Scientific Notes about environmental cellular control

Innovative tools for cell environmental control are important for multiple fields in research, from basic research to drug discovery in immuno-oncology. Technological advances in microfluidics, microscopy and 3D cell culture will allow major advances in our knowledge about how healthy and pathological tissues work. Browse our scientific notes to be updated in recent discoveries and scientific advances.

CherryTemp thermal stage

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temperature controller for live cell imaging

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Perfusion

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Cell biology

Microtubules Scientific Notes

Microtubule depolymerization by cold

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Microtubule depolymerization by cold
Microtubules Scientific Notes

Microtubule dynamics and MAPs

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Microtubule dynamics and MAPs
Cell biology Phase separation Scientific Notes

Liquid-liquid phase separation in biology

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Liquid-liquid phase separation in biology
Cell biology Drosophila Model organisms Scientific Notes

Drosophila life cycle and fly anatomy

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Drosophila life cycle and fly anatomy
Cell biology Scientific Notes

Agar pad for live cell imaging

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Agar pad for live cell imaging
Bacteria Cell biology Model organisms Scientific Notes Thermosensitivity

Heat shock protein Hsp70

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Heat shock protein Hsp70
Bacteria Cell biology Model organisms Scientific Notes

Thermophile and cryophile archaea and bacteria

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Thermophile and cryophile archaea and bacteria
Cell biology Scientific Notes

Use of temperature sensitive SV40 large T antigen for conditional cell line transformation

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Use of temperature sensitive SV40 large T antigen for conditional cell line transformation
Cell cycle Scientific Notes

Temperature control and live-cell imaging

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Temperature control and live-cell imaging
C. elegans Model organisms Scientific Notes Thermosensitivity

C. elegans, the need of controlling temperature

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C. elegans, the need of controlling temperature
Cell biology Microfluidics Scientific Notes

Human cells: Cellular metabolism

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Human cells: Cellular metabolism
C. elegans Cell division Model organisms Scientific Notes

Asymmetric cell division in C. elegans

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Asymmetric cell division in C. elegans
Cell cycle Scientific Notes

Human cells: Cell cycle temperature control

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Human cells: Cell cycle temperature control
Microfluidics Scientific Notes Vesicular trafficking

Cell lines: Vesicular trafficking

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Cell lines: Vesicular trafficking
Scientific Notes Vesicular trafficking

Tracking viral entry

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Tracking viral entry
Cell cycle Model organisms Scientific Notes Thermosensitivity Yeast

Yeast: Cell cycle and thermosensitive mutations

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Yeast: Cell cycle and thermosensitive mutations
Cell cycle Cell division Model organisms Scientific Notes Yeast

Yeast: Spindle and Microtubule assembly

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Yeast: Spindle and Microtubule assembly
C. elegans Cell biology Model organisms Scientific Notes

C. elegans temperature-sensitive mutants

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Microscopy

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Organ on chip

3D cell culture Cancer Organs-on-chip Scientific Notes

3D cell culture and anticancer drug testing

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3D cell culture and anticancer drug testing
Cancer Immuno Oncology Organs-on-chip State of the art

In Vitro Immune Organs-on-Chip for Drug Development

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In Vitro Immune Organs-on-Chip for Drug Development
liver on a chip Microscopy Organs-on-chip Scientific Notes Super resolution microscopy

Nanoscopy: a way to improve drugs screening and liver fenestrations understanding

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Nanoscopy: a way to improve drugs screening and liver fenestrations understanding
3D cell culture liver on a chip Organs-on-chip Scientific Notes

Liver function and liver on a chip

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Liver function and liver on a chip
Organs-on-chip State of the art

Alternative to PDMS: a new biocompatible polymer for microfuidics

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Alternative to PDMS: a new biocompatible polymer for microfuidics
3D cell culture Organs-on-chip

Are spheroids recapitulating basic physiology of human organs?

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Are spheroids recapitulating basic physiology of human organs?
Organs-on-chip

Looking to the future of organs-on-chips: interview with Professor John Wikswo

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Looking to the future of organs-on-chips: interview with Professor John Wikswo
Organs-on-chip State of the art

Muscle on a Chip: State of the Art

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Muscle on a Chip: State of the Art
Organs-on-chip State of the art

Skin on a chip state of the Art

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Skin on a chip state of the Art
Organs-on-chip State of the art

Pancreas on a chip : State of the Art

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Pancreas on a chip : State of the Art
Organs-on-chip State of the art

Heart on a chip: State of the Art

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Heart on a chip: State of the Art
Organs-on-chip State of the art

Liver on a chip state of the art

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Liver on a chip state of the art
Organs-on-chip

How far are we from embryogenesis in a dish?

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How far are we from embryogenesis in a dish?
3D cell culture Organs-on-chip

The complexity behind the 3D cell cultures: the 3D liver cell culture case

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The complexity behind the 3D cell cultures: the 3D liver cell culture case
3D cell culture Organs-on-chip

From 2D to 3D cell cultures

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From 2D to 3D cell cultures
3D cell culture Organs-on-chip

Spheroids as powerul 3D-cell culture intermediates

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Spheroids as powerul 3D-cell culture intermediates
3D cell culture Organs-on-chip

Organotypic culture: from the beginning to 3D cell culture

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Organotypic culture: from the beginning to  3D cell culture
Organs-on-chip State of the art

Organs on chips and drug development

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Organs on chips and drug development
Organs-on-chip

Human-on-a-chip: Emulate’s President and CSO Geraldine Hamilton

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Human-on-a-chip: Emulate’s President and CSO Geraldine Hamilton
Organs-on-chip

Human-on-a-chip: Dr. John Wikswo’s Homunculi

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Human-on-a-chip: Dr. John Wikswo’s Homunculi
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CherryTemp thermal stage

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Ultra-fast shifts and temperature accuracy at the sample level

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