Biosimilars and Biobetters
You want to create a high-performance biosimilar or a biobetter with improved product properties at a reasonable cost?
Our expertise in generating mammalian cell-derived biosimilars has been honed for over a decade and helps us ensure reliability and rapid progress. Transitioning seamlessly from market-ready biosimilars to our innovative biobetters, we pave the way for cost-effective solutions that elevate patient care.
Biosimilars and Biobetters for Affordable Treatments
Relying on our proprietary technologies, we provide you with a smart cell line and process development as well as the secure manufacture of clinical batches in a timely manner. The entire process is monitored and controlled by head-to-head comparison to the reference medicinal product (RMP) and complemented by a biosimilarity assessment to ensure similarity.
Our Expertise - Your Success
One-Stop-Shop
We conceptualize your biosimilar candidate as a one-stop-shop service and maximize its similarity to the originator. Since analytical and functional characterization are key for biosimilarity, we place attention on the quality target product profile (QTPP) of the RMP.
Fully Centered on Quality and Compliance
We continuously refine and adjust our processes and technologies to adhere with the latest regulatory requirements and remain state-of-the-art. Development, manufacturing, and analytics are defined and controlled in accordance with the critical quality attributes (CQA) for process and product.
Proprietary Vectors, Media Platform and Best-in-Class Technologies
Own CHO.RiGHT® Expression Platform
We provide suitable host cell lines to maximize biosimilarity. These include our classical CHO cell lines like CHO-DG44 and CHO-K1 PBG.
We evaluate suitable expression vector constructs (single-chain or multiple-chain vectors, different ratios, amplifying vector elements).
Own Media Platform
One of our success factors for achieving biosimilarity is the use of ProBioGen's proprietary cell-culture media platform, which is combined with various supplements and components such as trace elements and other additives. Liquid media are produced in our in-house media production facility. For process transfer, cell culture media are available in liquid and powder formulations.
Own GlymaxX® ADCC Enhancement Technology
We rely on our glyco-engineered CHO-based GlymaxX® ADCC enhancement technology to control and adjust the N-glycan profile. Our Fc-related biological activity human cell lines, ProBioGen's AGE1.HN (neuronal) and HEK293 (kidney), are used to generate proteins with authentic human product characteristics.
Own DirectedLuck® Transposase with Epigenetic Targeting
Our highly-efficient gene delivery system is based on epigenetic targeting, combined with a carefully designed transposase and transposon. DirectedLuck® specifically directs transposons to integration sites with the highest and most stable transcriptional activity, which enables higher titer and product quality for complex antibody formats. At the same time, it cuts down on effort and time to clinic. At the same time, it cuts down on effort and time to clinic by offering automated high-throughput, single-cell screening (HTS) and cloning, HT-NIC single-cell cloning, PSIbot, well-designed and automated CLD, automated single-cell screening, and cloning.
Integrated Analytics
The early process development for biosimilar candidates is accompanied by comprehensive metabolite analysis in e. g. BioProfile® FLEX2 or CuBiAn HT270 and cellular analysis in high-throughput automated systems like Cellaca™ MX cell counter, Vi-CELL, NYONE® imager, and FACS.
Process Development for Biosimilars
Another key component of our biosimilar development is our early and small-scale process development using multi parallel bioreactors like Ambr® 15, DASGIP®, and DASbox® systems. Process development is supported by comprehensive metabolite analysis in e. g. BioProfile FLEX2 or CuBiAn HT270 and cellular analysis in high-throughput automated systems like Cellaca, MX cell counter, Vi-CELL, NYONE imager, and FACS. In order to shorten the timelines, the early process development starts with clone pools alongside the automated CLD in ProBioGen's PSIbot system.
Product Characterization & Biosimilarity Assessment
An extended panel of physico-chemical methods is used for development and in-process analytics. In order to secure comparable product quality, safety and efficacy bioassays as well as cell-based bioactivity assays are available.
Extensive physicochemical and functional analyses are carried out in head-to-head comparison with the RMP in order to control and match biosimilarity. Based on the QTPP of the RMP, CQA are defined. Biosimilarity assessment starts in early CLD and supports all stages of process development, manufacturing, and stability studies. This assessment can be transitioned into a comparability exercise for process changes and transfer, if needed.
Types of Molecules We’ve Worked With
Our Promise to You
Rely on Fast Timelines
- One-Stop-Shop with seamless, integrated Services
- Parallel Processes
- Efficient project execution
- Do it right from the beginning
Get Your High Quality Candidate
- Scientific excellence
- Deep understanding for molecule / Long + broad experience
- Strong Analytics teams and stellar quality management services
- Enabling technologies
Have the Flexibility You Need
- Modular Offering
- Customer Centricity/ Strong Partnership Approach
- Experienced Project Managers and efficient decision-making
Our Promise To You
Comparability Secured
- Comprehensive originator assessment for a reliable quality target product profile (QTPP)
- Early biosimilar candidate testing to adjust and align with the critical quality attributes (CQA)
- Superior technologies to adjust and boost performance
Maximum Reliability
- Highly experienced project teams headed by our project management office (PMO)
- Integrated development, GMP manufacturing, and analytics
- Similarity and compliance through quality by design (QbD)
Reasonable Costs and Timelines
- Efficient process development, manufacturing, and reports
- Cost efficient development and manufacturing achieved by controlling the cost of goods (CoGs) and scaling to demand
- Fast track approach with accelerated timelines in CLD, USP, and DSP