#phioptics search results

At UIdaho, Brown & LBNL, scientists quantified bacterial dry-density with #QuantitativePhaseImaging by #PhiOptics' #CellVistaSLIM to reveal an unknown link between bacterial crowding and population fitness, highlighting the utility of our tools in bacterial population control.

phioptics's tweet image. At UIdaho, Brown & LBNL, scientists quantified bacterial dry-density with #QuantitativePhaseImaging by #PhiOptics' #CellVistaSLIM to reveal an unknown link between bacterial crowding and population fitness, highlighting the utility of our tools in bacterial population control.

Longtime Meadowlark partner Dr. Catalin Chiritescu, CEO of Phi Optics, appreciates both Meadowlark's products and people. See what he has to say: buff.ly/3VUPIV9 #testimonial #phioptics #meadowlarkoptics

MLOptics's tweet image. Longtime Meadowlark partner Dr. Catalin Chiritescu, CEO of Phi Optics, appreciates both Meadowlark's products and people. See what he has to say: buff.ly/3VUPIV9 #testimonial #phioptics #meadowlarkoptics

UIUC researchers found that fluorescent labeling reduces #CellViability using a 95% accurate assay by quantitative phase imaging (QPI) from #PhiOptics' CellVista-SLIM and #MachineLearning, highlighting the need for label-free #QPI in cell-biology research. ow.ly/mpaF50Sk5Cu

phioptics's tweet image. UIUC researchers found that fluorescent labeling reduces #CellViability using a 95% accurate assay by quantitative phase imaging (QPI) from #PhiOptics' CellVista-SLIM and #MachineLearning, highlighting the need for label-free #QPI in cell-biology research. ow.ly/mpaF50Sk5Cu

Researchers at UIUC showed that astrocytes dynamically adjust their structure to optimize brain function for different times of day. #Neuroscience #Astrocytes #PhiOptics #UIUCResearch Read more on the science: mdpi.com/2073-4409/11/1… Find out about SLIM and GLIM at Phi Optics

phioptics's tweet image. Researchers at UIUC showed that astrocytes dynamically adjust their structure to optimize brain function for different times of day. #Neuroscience #Astrocytes #PhiOptics #UIUCResearch
Read more on the science: mdpi.com/2073-4409/11/1…
Find out about SLIM and GLIM at Phi Optics

Researchers used #QPI by #PhiOptics' CellVista-SLIM for #LabelFree measurement of optogenetically-induced neuronal activity to removing traditional barriers to #optogenetics like cumbersome electrophysiology techniques or harmful fluorescent labels. ow.ly/M76N50Tl7yB

phioptics's tweet image. Researchers used #QPI by #PhiOptics' CellVista-SLIM for #LabelFree measurement of optogenetically-induced neuronal activity to removing traditional barriers to #optogenetics like cumbersome electrophysiology techniques or harmful fluorescent labels. ow.ly/M76N50Tl7yB

UIdaho Researchers used #PhiOptics' CellVista-SLIM and #MachineLearning from CellVista-AI to identify intracellular #LipidDroplets, which are mechanistically linked to #viral infections and #cancer. Book a live demo: ow.ly/M1gI50Tq9BY Read more: ow.ly/p8VG50Tq9BW

phioptics's tweet image. UIdaho Researchers used #PhiOptics' CellVista-SLIM and #MachineLearning from CellVista-AI to identify intracellular #LipidDroplets, which are mechanistically linked to #viral infections and #cancer. 
Book a live demo: ow.ly/M1gI50Tq9BY
Read more: ow.ly/p8VG50Tq9BW

It's #PhiOptics second day at #SfN24! Get in touch to learn how #CellVistaSLIM enhances brain tissue studies, like when UIUC researchers used SLIM to measure myelination. Read more online: ow.ly/6FP350TFjby Message us to schedule a chat: bit.ly/m/PhiOpticsInc

phioptics's tweet image. It's #PhiOptics second day at #SfN24! Get in touch to learn how #CellVistaSLIM enhances brain tissue studies, like when UIUC researchers used SLIM to measure myelination. Read more online: ow.ly/6FP350TFjby
Message us to schedule a chat: bit.ly/m/PhiOpticsInc

#PhiOptics is at #SfN24 today! Don't miss this opportunity to learn how #LabelFree microscopy can turbocharge your neuroscience. Read how USC researchers did it by combining #CellVistaSLIM with #AI: ow.ly/jA8750TFj8m Email us to schedule a chat: bit.ly/m/PhiOpticsInc

phioptics's tweet image. #PhiOptics is at #SfN24 today! Don't miss this opportunity to learn how #LabelFree microscopy can turbocharge your neuroscience. Read how USC researchers did it by combining #CellVistaSLIM with #AI: ow.ly/jA8750TFj8m
Email us to schedule a chat: bit.ly/m/PhiOpticsInc

Today's the last chance to meet #PhiOptics at #SfN24 to learn how #CellVistaSLIM creates opportunity in neurobiology, like when UIUC researchers measured axonal mass transport without labels. More online: ow.ly/1IjM50TFjfh Schedule a chat over email: bit.ly/m/PhiOpticsInc

phioptics's tweet image. Today's the last chance to meet #PhiOptics at #SfN24 to learn how #CellVistaSLIM creates opportunity in neurobiology, like when UIUC researchers measured axonal mass transport without labels. More online: ow.ly/1IjM50TFjfh
Schedule a chat over email: bit.ly/m/PhiOpticsInc

Researchers at UIUC used #LabelFree QPI by #PhiOptics #CellVistaSLIM to measure neurite transport to distinguish minute changes in transport velocity, demonstrating the sensitivity of our non-invasive tools for deep #Neurobiology insights. Read online: ow.ly/4sgx50TuWVK

phioptics's tweet image. Researchers at UIUC used #LabelFree QPI by #PhiOptics #CellVistaSLIM to measure neurite transport to distinguish minute changes in transport velocity, demonstrating the sensitivity of our non-invasive tools for deep #Neurobiology insights. Read online: ow.ly/4sgx50TuWVK

Binding DNA to sperm with liposomes is an efficient method (SMGT) for animal transgenesis without embryo manipulation. Read more at UIUC: link.springer.com/article/10.100… Visit Phi Optics #PhiOptics #sperm #microscopy #transgenics #SMGT

phioptics's tweet image. Binding DNA to sperm with liposomes is an efficient method (SMGT) for animal transgenesis without embryo manipulation. Read more at UIUC: link.springer.com/article/10.100… Visit Phi Optics #PhiOptics #sperm #microscopy #transgenics #SMGT

Ever wondered how #QPI can level-up your research? In this webinar, you will learn how #PhiOptics modular microscope add-ons enable deep insights in 2D and 3D model systems without harmful fluorescent dyes or labels! Register now: bit.ly/4dMWXEd

phioptics's tweet image. Ever wondered how #QPI can level-up your research? In this webinar, you will learn how #PhiOptics modular microscope add-ons enable deep insights in 2D and 3D model systems without harmful fluorescent dyes or labels! Register now: bit.ly/4dMWXEd

Good news, if you thought you missed this webinar, we have had to reschedule it for October 29. If your research involves cell cultures & if you are looking for a label-free quantitative imaging technique to evaluate the success & behaviour of your #cellcultures REGISTER NOW!



The #PhiOptics team thanks Chris at @HamamatsuPhoton and Kelly at @MLOptics for their continued OEM partnerships. OEM partners love our modular #QPI add-ons for their #LifeScience product lines. If you missed us at #SfN24, contact us to learn more: bit.ly/m/PhiOpticsInc

phioptics's tweet image. The #PhiOptics team thanks Chris at @HamamatsuPhoton and Kelly at @MLOptics for their continued OEM partnerships. OEM partners love our modular #QPI add-ons for their #LifeScience product lines. If you missed us at #SfN24, contact us to learn more: bit.ly/m/PhiOpticsInc

Accelerate drug discovery & development with Phi Optics' high-resolution microscopy tools. Gain deeper insights into cellular behavior for faster & more effective drug development. #DrugDiscovery #PhiOptics phioptics.com


Binding DNA to sperm with liposomes is an efficient method (SMGT) for animal transgenesis without embryo manipulation. Read more at UIUC: link.springer.com/article/10.100… Visit Phi Optics #PhiOptics #sperm #microscopy #transgenics #SMGT

phioptics's tweet image. Binding DNA to sperm with liposomes is an efficient method (SMGT) for animal transgenesis without embryo manipulation. Read more at UIUC: link.springer.com/article/10.100… Visit Phi Optics #PhiOptics #sperm #microscopy #transgenics #SMGT

Ever wondered how #QPI can level-up your research? In this webinar, you will learn how #PhiOptics modular microscope add-ons enable deep insights in 2D and 3D model systems without harmful fluorescent dyes or labels! Register now: bit.ly/4dMWXEd

phioptics's tweet image. Ever wondered how #QPI can level-up your research? In this webinar, you will learn how #PhiOptics modular microscope add-ons enable deep insights in 2D and 3D model systems without harmful fluorescent dyes or labels! Register now: bit.ly/4dMWXEd

Good news, if you thought you missed this webinar, we have had to reschedule it for October 29. If your research involves cell cultures & if you are looking for a label-free quantitative imaging technique to evaluate the success & behaviour of your #cellcultures REGISTER NOW!



The #PhiOptics team thanks Chris at @HamamatsuPhoton and Kelly at @MLOptics for their continued OEM partnerships. OEM partners love our modular #QPI add-ons for their #LifeScience product lines. If you missed us at #SfN24, contact us to learn more: bit.ly/m/PhiOpticsInc

phioptics's tweet image. The #PhiOptics team thanks Chris at @HamamatsuPhoton and Kelly at @MLOptics for their continued OEM partnerships. OEM partners love our modular #QPI add-ons for their #LifeScience product lines. If you missed us at #SfN24, contact us to learn more: bit.ly/m/PhiOpticsInc

Today's the last chance to meet #PhiOptics at #SfN24 to learn how #CellVistaSLIM creates opportunity in neurobiology, like when UIUC researchers measured axonal mass transport without labels. More online: ow.ly/1IjM50TFjfh Schedule a chat over email: bit.ly/m/PhiOpticsInc

phioptics's tweet image. Today's the last chance to meet #PhiOptics at #SfN24 to learn how #CellVistaSLIM creates opportunity in neurobiology, like when UIUC researchers measured axonal mass transport without labels. More online: ow.ly/1IjM50TFjfh
Schedule a chat over email: bit.ly/m/PhiOpticsInc

It's #PhiOptics second day at #SfN24! Get in touch to learn how #CellVistaSLIM enhances brain tissue studies, like when UIUC researchers used SLIM to measure myelination. Read more online: ow.ly/6FP350TFjby Message us to schedule a chat: bit.ly/m/PhiOpticsInc

phioptics's tweet image. It's #PhiOptics second day at #SfN24! Get in touch to learn how #CellVistaSLIM enhances brain tissue studies, like when UIUC researchers used SLIM to measure myelination. Read more online: ow.ly/6FP350TFjby
Message us to schedule a chat: bit.ly/m/PhiOpticsInc

#PhiOptics is at #SfN24 today! Don't miss this opportunity to learn how #LabelFree microscopy can turbocharge your neuroscience. Read how USC researchers did it by combining #CellVistaSLIM with #AI: ow.ly/jA8750TFj8m Email us to schedule a chat: bit.ly/m/PhiOpticsInc

phioptics's tweet image. #PhiOptics is at #SfN24 today! Don't miss this opportunity to learn how #LabelFree microscopy can turbocharge your neuroscience. Read how USC researchers did it by combining #CellVistaSLIM with #AI: ow.ly/jA8750TFj8m
Email us to schedule a chat: bit.ly/m/PhiOpticsInc

Accelerate drug discovery & development with Phi Optics' high-resolution microscopy tools. Gain deeper insights into cellular behavior for faster & more effective drug development. #DrugDiscovery #PhiOptics phioptics.com


Researchers at UIUC used #LabelFree QPI by #PhiOptics #CellVistaSLIM to measure neurite transport to distinguish minute changes in transport velocity, demonstrating the sensitivity of our non-invasive tools for deep #Neurobiology insights. Read online: ow.ly/4sgx50TuWVK

phioptics's tweet image. Researchers at UIUC used #LabelFree QPI by #PhiOptics #CellVistaSLIM to measure neurite transport to distinguish minute changes in transport velocity, demonstrating the sensitivity of our non-invasive tools for deep #Neurobiology insights. Read online: ow.ly/4sgx50TuWVK

UIdaho Researchers used #PhiOptics' CellVista-SLIM and #MachineLearning from CellVista-AI to identify intracellular #LipidDroplets, which are mechanistically linked to #viral infections and #cancer. Book a live demo: ow.ly/M1gI50Tq9BY Read more: ow.ly/p8VG50Tq9BW

phioptics's tweet image. UIdaho Researchers used #PhiOptics' CellVista-SLIM and #MachineLearning from CellVista-AI to identify intracellular #LipidDroplets, which are mechanistically linked to #viral infections and #cancer. 
Book a live demo: ow.ly/M1gI50Tq9BY
Read more: ow.ly/p8VG50Tq9BW

Researchers used #QPI by #PhiOptics' CellVista-SLIM for #LabelFree measurement of optogenetically-induced neuronal activity to removing traditional barriers to #optogenetics like cumbersome electrophysiology techniques or harmful fluorescent labels. ow.ly/M76N50Tl7yB

phioptics's tweet image. Researchers used #QPI by #PhiOptics' CellVista-SLIM for #LabelFree measurement of optogenetically-induced neuronal activity to removing traditional barriers to #optogenetics like cumbersome electrophysiology techniques or harmful fluorescent labels. ow.ly/M76N50Tl7yB

Longtime Meadowlark partner Dr. Catalin Chiritescu, CEO of Phi Optics, appreciates both Meadowlark's products and people. See what he has to say: buff.ly/3VUPIV9 #testimonial #phioptics #meadowlarkoptics

MLOptics's tweet image. Longtime Meadowlark partner Dr. Catalin Chiritescu, CEO of Phi Optics, appreciates both Meadowlark's products and people. See what he has to say: buff.ly/3VUPIV9 #testimonial #phioptics #meadowlarkoptics

UIUC researchers found that fluorescent labeling reduces #CellViability using a 95% accurate assay by quantitative phase imaging (QPI) from #PhiOptics' CellVista-SLIM and #MachineLearning, highlighting the need for label-free #QPI in cell-biology research. ow.ly/mpaF50Sk5Cu

phioptics's tweet image. UIUC researchers found that fluorescent labeling reduces #CellViability using a 95% accurate assay by quantitative phase imaging (QPI) from #PhiOptics' CellVista-SLIM and #MachineLearning, highlighting the need for label-free #QPI in cell-biology research. ow.ly/mpaF50Sk5Cu

At UIdaho, Brown & LBNL, scientists quantified bacterial dry-density with #QuantitativePhaseImaging by #PhiOptics' #CellVistaSLIM to reveal an unknown link between bacterial crowding and population fitness, highlighting the utility of our tools in bacterial population control.

phioptics's tweet image. At UIdaho, Brown & LBNL, scientists quantified bacterial dry-density with #QuantitativePhaseImaging by #PhiOptics' #CellVistaSLIM to reveal an unknown link between bacterial crowding and population fitness, highlighting the utility of our tools in bacterial population control.

Researchers at UIUC showed that astrocytes dynamically adjust their structure to optimize brain function for different times of day. #Neuroscience #Astrocytes #PhiOptics #UIUCResearch Read more on the science: mdpi.com/2073-4409/11/1… Find out about SLIM and GLIM at Phi Optics

phioptics's tweet image. Researchers at UIUC showed that astrocytes dynamically adjust their structure to optimize brain function for different times of day. #Neuroscience #Astrocytes #PhiOptics #UIUCResearch
Read more on the science: mdpi.com/2073-4409/11/1…
Find out about SLIM and GLIM at Phi Optics

#PhiOptics SLIM and GLIM achieved more than 70% cell-cycle stage prediction accuracy using Phase Imaging with Computational Specificity (#PICS), indicating Phi Optics #QPI has great potential for biomolecular insights when combined with #MachineLearning. doi.org/10.1021/acspho…

phioptics's tweet image. #PhiOptics SLIM and GLIM achieved more than 70% cell-cycle stage prediction accuracy using Phase Imaging with Computational Specificity (#PICS), indicating Phi Optics #QPI has great potential for biomolecular insights when combined with #MachineLearning.
doi.org/10.1021/acspho…

With Phi Optics' QPI (CellVista SLIM and CellVista GLIM) biologists can study cells without damaging key processes to advance fields as diverse as neuroscience and microbiology. Read more: ow.ly/jWQz50RHgOK #LabelFreeMicroscopy #PhiOptics #QPI

phioptics's tweet image. With Phi Optics' QPI (CellVista SLIM and CellVista GLIM) biologists can study cells without damaging key processes to advance fields as diverse as neuroscience and microbiology. 
Read more: ow.ly/jWQz50RHgOK
#LabelFreeMicroscopy #PhiOptics #QPI

University of Illinois researchers studied collagen fiber organization in tissue affected by pelvic organ prolapse with Phi Optics spatial light interference microscopy (SLIM). #PelvicOrganProlapse #TissueResearch #PhiOptics #BiopsyStudy Read more... ow.ly/96pm50QtguS

phioptics's tweet image. University of Illinois researchers studied collagen fiber organization in tissue affected by pelvic organ prolapse with Phi Optics spatial light interference microscopy (SLIM). #PelvicOrganProlapse #TissueResearch #PhiOptics #BiopsyStudy
Read more... ow.ly/96pm50QtguS

At UIdaho, Brown & LBNL, scientists quantified bacterial dry-density with #QuantitativePhaseImaging by #PhiOptics' #CellVistaSLIM to reveal an unknown link between bacterial crowding and population fitness, highlighting the utility of our tools in bacterial population control.

phioptics's tweet image. At UIdaho, Brown & LBNL, scientists quantified bacterial dry-density with #QuantitativePhaseImaging by #PhiOptics' #CellVistaSLIM to reveal an unknown link between bacterial crowding and population fitness, highlighting the utility of our tools in bacterial population control.

#PhiOptics SLIM and GLIM achieved more than 70% cell-cycle stage prediction accuracy using Phase Imaging with Computational Specificity (#PICS), indicating Phi Optics #QPI has great potential for biomolecular insights when combined with #MachineLearning. doi.org/10.1021/acspho…

phioptics's tweet image. #PhiOptics SLIM and GLIM achieved more than 70% cell-cycle stage prediction accuracy using Phase Imaging with Computational Specificity (#PICS), indicating Phi Optics #QPI has great potential for biomolecular insights when combined with #MachineLearning.
doi.org/10.1021/acspho…

UIUC researchers found that fluorescent labeling reduces #CellViability using a 95% accurate assay by quantitative phase imaging (QPI) from #PhiOptics' CellVista-SLIM and #MachineLearning, highlighting the need for label-free #QPI in cell-biology research. ow.ly/mpaF50Sk5Cu

phioptics's tweet image. UIUC researchers found that fluorescent labeling reduces #CellViability using a 95% accurate assay by quantitative phase imaging (QPI) from #PhiOptics' CellVista-SLIM and #MachineLearning, highlighting the need for label-free #QPI in cell-biology research. ow.ly/mpaF50Sk5Cu

Longtime Meadowlark partner Dr. Catalin Chiritescu, CEO of Phi Optics, appreciates both Meadowlark's products and people. See what he has to say: buff.ly/3VUPIV9 #testimonial #phioptics #meadowlarkoptics

MLOptics's tweet image. Longtime Meadowlark partner Dr. Catalin Chiritescu, CEO of Phi Optics, appreciates both Meadowlark's products and people. See what he has to say: buff.ly/3VUPIV9 #testimonial #phioptics #meadowlarkoptics

Researchers at UIUC showed that astrocytes dynamically adjust their structure to optimize brain function for different times of day. #Neuroscience #Astrocytes #PhiOptics #UIUCResearch Read more on the science: mdpi.com/2073-4409/11/1… Find out about SLIM and GLIM at Phi Optics

phioptics's tweet image. Researchers at UIUC showed that astrocytes dynamically adjust their structure to optimize brain function for different times of day. #Neuroscience #Astrocytes #PhiOptics #UIUCResearch
Read more on the science: mdpi.com/2073-4409/11/1…
Find out about SLIM and GLIM at Phi Optics

Researchers used #QPI by #PhiOptics' CellVista-SLIM for #LabelFree measurement of optogenetically-induced neuronal activity to removing traditional barriers to #optogenetics like cumbersome electrophysiology techniques or harmful fluorescent labels. ow.ly/M76N50Tl7yB

phioptics's tweet image. Researchers used #QPI by #PhiOptics' CellVista-SLIM for #LabelFree measurement of optogenetically-induced neuronal activity to removing traditional barriers to #optogenetics like cumbersome electrophysiology techniques or harmful fluorescent labels. ow.ly/M76N50Tl7yB

UIdaho Researchers used #PhiOptics' CellVista-SLIM and #MachineLearning from CellVista-AI to identify intracellular #LipidDroplets, which are mechanistically linked to #viral infections and #cancer. Book a live demo: ow.ly/M1gI50Tq9BY Read more: ow.ly/p8VG50Tq9BW

phioptics's tweet image. UIdaho Researchers used #PhiOptics' CellVista-SLIM and #MachineLearning from CellVista-AI to identify intracellular #LipidDroplets, which are mechanistically linked to #viral infections and #cancer. 
Book a live demo: ow.ly/M1gI50Tq9BY
Read more: ow.ly/p8VG50Tq9BW

It's #PhiOptics second day at #SfN24! Get in touch to learn how #CellVistaSLIM enhances brain tissue studies, like when UIUC researchers used SLIM to measure myelination. Read more online: ow.ly/6FP350TFjby Message us to schedule a chat: bit.ly/m/PhiOpticsInc

phioptics's tweet image. It's #PhiOptics second day at #SfN24! Get in touch to learn how #CellVistaSLIM enhances brain tissue studies, like when UIUC researchers used SLIM to measure myelination. Read more online: ow.ly/6FP350TFjby
Message us to schedule a chat: bit.ly/m/PhiOpticsInc

Researchers at UIUC used #LabelFree QPI by #PhiOptics #CellVistaSLIM to measure neurite transport to distinguish minute changes in transport velocity, demonstrating the sensitivity of our non-invasive tools for deep #Neurobiology insights. Read online: ow.ly/4sgx50TuWVK

phioptics's tweet image. Researchers at UIUC used #LabelFree QPI by #PhiOptics #CellVistaSLIM to measure neurite transport to distinguish minute changes in transport velocity, demonstrating the sensitivity of our non-invasive tools for deep #Neurobiology insights. Read online: ow.ly/4sgx50TuWVK

#PhiOptics is at #SfN24 today! Don't miss this opportunity to learn how #LabelFree microscopy can turbocharge your neuroscience. Read how USC researchers did it by combining #CellVistaSLIM with #AI: ow.ly/jA8750TFj8m Email us to schedule a chat: bit.ly/m/PhiOpticsInc

phioptics's tweet image. #PhiOptics is at #SfN24 today! Don't miss this opportunity to learn how #LabelFree microscopy can turbocharge your neuroscience. Read how USC researchers did it by combining #CellVistaSLIM with #AI: ow.ly/jA8750TFj8m
Email us to schedule a chat: bit.ly/m/PhiOpticsInc

Binding DNA to sperm with liposomes is an efficient method (SMGT) for animal transgenesis without embryo manipulation. Read more at UIUC: link.springer.com/article/10.100… Visit Phi Optics #PhiOptics #sperm #microscopy #transgenics #SMGT

phioptics's tweet image. Binding DNA to sperm with liposomes is an efficient method (SMGT) for animal transgenesis without embryo manipulation. Read more at UIUC: link.springer.com/article/10.100… Visit Phi Optics #PhiOptics #sperm #microscopy #transgenics #SMGT

Today's the last chance to meet #PhiOptics at #SfN24 to learn how #CellVistaSLIM creates opportunity in neurobiology, like when UIUC researchers measured axonal mass transport without labels. More online: ow.ly/1IjM50TFjfh Schedule a chat over email: bit.ly/m/PhiOpticsInc

phioptics's tweet image. Today's the last chance to meet #PhiOptics at #SfN24 to learn how #CellVistaSLIM creates opportunity in neurobiology, like when UIUC researchers measured axonal mass transport without labels. More online: ow.ly/1IjM50TFjfh
Schedule a chat over email: bit.ly/m/PhiOpticsInc

The #PhiOptics team thanks Chris at @HamamatsuPhoton and Kelly at @MLOptics for their continued OEM partnerships. OEM partners love our modular #QPI add-ons for their #LifeScience product lines. If you missed us at #SfN24, contact us to learn more: bit.ly/m/PhiOpticsInc

phioptics's tweet image. The #PhiOptics team thanks Chris at @HamamatsuPhoton and Kelly at @MLOptics for their continued OEM partnerships. OEM partners love our modular #QPI add-ons for their #LifeScience product lines. If you missed us at #SfN24, contact us to learn more: bit.ly/m/PhiOpticsInc

Ever wondered how #QPI can level-up your research? In this webinar, you will learn how #PhiOptics modular microscope add-ons enable deep insights in 2D and 3D model systems without harmful fluorescent dyes or labels! Register now: bit.ly/4dMWXEd

phioptics's tweet image. Ever wondered how #QPI can level-up your research? In this webinar, you will learn how #PhiOptics modular microscope add-ons enable deep insights in 2D and 3D model systems without harmful fluorescent dyes or labels! Register now: bit.ly/4dMWXEd

Good news, if you thought you missed this webinar, we have had to reschedule it for October 29. If your research involves cell cultures & if you are looking for a label-free quantitative imaging technique to evaluate the success & behaviour of your #cellcultures REGISTER NOW!



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