HEK medium and feed portfolio

This event has concluded. We will be exhibiting and presenting at the Cell Culture Medium Symposium at Shonan, held at Shonan Ai Park on September 13, 2024 (Friday). At our booth, we will introduce Sartorius's wide range of media, raw materials, and services that meet the needs of cell culture. *You can view the program in the "Related Materials." [Event Overview] Date and Time: September 13, 2024 (Friday) 10:00 AM - 5:45 PM Location: Shonan Ai Park or online *Pre-registration required [Our Seminar] Title: Recombumin | Enabling safe and robust manufacturing across various modalities with recombinant human albumin Speaker: Shiori Akiyama (Sales Development Specialist - Cell Lines, Media, Various Tests) Seminar Time: 3:40 PM - 4:10 PM Overview: This seminar will focus on Recombumin, a recombinant human albumin that improves cell viability after cryopreservation and has an effect on suppressing the aggregation of cells and vectors.

Participation in this webinar has ended. If you wish to view it, please contact us. We will send you the URL for the recorded video at a later date. Adeno-associated virus (AAV) vectors are gaining attention for their excellent suitability as vectors in gene therapy. The production of AAV vectors commonly uses transient expression system HEK cells, but the examination of their culture and production conditions is complex and time-consuming. Additionally, there is no standardized process, and product-specific characterization and safety testing are required. In this webinar, we will outline the manufacturing and process development of AAV vectors, followed by an introduction to Sartorius' culture-related solutions, including HEK media that simplify media selection, comprehensive characterization covering key evaluation items, and cell bank production. [Seminar Overview] ▪ Date: September 28 (Thursday) from 3:00 PM (approximately 45 minutes) ▪ Format: Webinar recorded broadcast [Japanese, free of charge] *We apologize, but participation from companies in the same industry and email addresses other than those of your organization is not permitted. Thank you for your understanding.

Participation in this webinar has ended. If you wish to view it, please contact us. We will send you the URL for the recorded video at a later date. In the complex and variable field of biopharmaceutical development, screening for the optimal culture medium requires significant time and effort. The newly launched Sartorius media for CHO and HEK cells that we will introduce supports consistent production from research to manufacturing, with known chemical composition and free from animal-derived components. Additionally, it consists of multiple types of media and feeds, allowing you to select the optimal combination tailored to individual applications and conditions. In this seminar, we will provide information on the characteristics and performance of the media, as well as samples. *We apologize, but participation from email addresses other than those of your company or organization is not permitted. Thank you for your understanding.

The reception here has ended. Thank you for your registration. A must-see for those looking for solutions to the complex process development of gene therapy! The field of gene therapy has been receiving increasing attention in recent years, but its long and complex processes involve many considerations, requiring significant time and effort for optimization. At JAACT2022, our specialists will introduce solutions focused on process development using HEK293 cells. In the technical seminar at the venue, we will propose the latest technologies and solutions, including new products. Additionally, at our booth, we will showcase Sartorius's new products (HEK293 media sample kit | Ambr 250 perfusion) and hold demonstrations (MODDE | SIMCA). Technical Seminar Information Title: Challenges in New Modalities by Sartorius Date and Time: July 26 (Wednesday) 15:10 - 15:35 [Main Learning Content] ▪ Case study using microreactor systems (Ambr) ▪ Tools that can be used for scale-up ▪ HEK293 cell culture media system