Media Summary: DMU students are among the first undergrad students in the world to use Mitochondria are highly dynamic organelles that maintain their morphology via continuous fission and fusion, also known as ... On the left panel you can observe a time-lapse of pre-adipocytes imaged with the

3d Label Free Live Cell - Detailed Analysis & Overview

DMU students are among the first undergrad students in the world to use Mitochondria are highly dynamic organelles that maintain their morphology via continuous fission and fusion, also known as ... On the left panel you can observe a time-lapse of pre-adipocytes imaged with the Dr. Mathieu Frechin, Head of Quantitative Biology at Nanolive will introduce you to our holotomographic microscopy and its ... In this movie (killing assay) you can see T- A time-lapse video of a Chinese Hamster Ovary (CHO)

Conventional Imaging Tools vs Check out this insightful animation explaining the constant struggles with ... The video features primary human keratinocytes isolated from the epidermis of human skin. The function of keratinocytes is to ... Are you looking for something to do over the festive period? Why not watch our latest webinar about phenotypic variation in single ... This video shows a loss of mitochondrial potential (fluorescence intensity is progressively reducing) over the time of the movie.

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3D label-free live cell imaging at De Montfort University UK
Label-free Live Cell Imaging: Activated T-Cell Killing Cancer Cell
Mitochondrial dynamics - Label-free 3D Live Cell Imaging
3D Label-free Live Cell Imaging: Mitochondria in Holotomography vs Electron Microscopy
Webinar | Label-free live cell imaging meets Immuno-Oncology
Label-free Live Cell Imaging: T-cells killing cancer cells - zoomed-in
Nuclear rotation and endocytosis in CHO cell - Label free 3D Live Cell Imaging
Holotomography for Label-Free 3D Live Cell Imaging
Label-free live cell imaging of primary human keratinocytes for 13 hours
Label-free Live Cell Imaging: Living Macrophages Marker-free
Label-free live cell imaging of apoptosis of T685A human melanoma cancer cell
Label-free live cell imaging of primary human keratinocytes for 1h50mins
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3D label-free live cell imaging at De Montfort University UK

3D label-free live cell imaging at De Montfort University UK

DMU students are among the first undergrad students in the world to use

Label-free Live Cell Imaging: Activated T-Cell Killing Cancer Cell

Label-free Live Cell Imaging: Activated T-Cell Killing Cancer Cell

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Sponsored
Mitochondrial dynamics - Label-free 3D Live Cell Imaging

Mitochondrial dynamics - Label-free 3D Live Cell Imaging

Mitochondria are highly dynamic organelles that maintain their morphology via continuous fission and fusion, also known as ...

3D Label-free Live Cell Imaging: Mitochondria in Holotomography vs Electron Microscopy

3D Label-free Live Cell Imaging: Mitochondria in Holotomography vs Electron Microscopy

On the left panel you can observe a time-lapse of pre-adipocytes imaged with the

Webinar | Label-free live cell imaging meets Immuno-Oncology

Webinar | Label-free live cell imaging meets Immuno-Oncology

Dr. Mathieu Frechin, Head of Quantitative Biology at Nanolive will introduce you to our holotomographic microscopy and its ...

Sponsored
Label-free Live Cell Imaging: T-cells killing cancer cells - zoomed-in

Label-free Live Cell Imaging: T-cells killing cancer cells - zoomed-in

In this movie (killing assay) you can see T-

Nuclear rotation and endocytosis in CHO cell - Label free 3D Live Cell Imaging

Nuclear rotation and endocytosis in CHO cell - Label free 3D Live Cell Imaging

A time-lapse video of a Chinese Hamster Ovary (CHO)

Holotomography for Label-Free 3D Live Cell Imaging

Holotomography for Label-Free 3D Live Cell Imaging

Conventional Imaging Tools vs #Holotomography Check out this insightful animation explaining the constant struggles with ...

Label-free live cell imaging of primary human keratinocytes for 13 hours

Label-free live cell imaging of primary human keratinocytes for 13 hours

The video features primary human keratinocytes isolated from the epidermis of human skin. The function of keratinocytes is to ...

Label-free Live Cell Imaging: Living Macrophages Marker-free

Label-free Live Cell Imaging: Living Macrophages Marker-free

In this video - obtained with Nanolive's

Label-free live cell imaging of apoptosis of T685A human melanoma cancer cell

Label-free live cell imaging of apoptosis of T685A human melanoma cancer cell

This is a Programmed

Label-free live cell imaging of primary human keratinocytes for 1h50mins

Label-free live cell imaging of primary human keratinocytes for 1h50mins

The video features primary human keratinocytes isolated from the epidermis of human skin. The function of keratinocytes is to ...

Label-free live cell imaging phenotypic variation in single cells. Webinar now available on demand!

Label-free live cell imaging phenotypic variation in single cells. Webinar now available on demand!

Are you looking for something to do over the festive period? Why not watch our latest webinar about phenotypic variation in single ...

Label-free Live Cell Imaging: Living Macrophages Marker-free imaged for 4 hours

Label-free Live Cell Imaging: Living Macrophages Marker-free imaged for 4 hours

Macrophages were imaged with Nanolive's

Label-free Live Cell Imaging: Fine mitchondrial dynamics in response to cell shape changes

Label-free Live Cell Imaging: Fine mitchondrial dynamics in response to cell shape changes

On the left panel you can observe a time-lapse of pre-adipocytes imaged with the

Label-free live cell imaging of macropinocytosis (cell drinking)

Label-free live cell imaging of macropinocytosis (cell drinking)

Pinocytosis is a non-specific

Label-free live cell imaging vs. fluorescence: Phototoxicity on Mitochondria - spot the difference

Label-free live cell imaging vs. fluorescence: Phototoxicity on Mitochondria - spot the difference

This video shows a loss of mitochondrial potential (fluorescence intensity is progressively reducing) over the time of the movie.

Human induced pluripotent stem cells (iPSCs) - Label free 3D Live cell Imaging taken by the HT_X1

Human induced pluripotent stem cells (iPSCs) - Label free 3D Live cell Imaging taken by the HT_X1

Human induced pluripotent stem

Label-free Live Cell Imaging: Glioblastoma cells undergoing autophagy

Label-free Live Cell Imaging: Glioblastoma cells undergoing autophagy

Autophagy, a process through which

Label-free live cell imaging of Mesenchymal Stem Cells undergoing mitosis

Label-free live cell imaging of Mesenchymal Stem Cells undergoing mitosis

Mesenchymal stem