Healing with Livecyte: are you only scratching the surface? |
23 June 2021 at |
Fluorescence in QPI Imaging with Livecyte: The mCherry on Top |
24 June 2021 at |
Multiplication and division: Calculating growth and proliferation at population and single cell level with Livecyte |
24 June 2021 at |
Measuring Random Motility and Wound Healing with Livecyte: are you only scratching the surface? |
25 June 2021 at |
Fluorescence in QPI Imaging with Livecyte: The mCherry on Top |
25 June 2021 at |
Video Resource
Contact Us
Ask the Expert
Book an appointment with industry leading experts. Please note by completing this form your details will be passed along to the event sponsor for the puropses of setting up a 1:1 meeting.
The appointment booking software will be made available on 21 June 2021. Please schedule appointments between 21-25 June 2021. By completing this form you acknowledge that your details will be passed along to the third party you are booking an appointment with.
Products & Services
• Wide-field
Resources
Poster: Membrane Potential Depolarisation Enhances Breast Cancer Cell Migration
Characterisation of the Subpopulations of Heterogeneous Primary Prostate Cancer