Corning Life Sciences Asia

Culture your cells using Corning® Synthegel® 3D Matrix Kits, our chemically defined, self-healing synthetic hydrogel bio-tools. These synthetic hydrogels are perfect for creating physiologically relevant spheroids and 3D cultures of human induced pluripotent stem cells (hiPSCs). The Synthegel 3D matrix platform allows for hiPSCs to be cultured in a 3D embedded format or encapsulated for a suspension format. It's also ideal for culturing physiological cancer spheroids within a defined, tunable, and synthetic peptide matrix that doesn't require acidic or chilled conditions. Learn more details of the different kits from here: https://lnkd.in/gNpEr-tf

Watch demonstration of two ways to perform the dome method for organoid culture using Corning Matrigel Matrix. https://lnkd.in/eb8b2DHz #Matrigel #Organoidculture

Join us on Oct 29th at 3:00PM Korea time in exploring how to "Find the RIGHT Culture Surface - Enhancing Cell Culture Performance for Better Results". Are you seeking ways to optimize your cell culture systems? Look no further! We're delving into Corning's advanced surface technologies, specifically designed to enhance cell culture performance across a wide array of applications. Whether you're a pioneer in stem cell research, regenerative medicine, or 3D cell culture, our advanced surface technologies are here to help you elevate your experimental outcomes. Embrace the revolution and take your cell culture experiments to the next level with Corning's advanced surfaces! Register now: https://lnkd.in/gFZd-qzT 🎤 SPEAKER SPOTLIGHT 🎤 Meet Itzel Hong, a seasoned expert in drug development and scientific research, with a rich background in oncology and novel drug research. A graduate from Korea University, she's now a Scientific Support Specialist at Corning, providing tailored customer supports in the Korean region.

Learn how fixed bed bioreactors like the Corning® Ascent® FBR System are helping to close the gap between research and manufacturing in the field of cell and gene therapy. This innovative system drastically increases capacity and yield, making it possible to produce large quantities of cells and viruses needed for therapeutic applications in a cost-efficient manner. Unlike traditional 2D surfaces, the Ascent FBR system allows adherent cells to grow in uniform 2D monolayers at high densities, greatly improving efficiency and reducing costs. Read more about it here: https://lnkd.in/g6kGS6XM #AscentFBR #CellTherapy #GeneTherapy

Maximize your cell culture productivity with Corning® HYPERFlask® cell culture vessels! Offering a whopping 1720 cm² growth area in the footprint of a 175 cm² flask, it uses cutting-edge HYPER technology to boost cell growth. From its innovative design featuring 10 interconnected growth surfaces to the Corning CellBIND® surface treatment for superior cell attachment, the HYPERFlask is your solution for a 10-fold increase in cell yield. Choose from manual or automation-compatible designs to suit your needs. Plus, benefit from Corning's expert field application specialists ready to assist with your scale-up challenges. Learn more: https://lnkd.in/gV9EnyxQ

We are excited to welcome our esteemed partners from the Serum Institute of India to our Asia Accelerator Lab in Singapore this week! As pioneers in large-scale vaccine manufacturing and one of our most significant customers in the Asia Pacific, SII continues to push the boundaries of innovation. It’s a privilege to showcase Corning’s most advanced technologies for scaling adherent cell culture, designed to accelerate vaccine production. Together, we are driving forward the future of vaccine manufacturing, and the possibilities ahead are truly inspiring! 🚀💉   #InnovationInAction #VaccineManufacturing #CellCulture #ScalingUp #CorningLifeSciences #Partnership #Biotech #FutureOfHealthcare #GlobalImpact #AsiaAcceleratorLab

Experience the convenience and reliability of Corning's Matrigel matrix for organoid culture. This ready-to-use solution provides the consistency you need for successful organoid growth and differentiation. In collaboration with HUB Organoids, we invite you to hear from Dr. Sylvia Boj, Chief Research Officer at HUB Organoids, about how researchers are using Corning Matrigel matrix to generate organoid models for personalized medicine research in hopes to find the right treatment for each individual patient. Watch here: https://lnkd.in/gnBJFzSj

Cutting down on laboratory waste is a pressing issue in life science research. Did you know that both automated and manual liquid handling techniques, like pipetting, generate significant amounts of waste? At Corning Life Sciences, sustainability experts are incorporating strategies like material reduction, the use of regrind plastic in manufacturing, and design for recyclability. Let's explore some of these developments: https://lnkd.in/gRdGxURm

We recently participated in a joint seminar with PT GeneCraft Labs in Bandung, Indonesia. Amit Sharma, our Sr. Application Manager, delivered an insightful talk on scaling up cell culture. We also had the opportunity to showcased our innovative bioprocess solutions, and were thrilled by the engaging and enriching interactions we had with the attendees. 🙌 A big thank you to everyone in Bandung who participated and contributed to making this seminar a success.

Mark Your Calendar: "Conquering Cancer" Webinar - September 25th with Corning! Our presenter Khang Luu will provide an overview of how Corning products can contribute to your cancer workflow.  🕑 Date & Time: Sep 25th, 2:00-3:00pm SGT Register now: https://lnkd.in/g9Xhz7fS