Name: 3D Cell Culture Solutions to Maximize Biological Complexity and Throughput
Start: 2023-03-09T14:44:00Z
End: 2023-03-09T14:44:20.000Z
Location: BrightTALK
Rating: 0

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.

1. Exosomas; aplicaciones. Neil Vásquez (Universidad Nacional de Colombia)
2. Purificación y cuantificación de exosomas para aplicaciones de secretoma. Marío Camacho (Cryocell)

Terapias Celulares Avanzadas - Taller de Corning. Bloque 4

1. Atributos críticos de la calidad, marcadores, proliferación, potencia, diferenciación. Selem Torres (Instituto de Terapia Celular)
2. CRISPR-Cas y células CAR-T. Luis Daniel Hernández (Universidad de Guadalajara)

Terapias Celulares Avanzadas. Bloque 3

1. Induced Pluripotent Stem Cells (iPS): aplicaciones 
2. Regulación terapias celulares

Terapias Celulares Avanzadas. Bloque 2

1. Aislamiento, generación de linea celular de mesenquimales
2. Superficies avanzadas Cultivo Celular

Terapias Celulares Avanzadas. Bloque 1

Corning マトリゲル基底膜マトリックスをこれから使い始める方にもわかりやすく、使い方の
基本から解説します。また、オルガノイド形成をはじめ、マトリゲルを効果的に使用できるアプ
リケーションについて幅広くご紹介します。セミナーの最後には質疑応答ができる時間も設けて
います。

マトリゲルの基本とアプリケーション

Join us for an insightful webinar as we delve into the Corning bioprocess products and their applications. In this session, we will spotlight on the bioprocess solutions from Corning, including the innovative HYPER Technology and investigate a case study that examines the efficiency of two approaches: the HYPERStack system and the conventional flask method in clinical research study.
We will guide you through the difficulties of bioprocessing, showcasing the advantages and challenges of each technique. Through the lens of a real-world case study, we will unravel the nuances of these methodologies and explore their impact on cell production efficiency. This comparative analysis will provide valuable insights for researchers, scientists, and professionals seeking to optimize their bioprocessing workflows.
Don't miss this opportunity to get to know more about the bioprocess strategies and gain valuable knowledge from our in-depth exploration the potential of HYPERStack and other Corning Bioprocess products in your applications.

A Case Study Comparing Corning HYPERStack and Conventional Flask in Cell Therapy

In the ever-evolving field of cell culture, the key to successful experiments and groundbreaking research lies in the quality and innovation of cell culture media. This webinar will explore the fundamental building blocks of cell culture media and their evolution over the years. Delve into the diverse types of cell culture media and the pivotal role of serum supplements in promoting cell growth and product quality. Gain invaluable insights into media optimization strategies that drive successful research outcomes. Moreover, discover how Corning Life Science pioneers innovations in cell culture, empowering scientists with cutting-edge solutions for enhanced cell performance.

Unveiling the Cell Culture Media Magic

Obtaining accurate cell counting is essential in numerous scientific domains, from basic research to clinical diagnostic. The choice between manual and automated counting has presented researchers with dilemma, as each approach has its advantages and limitations. Corning Cell Counter resolves this challenge by integrating both advantages of manual and automated platforms into a single device, which is fast, accurate, and affordable. 
Join us for this exciting webinar as we will introduce the features of Corning Cell Counter, insights into the comparison of open and closed systems in cell counter and explore the applications of Corning Cell Counter in small cell counting and organoid counting.

Corning® Cell Counter: An Open System Automated Cell Counter

Charlotte Barker, Editor, BioInsights, speaks to William Swaney, President of Manufacturing, Expression Therapeutics, John (Yoshi) Shyu, Director, Global Scientific Applications, Corning Life Sciences, and Nikhil Tyagi, Director of Cell Therapy Process Development, Center for Breakthrough Medicines

Accelerating cancer therapies development: platform, process, and partnership

Cell and gene therapies are attracting attention as new drivers of growth in the pharmaceutical and biotech industries. The global market for cell and gene therapies is expected to reach a size of $60 billion by 2026. In particular, the field of anti-cancer therapies is expected to form the largest market and be developed for various indications. With the expansion of the Contract Development and Manufacturing Organization (CDMO) market worldwide, interest in cell and gene therapy companies is also growing stronger. In line with the global market, from research and development to manufacturing, Corning is proud to offer the latest innovative technology to support your advanced therapy applications. From vaccine production to advanced therapy applications.

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.

This webinar illustrates the Corning’s HYPER technology to meet scale-up and approach challenge in cell and gene therapy bioprocessing.

Save your time with Corning® HYPER technology

In this Expert Roundtable discussion, three experts speak about the challenges the rapidly expanding gene therapy field is facing in scaling up adeno-associated vector manufacturing, and the potential solutions.

Strategies for Scaling Up and Out in Gene Therapy Manufacturing

Extracellular matrix (ECM) can mimic in vivo environments for 2D and 3D cell culture applications. Corning Matrigel Matrix has been utilized as a powerful tool in general cell culture, assays, in vivo applications, stem cell culture and organoid culture. This webinar will introduce basic information on Corning Matrigel matrix and discuss tips and techniques for handling Corning Matrigel matrix. 

In this webinar, Kyung-A Song will review:
• Introduction to Corning Matrigel matrix
• Key features & material properties of Corning Matrigel matrix
• Usages of Corning Matrigel matrix
• Tips & techniques for handling Corning Matrigel matrix

Basics of Corning® Matrigel® Matrix

The cell and gene therapy field is rapidly advancing, placing a focus on manufacturing challenges to meet the growing demand. The efficient harvest of viable cells or cell products and maintenance of native biological function influences platform and workflow choices. Established protocols for viral vector production on a range of scalable adherent platforms can be tailored to meet end objectives, taking into consideration factors such as desired yield, time to optimize the process, facility space, and media usage. Essentially, there is no ‘one-size-fits-all’ platform for upstream adherent cell culture.

Tailor Your Cell Culture Platform to Achieve Objectives & Scale Requirements

これから3D細胞培養を始める方向けに、知っておくべき3D細胞培養の基礎知識と実験に必要な材料について説明します。また、目的に合った3D細胞培養手法の選び方やベストプラクティスをコーニング製品を用いたアプリケーション情報を交えて解説します。今年発売したCorning® Matribot® バイオプリンターについてもご紹介します。

＜セミナーのポイント＞
・目的に応じた3D細胞培養手法の選び方
・すぐに役立つ3D細胞培養のベストプラクティス
・スフェロイドモデルを始める際の培養ポイント
・オルガノイドモデルを始める際の培養ポイント
・創薬・毒性学研究に活用され始めた3Dバイオプリンティング

3D細胞培養の始め方 ～3Dモデルシステムとコーニングが提供するソリューション～

In this webinar, we will introduce Corning®Matribot®, the first benchtop bioprinter designed to handle temperature-sensitive hydrogels. 
We will provide a comprehensive overview of the Matribot®’s features and capabilities, including its unparalleled Matrigel® dispensing and bioprinting functions. We will delve into the device’s precise dispensing function, enabling the formation of organoids, and its biopriting function for the creation of 3D skin models. In this webinar, attendees can expect to have a deep understanding of the Matribot® and to gain invaluable insights into its potential applications.

Introducing Corning® Matribot® Bioprinter for Organoid and Skin Model Formation

GreenLabs Recycling offers a solution for non-hazardous plastic currently going to landfills. This webinar will cover some statistics about non-hazardous waste in laboratories and our current and future solutions.

You will learn:
- How did GreenLabs Start and what do we do today? 
- What does the future look like?

Lab Plastic Recycling in the Greater Boston Area

There is intense interest in research applications of organoids—mini-organs grown in a dish that are made up of different cell types that self-organize into tissue assemblies. By accurately mimicking human tissue biology, organoids hold great promise to revolutionize scientific discovery and healthcare with multimodal potential for new drug development, precision medicine, and regenerative medicine. Human organoids can be derived from either human pluripotent stem cells (hPSCs) or primary biopsy or autopsy tissues. However, there are significant challenges in quality control and reproducibility.

In this webinar, two experts in 3D cell culture and organoid biology will share their expertise on this exciting field. Dr. Elizabeth Abraham (Corning Life Sciences) will discuss the latest developments in 3D cell culture, including key applications, new tools and technologies, and bridging the pre-clinical gap. The main presentation will be given by Dr. Lauretta Lacko (Weill Cornell Medicine), who will discuss the myriad medical applications of organoids. She will draw on her insights running the Human Therapeutic Organoid Core (HTOC) facility, providing quality organoids to the scientific community, in particular the value of sourcing high-quality reagents and optimizing protocols.

Accelerating Organoid-Based Scientific Discovery

Making sustainable and environmentally-friendly choices at home, from the products we buy to the behaviors we practice, is easy. However, once we enter the laboratory, we tend to forget some of these choices.

This webinar will review some best practices to help make your laboratory space more sustainable. Moving toward a more environmentally-friendly lab can include reducing energy usage, choosing consumables that minimize waste, and optimizing lab processes.

We will share tips, tricks, and unexpected places where you can make your laboratory a safe, healthy, and environmentally-conscious place for everyone. Any small change to your daily practices, in the lab and at home, can make a difference to the environment, and if you can foster a culture of sustainability, the impact will be even greater. It’s time to start CELLebrating any victory toward a better planet!

CELLebrate Sustainability in the Lab

3D cell culture allows you to more accurately model in vivo tissue under in vitro conditions. However, traditional techniques and workflows to generate these cultures can be tedious, inconsistent, and time consuming. This talk will highlight new tools available for researchers to help accelerate and scale their spheroid and organoid workflows, including the Corning® Matribot® bioprinter and Corning Elplasia® 12K flask.

3D Cell Culture Solutions to Maximize Biological Complexity and Throughput

Life Sciences

3d cell culture

matribot

elplasia

bioprinting

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3D Cell Culture Solutions to Maximize Biological Complexity and Throughput

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