Name: コーニングの細胞培養表面とその活用例
Start: 2024-06-18T06:00:00Z
End: 2024-06-18T06:00:50.000Z
Location: BrightTALK
Rating: 5

The Corning Scientific Seminar Series is a series of free, online technical presentations that provide novel tips, best practices and proven techniques to help advance your research. Delivered by scientists to scientists, these one-hour broadcasts offer useful information and tips for lab technicians and researchers.

PCR, Polymerase Chain Reaction, is the cornerstone of current molecular biology. Across diverse fields such as drug discovery, developmental biology, and bioinformatics, PCR is a critical method for elucidating gene expression of interest. Whether performed in tubes, strips, or plates, this fundamental technique simply reveals if a gene is activated and to what extent, either qualitatively or quantitatively. Alongside an introduction to PCR and the troubleshooting, we are here to introduce Corning’s end-to-end solutions for PCR and genomics workflows, emphasizing our commitment to quality assurance as evidenced by our Certificates of Analysis and Certificates of Compliance—often overlooked but providing the utmost assurance and peace of mind for our users.

Many a Little Makes a Mickle - PCR: Genomics Workflow

本ウェビナーでは、2D細胞培養と3D細胞培養の培養法の違いや利用できるアプリケーションを解説します。また、3D細胞培養のワークフローの効率化や改善に向けた提案についてもご紹介します。

2D培養と3D培養：3D細胞培養への移行の利点

Join us on July 18, 2024, for a live webinar presented by Jesus Martinez, Laboratory Glass Product Line Manager at Corning Life Sciences. During this presentation we will discuss:
- The PYREX brand history
- Product line innovation
- Unique advantages that have made PYREX labware a household name
- Commitment to the quality you deserve

PYREX® Labware: 100+ Years of History

Culture medium and serum are the first thing we consider from the beginning of cell culture. As the home of cells, it supports the growth and productivity of cells, from bench to production. Join us as we will explore the criticality of culture medium and serum. We will discuss on how we can increase productivities. With Corning's solution, we can overcome the cultivation bottlenecks with tailored medium and additives.

Media and Sera, Sweet Home of Cells

This webinar will cover: 
•Choosing the right surface and media
•Good practices for pipetting
•Cryopreservation of samples

Cell Culture Fundamentals: Cryopreservation, Pipetting, and More

Many mammalian cells, including stem cells and cancer cells, rely on scaffolding for 3D cell cultures. Selecting appropriate hydrogels to create a physiologically relevant microenvironment in these cultures has long been a grand challenge.

Presented by Dr. Xiuzhi Susan Sun, University Distinguished Professor at Kansas State University, and Elizabeth Abraham, New Product Strategy Director at Corning Life Sciences, this webinar will cover:
- Hydrogel selections and their impact on unlocking the potential of pluripotent stem cells (PSCs)
- The complexities of maintaining and expanding human induced pluripotent stem cells (hiPSCs)
- Advanced techniques for generating in vitro tumor models that faithfully mimic the physiological conditions of in vivo mouse models

Advanced Synthetic Peptide Hydrogel for Physiologically Relevant 3D Cell Culture

3D cell culture is gaining traction as an attractive alternative to traditional cell culture methods. As the field is advancing with remarkable creativity and enthusiasm, we continue to unearth new findings that differ from our experience with 2D cell culture research or even unshackle us from the limit of 2D cell culture. This proves critical in research areas such as developmental biology, cancer biology, drug discovery and especially personalized medicine. Corning cell culture product portfolio proudly covers a vast range of 3D cell culture need. Join us in this webinar to explore paradigm-shifting applications and if 2D cell culture are holding you back.

The three-dimension problem: Is 2D cell culture holding you back?

Learning a new software can be difficult, but with Corning, it doesn’t have to be. In this webinar, you’ll see a live demonstration of the Corning Cell Counter’s cloud-based software.

You’ll learn about the Cell Counter’s:
-Speed and simplicity
-Counting chamber options
-2D and 3D software

How to Use the Corning® Cell Counter

Cell culture contamination can result in loss of time, money, and effort. Learn how to reduce contamination risk to optimize your work!

In this webinar, you'll learn about:
-Major cell culture contaminants
-Biological vs Chemical contaminants
-Sources of contaminants
-How to control cell culture contamination

Understanding and Managing Cell Culture Contamination

Exosomes, extracellular vesicles secreted by cells, have emerged as promising candidates for therapeutic applications due to their ability to carry a variety of biomolecules and participate in intercellular communication. This webinar will delve into the exosome production techniques, including production platforms, isolation methods, and quality control measures. Furthermore, in this webinar we will explore the therapeutic potential of exosomes in various diseases, such as cancer, neurodegenerative disorders, and inflammatory conditions.

Exploring the Frontier of Exosome Science: From Production to Therapy

コーニングが独自に開発したハイパーテクノロジー製品は、培養スペースを効率的に活用することが出来る画期的な大量培養向きの細胞培養容器です。このテクノロジーを採用したハイパーフラスコやハイパースタックセルカルチャー容器のアプリケーションをご紹介します。ハイパーテクノロジーと並びスペースを有効活用できるCorning® CellCube® システムも併せてご紹介します。

コーニングが提供する細胞培養のスケールアップソリューション

In this webinar, you'll learn about:
-The difference between 2D and 3D cell culture
-The value of each method
-When to use one method over the other
-Products available to help streamline and improve 3D workflows

2D versus 3D: Benefits of Moving to 3D Cell Culture

Commercial process technologies for biologics manufacturing are facing multiple challenges because of ongoing market economic pressure, uncertainty in market growth and low productivity manufacturing technologies. To overcome these challenges in novel production processes, HYPER Technology is one of technological advantages available. The next generation High Yield PERformance (HYPER) technology lets you grow large quantities of adherent cells in a compact space. The cell production technology uses a unique ultra-thin gas-permeable film to eliminate the air gap within the vessel. This results in a substantial increase in cell growth surface area compared to traditional vessels of comparable cubic footprint.
Join us as we evaluate the available platforms for commercializing adherent cell culture-based products, we will discuss the science of HYPER Technology and how its enabling process intensification and scale up. We will also go through case studies of use of this platform for protein production, cell and gene therapy, including adenovirus, lentivirus and whole cell as final products.

HYPER Technology: Revolutionizing Adherent Cell Culture

Extracellular matrix (ECM) proteins and synthetic hydrogels help cultured cells grow and function in an in vivo-like environment, so choosing the right product is critical.

In this Teach me in 10, we are joined by Dr. Anette Funfak, Field Application manager at Corning Life Sciences. She reviews different types of biological and synthetic hydrogels, as well as their characteristics, limitations and functional applications for building in vivo-like environments.

Synthetic vs. Biological Hydrogels

On-demand content from SLAS2024:

3D cell culture techniques offer significant benefits to researchers trying to recreate a more physiological environment for their experiments. Over the past decade, 3D cell culture has evolved and now encompasses a variety of techniques and applications. In this session, we will discuss emerging trends in 3D cell culture techniques and review technologies that allow users to create 3D environments in a consistent and efficient manner.

Solutions Spotlight: Emerging Trends in 3D Cell Culture Workflows

Spheroids and organoids have significant advantages over traditional two-dimensional (2D) cell cultures, in large part because of their ability to better mimic the architecture of tissue and organs and the in vivo microenvironment. The realistic cellular arrangement makes it possible to study biological behaviors as cell-cell interactions and cell migration in a physiologically meaningful context. Access to this information has important implications for developing personalized medicines and targeted therapies for a wide range of diseases.

In this GEN webinar, Corning Life Sciences’ Hilary Sherman will discuss the advantages of spheroid and organoid models over traditional 2D models and highlight why they are best option for biomedical research and drug development. During the webinar, you’ll learn about the variety of tools available for working with 3D culture and helpful tips for selecting the right tools for different applications.

Flat to Functional: Tools & Techniques for Working with Spheroids and Organoids

Please join us for a free webinar hosted by Pharma's Almanac and sponsored by Corning Life Sciences, "Designing a Recipe for Stem Cell Therapy Success" on Tuesday, December 05, 2023 at 11:00 A.M. EST. 

We are excited to feature two Field Application Scientists from Corning Life Sciences: Ben Josey, Ph.D., and Robert Padilla, MS. 

This webinar will be moderated by David Alvaro, Ph.D., of Pharma's Almanac and will include a live Q&A portion for participants to ask their own questions. 

We will discuss considerations and strategies for transitioning stem cell therapies from research into a production environment. 

In this free webinar, we will cover:  
• Cell type and end-product goals
• Platform and media selection for cell expansion
• Surface chemistry substrate choices and other cell culture success factors
• Succesfully translating your biology as you scale
• De-risking and optimizing processes
• And other biological and operational considerations

Designing a Recipe for Stem Cell Therapy Success

細胞培養の研究では、それぞれの実験でどのような培養表面を選択するかは悩ましいものです。この課題に直面した時、様々な培養表面の特長や情報の入手方法を知ることでより良い選択が出来るようになります。今回は、コーニングがその長い歴史の中で開発し続けてきた細胞培養用表面について、研究者の皆様からいただく相談内容も含めてご紹介いたします。

コーニングの細胞培養表面とその活用例

細胞培養

表面処理

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コーニングの細胞培養表面とその活用例

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