Simplify Phenotypic Characterisation of Live Cell Populations

Phasefocus Livecyte^TM uses patented label-free Quantative Phase Imaging technology and state-of-the-art single-cell tracking algorithms to automatically characterise cell growth, morphology and motility of populations of cells in a 96-well plate assay format.

There is nothing out there that can do what the Livecyte does.

There are huge array of analysis possibilities that allow you to ask questions that no other system can answer.

Dr Mat Hardman, University of Hull

Learn more about Livecyte

Award-winning Technology

Livecyte's patented technology uses a quantitative phase imaging (QPI) technique known as Ptychography. Phasefocus was awarded a Microscope Today Innovation Award in 2013 for the technology, and won a second award in 2017 for Livecyte itself.

In 2018, researchers from Cornell University set the Guinness World Record for the highest resolution microscope using Ptychography on an Electron Microscope.

Learn More About Ptychography

Livecyte Applications

Wound Healing

Oncology

Toxicology

Angiogenesis

Stem Cells

I have not seen such a rapid uptake of a totally new technology in the facility before. The assays available are versatile and the Phasefocus team support is second to none.

Dr Sandrine Roy, Translational Research Institute

Quantify and Compare Live Cell Behaviour

Phasefocus Livecyte: high content live-cell assays from 96 wells to single cells

Simplify Phenotypic Characterisation of Live Cell Populations

Phasefocus Livecyte^TM uses patented label-free Quantative Phase Imaging technology and state-of-the-art single-cell tracking algorithms to automatically characterise cell growth, morphology and motility of populations of cells in a 96-well plate assay format.

There is nothing out there that can do what the Livecyte does.

There are huge array of analysis possibilities that allow you to ask questions that no other system can answer.

Award-winning Technology

Livecyte's patented technology uses a quantitative phase imaging (QPI) technique known as Ptychography. Phasefocus was awarded a Microscope Today Innovation Award in 2013 for the technology, and won a second award in 2017 for Livecyte itself.

In 2018, researchers from Cornell University set the Guinness World Record for the highest resolution microscope using Ptychography on an Electron Microscope.

Livecyte Applications

Wound Healing

Oncology

Toxicology

Angiogenesis

Stem Cells

I have not seen such a rapid uptake of a totally new technology in the facility before. The assays available are versatile and the Phasefocus team support is second to none.

Quantify and Compare Live Cell Behaviour

Phasefocus Livecyte: high content live-cell assays from 96 wells to single cells

Simplify Phenotypic Characterisation of Live Cell Populations

Phasefocus LivecyteTM uses patented label-free Quantative Phase Imaging technology and state-of-the-art single-cell tracking algorithms to automatically characterise cell growth, morphology and motility of populations of cells in a 96-well plate assay format.

There is nothing out there that can do what the Livecyte does.

There are huge array of analysis possibilities that allow you to ask questions that no other system can answer.

Award-winning Technology

Livecyte's patented technology uses a quantitative phase imaging (QPI) technique known as Ptychography. Phasefocus was awarded a Microscope Today Innovation Award in 2013 for the technology, and won a second award in 2017 for Livecyte itself.

In 2018, researchers from Cornell University set the Guinness World Record for the highest resolution microscope using Ptychography on an Electron Microscope.

Livecyte Applications

Wound Healing

Wound Healing

Oncology

Oncology

Toxicology

Toxicology

Angiogenesis

Angiogenesis

Stem Cells

Stem Cells

I have not seen such a rapid uptake of a totally new technology in the facility before. The assays available are versatile and the Phasefocus team support is second to none.

Phasefocus Livecyte^TM uses patented label-free Quantative Phase Imaging technology and state-of-the-art single-cell tracking algorithms to automatically characterise cell growth, morphology and motility of populations of cells in a 96-well plate assay format.