WITH VAIDR YOU CAN
QUANTIFY IPSC DIFFERENTIATION ANALYZE NUCLEUS ROUNDNESS IDENTIFY CARDIOMYOCYTES USE DATA TO OPTIMIZE PROTOCOLS COUNT IPSCS IN CULTURE QUANTIFY CELL HEALTH SELECT CELLS BASED ON HARD DATA USE AI INSTEAD OF ANTIBODIES MEASURE NEURITE LENGTH QUANTIFY TREATMENT EFFECTS QUANTIFY TIME DEPENDENCE MEASURE COLONY COMPACTNESS

WITH VAIDR YOU CAN
QUANTIFY IPSC DIFFERENTIATION ANALYZE NUCLEUS ROUNDNESS IDENTIFY CARDIOMYOCYTES USE DATA TO OPTIMIZE PROTOCOLS COUNT IPSCS IN CULTURE QUANTIFY CELL HEALTH SELECT CELLS BASED ON HARD DATA USE AI INSTEAD OF ANTIBODIES MEASURE NEURITE LENGTH QUANTIFY TREATMENT EFFECTS QUANTIFY TIME DEPENDENCE MEASURE COLONY COMPACTNESS

Tri Vaidr artificial intelligence microscopy
VAIDR puts researchers in control of their cells and data – with an intelligent, all-in-one system.

 VAIDR automates microscopy, data management and analysis. Everything is integrated in two boxes. Leverage label-free imaging and AI to extract the relevant information from your samples. For you, intuitive evaluation tools connect images, conditions and metrics. Use those tools to convert vast amounts of data into critical insights about your cells.

VAIDR puts researchers in control of their cells and data – with an intelligent, all-in-one system.

 VAIDR automates microscopy, data management and analysis. Everything is integrated in two boxes. Leverage label-free imaging and AI to extract the relevant information from your samples. For you, intuitive evaluation tools connect images, conditions and metrics. Use those tools to convert vast amounts of data into critical insights about your cells

WITH VAIDR YOU CAN
QUANTIFY IPSC DIFFERENTIATION ANALYZE NUCLEUS ROUNDNESS IDENTIFY CARDIOMYOCYTES USE DATA TO OPTIMIZE PROTOCOLS COUNT IPSCS IN CULTURE QUANTIFY CELL HEALTH SELECT CELLS BASED ON HARD DATA USE AI INSTEAD OF ANTIBODIES MEASURE NEURITE LENGTH QUANTIFY TREATMENT EFFECTS QUANTIFY TIME DEPENDENCE MEASURE COLONY COMPACTNESS

VAIDR puts researchers in control of their cells and data – with an intelligent, all-in-one system.

 VAIDR automates microscopy, data management and analysis. Everything is integrated in two boxes. Leverage label-free imaging and AI to extract the relevant information from your samples. For you, intuitive evaluation tools connect images, conditions and metrics. Use those tools to convert vast amounts of data into critical insights about your cells

WHAT CAN VAIDR DO FOR YOU?

“The VAIDR team was great at adapting their system to our specific research question. They are excellent collaborators.”

“I was surprised how good the VAIDR-algorithm is at discerning different cell types. I am going to use it for characterizing iPSCs and for the optimization of differentiation protocols.”

“The A.I. in VAIDR is able to detect subtle morphological effects that cannot be seen by eye, but which are critical for disease modeling in my field of research. This has the potential to reduce costs significantly and expand the scope of screening for cures to age-related diseases.”

“The VAIDR team was great at adapting their system to our specific research question. They are excellent collaborators.”

“I was surprised how good the VAIDR-algorithm is at discerning different cell types. I am going to use it for characterizing iPSCs and for the optimization of differentiation protocols.”

“The A.I. in VAIDR is able to detect subtle morphological effects that cannot be seen by eye, but which are critical for disease modeling in my field of research. This has the potential to reduce costs significantly and expand the scope of screening for cures to age-related diseases.”

“The VAIDR team was great at adapting their system to our specific research question. They are excellent collaborators.”

“I was surprised how good the VAIDR-algorithm is at discerning different cell types. I am going to use it for characterizing iPSCs and for the optimization of differentiation protocols.”

“The A.I. in VAIDR is able to detect subtle morphological effects that cannot be seen by eye, but which are critical for disease modeling in my field of research. This has the potential to reduce costs significantly and expand the scope of screening for cures to age-related diseases.”

vaidr artificial intelligence

WHAT KEEPS RESEARCHERS
FROM THEIR RESEARCH

Cells like to misbehave. Uncertain cell quality leads to: Unreliable assays, lost insights and failed projects. It may jeopardize your entire research.

Complex processes, which are fragmented across experts and systems cause friction and are hard to maintain. They produce more costs and confusion than value.

Information you need is distributed across lab-book, excel sheets and people. It‘s everywhere and nowhere. No way to get to the insight.

WHAT KEEPS RESEARCHERS FROM THEIR RESEARCH

Cells like to misbehave. Uncertain cell quality leads to: Unreliable assays, lost insights and failed projects. It may jeopardize your entire research.

Complex processes, which are fragmented across experts and systems cause friction and are hard to maintain. They produce more costs and confusion than value.

Information you need is distributed across lab-book, excel sheets and people. It‘s everywhere and nowhere. No way to get to the insight.

vaidr artificial intelligence

+49 40 66894303

+49 40 66894303

CONTACT OUR SCIENTISTS
AND GET A FREE INITIAL
CONSULTATION.

+49 40 66894303