In the Field | Cell Culture Techniques and Research Breakthroughs from the Nucleus Cell Culture Blog | Corning

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Small But Mighty: High-Yield Cell Culture with A Minimal Footprint

Stacked culture vessels are increasing in popularity as an opportunity to dramatically reduce both handling time and spatial footprint, freeing valuable lab resources for increasing scope or other applications.

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Meet the Lab Products That Are Winning Scientists Over

Meet the Lab Products That Are Winning Scientists Over

Discover five Corning lab products that are making a difference for scientists and laboratory professionals around the world.

Discover five Corning lab...

Discover five Corning lab products that are...

Discover five Corning lab products that are making a difference for...

Discover five Corning lab products that are making a difference for scientists and laboratory professionals around...

Discover five Corning lab products that are making a difference for scientists and laboratory professionals around the world.
Scientists Share Their Essential Lab Products

Scientists Share Their Essential Lab Products

Find out what scientists are saying about the lab products they use in their laboratories.

Find out what scientists are...

Find out what scientists are saying about...

Find out what scientists are saying about the lab products they use in...

Find out what scientists are saying about the lab products they use in their laboratories.

Find out what scientists are saying about the lab products they use in their laboratories.
HYPERStack

Therapeutic Potential of Extracellular Vesicles

An expert panel from Corning took part in a podcast with Cell & Gene Therapy Insights to discuss EV's. What are they, what is their therapeutic potential, and what is the current research?

An expert panel from Corning...

An expert panel from Corning took part in a...

An expert panel from Corning took part in a podcast with Cell & Gene...

An expert panel from Corning took part in a podcast with Cell & Gene Therapy Insights to discuss EV's. What...

An expert panel from Corning took part in a podcast with Cell & Gene Therapy Insights to discuss EV's. What are they, what is their...
Cloud-based Tech Promises Superior Cell Counting Performance

Cloud-based Tech Promises Superior Cell Counting Performance

In this SelectScience article, product line manager at Corning Life Sciences, introduces the automated Corning® Cell Counter and describes how it can help researchers overcome common manual counting challenges to achieve faster, more accurate, and repeatable results.

In this SelectScience...

In this SelectScience article, product line...

In this SelectScience article, product line manager at Corning Life...

In this SelectScience article, product line manager at Corning Life Sciences, introduces the automated Corning®...

In this SelectScience article, product line manager at Corning Life Sciences, introduces the automated Corning® Cell Counter and describes how...
Small But Mighty: High-Yield Cell Culture with A Minimal Footprint

Small But Mighty: High-Yield Cell Culture with A Minimal Footprint

Stacked culture vessels are increasing in popularity as an opportunity to dramatically reduce both handling time and spatial footprint, freeing valuable lab resources for increasing scope or other applications.

Stacked culture vessels are...

Stacked culture vessels are increasing in...

Stacked culture vessels are increasing in popularity as an opportunity to...

Stacked culture vessels are increasing in popularity as an opportunity to dramatically reduce both handling time...

Stacked culture vessels are increasing in popularity as an opportunity to dramatically reduce both handling time and spatial footprint, freeing...
An image of the 'normal' and 'glioma' cerebral organoids Image © finelab.weill.cornell.edu

Organoid-based 3D Model of Human Glioblastoma: Recreating Brain Tumors in a Dish

In this SelectScience® interview, we speak with Dr. Richa Singhania, Director of the Starr Foundation Glionoid Translational Core at Weill Cornell Medicine, to learn about the key considerations in successfully recreating gliomas in a dish.

In this SelectScience®...

In this SelectScience® interview, we speak...

In this SelectScience® interview, we speak with Dr. Richa Singhania,...

In this SelectScience® interview, we speak with Dr. Richa Singhania, Director of the Starr Foundation Glionoid...

In this SelectScience® interview, we speak with Dr. Richa Singhania, Director of the Starr Foundation Glionoid Translational Core at Weill...
Manufacturing Warehouse

Q&A: The Life Sciences Supply Chain During the COVID-19 Pandemic

Lydia Kenton Walsh, Corning's Vice President of Commercial and Business Operations, answers questions on the COVID-19 diagnostics, treatments, and vaccines effect on the life sciences supply chain and how Corning Life Sciences is addressing the unprecedented demand.

Lydia Kenton Walsh, Corning's...

Lydia Kenton Walsh, Corning's Vice President...

Lydia Kenton Walsh, Corning's Vice President of Commercial and Business...

Lydia Kenton Walsh, Corning's Vice President of Commercial and Business Operations, answers questions on the...

Lydia Kenton Walsh, Corning's Vice President of Commercial and Business Operations, answers questions on the COVID-19 diagnostics, treatments,...
Dr. Jidong Shan

Frontline Workers in the Lab: Saluting the Unseen Warriors of COVID-19

Working long hours and sleepless nights, frontline workers in the lab have stepped up to do what had to be done. Here's one scientist's story.

Working long hours and...

Working long hours and sleepless nights,...

Working long hours and sleepless nights, frontline workers in the lab have...

Working long hours and sleepless nights, frontline workers in the lab have stepped up to do what had to be done....

Working long hours and sleepless nights, frontline workers in the lab have stepped up to do what had to be done. Here's one scientist's story.
Returning to the Lab Amid COVID-19: Tips to Manage the Transition

Returning to the Lab Amid COVID-19: Tips to Manage the Transition

Returning to the lab is possible — and maybe closer than you think. Here's what you need to know to get back to work.

Returning to the lab is...

Returning to the lab is possible — and maybe...

Returning to the lab is possible — and maybe closer than you think. Here's...

Returning to the lab is possible — and maybe closer than you think. Here's what you need to know to get back to...

Returning to the lab is possible — and maybe closer than you think. Here's what you need to know to get back to work.
Using Air-Liquid Interface in Your Research

Using Air-Liquid Interface in Your Research

Air-liquid interface cultures could play a growing role in the lab. Here's what you need to know to get started.

Air-liquid interface cultures...

Air-liquid interface cultures could play a...

Air-liquid interface cultures could play a growing role in the lab. Here's...

Air-liquid interface cultures could play a growing role in the lab. Here's what you need to know to get started.

Air-liquid interface cultures could play a growing role in the lab. Here's what you need to know to get started.
Scientist handling HYPERFlask

The Power of Partnership

The team at Corning understands the challenge of cell culture contamination and has a broad portfolio of vessels, surfaces, media, filtration options, and consumables to support accurate and reproducible results, as well as a team of experts to guide you along the way.

The team at Corning...

The team at Corning understands the...

The team at Corning understands the challenge of cell culture...

The team at Corning understands the challenge of cell culture contamination and has a broad portfolio of vessels,...

The team at Corning understands the challenge of cell culture contamination and has a broad portfolio of vessels, surfaces, media, filtration...
Person working on a computer at home

How Virtual Learning (and Four Other Tips) Can Help You Stay Productive During a Quarantine

If you're a scientist at home during COVID-19, keep your skills sharp with virtual learning and other creative tips and tools.

If you're a scientist at home...

If you're a scientist at home during...

If you're a scientist at home during COVID-19, keep your skills sharp with...

If you're a scientist at home during COVID-19, keep your skills sharp with virtual learning and other creative...

If you're a scientist at home during COVID-19, keep your skills sharp with virtual learning and other creative tips and tools.
3D Cell Culture & Drug Discovery

3D Cell Culture and Drug Discovery

Drug discovery remains difficult research, as success rates in clinical trials are relatively low.

Drug discovery remains...

Drug discovery remains difficult research,...

Drug discovery remains difficult research, as success rates in clinical...

Drug discovery remains difficult research, as success rates in clinical trials are relatively low.

Drug discovery remains difficult research, as success rates in clinical trials are relatively low.
In Vivo Cells

How 3D Cultures Better Mimic In Vivo Conditions

Learn the differences between 3D and 2D cell models, how and why 3D cell cultures better mimic in vivo conditions, and what the tools needed to work with 3D cell cultures are.

Learn the differences between...

Learn the differences between 3D and 2D cell...

Learn the differences between 3D and 2D cell models, how and why 3D cell...

Learn the differences between 3D and 2D cell models, how and why 3D cell cultures better mimic in vivo...

Learn the differences between 3D and 2D cell models, how and why 3D cell cultures better mimic in vivo conditions, and what the tools...
Breast Cancer Cells

Breast Cancer Microenvironments: Then, Now and Tomorrow

Learn why 3D cell models are far superior to 2D when creating cancer microenvironments.

Learn why 3D cell models are...

Learn why 3D cell models are far superior to...

Learn why 3D cell models are far superior to 2D when creating cancer...

Learn why 3D cell models are far superior to 2D when creating cancer microenvironments.

Learn why 3D cell models are far superior to 2D when creating cancer microenvironments.
Pipet inside matrigel

Apply the Right Hydrogel in Your Microplates for Better 3D Cell Culture Research

Researchers turn to hydrogels contained in microplates for a wide swath of investigations. But which one's right for you? 

Researchers turn to hydrogels...

Researchers turn to hydrogels contained in...

Researchers turn to hydrogels contained in microplates for a wide swath of...

Researchers turn to hydrogels contained in microplates for a wide swath of investigations. But which one's right...

Researchers turn to hydrogels contained in microplates for a wide swath of investigations. But which one's right for you? 
Dr. Gonzalo Castillo

Predictive pharmacology: Novel 3D drug testing systems for improved predictive accuracy

Dr. Gonzalo Castillo shares insights into overcoming the limitations of 2D pharmacology and improving the predictive capabilities of pharmacological assays using both 2D and 3D cell culture approaches.

Dr. Gonzalo Castillo shares...

Dr. Gonzalo Castillo shares insights into...

Dr. Gonzalo Castillo shares insights into overcoming the limitations of 2D...

Dr. Gonzalo Castillo shares insights into overcoming the limitations of 2D pharmacology and improving the...

Dr. Gonzalo Castillo shares insights into overcoming the limitations of 2D pharmacology and improving the predictive capabilities of...
Spheroid Culture Advancements – Microplates

Spheroid Culture Advancements – Microplates

For this Cell Culture Dish Ask the Expert session, we are happy to have Hilary Sherman, Senior Scientist and Audrey Bergeron, Applications Scientist both with Corning Life Sciences to answer questions about culturing spheroids and the latest advancements including new plate options.

For this Cell Culture Dish...

For this Cell Culture Dish Ask the Expert...

For this Cell Culture Dish Ask the Expert session, we are happy to have...

For this Cell Culture Dish Ask the Expert session, we are happy to have Hilary Sherman, Senior Scientist and...

For this Cell Culture Dish Ask the Expert session, we are happy to have Hilary Sherman, Senior Scientist and Audrey Bergeron, Applications...
Kidney Organoids

Modeling Kidney Disease with Bioengineered Kidney Organoids

Kidney organoid pioneer, Dr. Benjamin Freedman, explains the bioengineering, generation and application of 3D cell culture in studying kidney disease.

Kidney organoid pioneer, Dr....

Kidney organoid pioneer, Dr. Benjamin...

Kidney organoid pioneer, Dr. Benjamin Freedman, explains the...

Kidney organoid pioneer, Dr. Benjamin Freedman, explains the bioengineering, generation and application of 3D cell...

Kidney organoid pioneer, Dr. Benjamin Freedman, explains the bioengineering, generation and application of 3D cell culture in studying kidney...
Glioma Stem Cells

Glioma Stem Cells Enable the Production of 3D Human “Mini Brain” to Improve Glioblastoma Treatment

Discover how 3D models of glioblastoma using patient-derived stem cells could enable more effective treatment.

Discover how 3D models of...

Discover how 3D models of glioblastoma using...

Discover how 3D models of glioblastoma using patient-derived stem cells...

Discover how 3D models of glioblastoma using patient-derived stem cells could enable more effective treatment.

Discover how 3D models of glioblastoma using patient-derived stem cells could enable more effective treatment.
BioServe Space Technologies

BioServe Space Technologies Provides Unmatched Expertise and Supports Life Science Research in Space

BioServe Space Technologies scientists have developed innovative hardware that uniquely enables adherent cell culture research on the International Space Station — with assistance from Corning Life Sciences’ technology.

BioServe Space Technologies...

BioServe Space Technologies scientists have...

BioServe Space Technologies scientists have developed innovative hardware...

BioServe Space Technologies scientists have developed innovative hardware that uniquely enables adherent cell...

BioServe Space Technologies scientists have developed innovative hardware that uniquely enables adherent cell culture research on the...
Liquid Handling Close-Up

Help Advance Noninvasive Colorectal Cancer Screening | Corning Life Sciences

Custom 100 mL pipet from Corning enables Exact Sciences to move forward with large-scale release of Cologuard® and advance colon cancer screening.

Custom 100 mL pipet from...

Custom 100 mL pipet from Corning enables...

Custom 100 mL pipet from Corning enables Exact Sciences to move forward...

Custom 100 mL pipet from Corning enables Exact Sciences to move forward with large-scale release of Cologuard® and...

Custom 100 mL pipet from Corning enables Exact Sciences to move forward with large-scale release of Cologuard® and advance colon cancer...