simAbs

We are hiring a Business Development Manager who has a startup vibe to join our small team. Be part of our mission and set the new standard in biopharmaceutical manufacturing technology. Looking forward to meeting you! https://lnkd.in/epYnuySH

Looking for a feasibility study for your biopharma product? simAbs has an experienced team of professionals in GMP manufacturing and lean operations. Let's connect 📞 👉 https://lnkd.in/epfZEyRU

Meet Thomas Geuens, CTO from team simAbs 👈 Thomas obtained his PhD in Biochemistry and Biotechnology at the Flanders Institute for Biotechnology (VIB). There, he was awarded a PhD fellowship from the Research Foundation Flanders (FWO) to unravel phenotypic effects of protein mutations. After a 3-year post-doctoral stay abroad, he joined simAbs as an Upstream Process Development Engineer. Thomas now supports simAbs as CTO. Over the years he has built up extensive knowledge in cell line generation, protein expression in mammalian and bacterial cells, protein characterization and bioprocess development. Read more about the whole simAbs team here: https://lnkd.in/dKVdxjwN

I'm present at Knowledge for Growth event 📍 See you there!

Did you know that simAbs provides many additional services to facilitate your development and manufacturing needs? Such as 👉 Early Discovery platform  👉Finished Dosage Forms 👉Project management 👉CMC: Chemistry, Manufacturing and Controls 👉Analytical & formulation development 👉Quality management 👉Technology transfer to GMP 👉GMP manufacturing 👉Clinical research 👉Validation & regulatory affairs 👉Registration and EU import of your biologicals Find out more below 👇 https://lnkd.in/gm_45Z_e

Looking for an interesting job in an exciting growing biotech company? 👇🏽

In this blog post, we delve into the world of GMP-compliant design for climate chambers, unraveling the vital role they play in the stability testing of pharmaceutical products. https://lnkd.in/ecVmPRNn

For a pioneering company in the field of alkaline phosphatase-based medical treatments for critical care patients, simAbs and Quercus Lab partnered together to ensure new patient treatments are getting to the market. simAbs leveraged their expertise in #biologics development and manufacturing, while Quercus provided a combination of their expertise in #clinical manufacturing and #QC testing and supported on the following lab tests:👇 ·       Disintegration testing ·       Dissolution testing ·       Bioburden testing This collaboration exemplifies the power of partnerships within the #healthcare industry. By combining our unique strengths, we are playing a vital role in bringing innovative treatments to patients faster. 💪🚀 Want to know more? Get in touch! 👉 https://lnkd.in/eeXMDjGi

simAbs is able to produce a wide range of biopharmaceutical volumes, but our specialty is small volumes. This is part of our mission: to support the development of affordable therapeutic biologics. To accomplish this, we strive to continuously improve in three key areas: 1. Integration The simAbs platform combines multiple unit operations in one continuous bioprocess 2. Intensification Increase production efficiency:  with our high-yield, high-quality cell line Reduce cleanroom footprint:  one platform can replace multiple pieces of equipment 3. Intelligence Inline quality controls ensure that your product is of a consistently high standard: Process Analytical Technology (PAT) / QbD Digital twin Model-based predictive control Read more in link 👇 https://lnkd.in/e7b5AMwG

Quercus Lab GMP chemical QC Laboratory is able to support your analytical needs from pharmacopoeial analysis of raw materials, API’s, IMP’s and finished medicinal products: 👉General identification test (IR, TLC, HPLC with multiple detectors) Appearance (color, clarity) 👉Assay (UV/Vis, automatic titration, HPLC/UHPLC with multiple detectors, GC with and without headspace) 👉Dosage uniformity 👉Related substances quantification (GC, HPLC with multiple detectors) 👉Physical determinations (pH, viscosity, density, polarimetry, refraction index, melting point) 👉Moisture (Karl Fisher, loss on drying) 👉Limit tests (sulfated ash, wet-chemistry tests) 👉Residual solvents (volatile organic compounds, organic volatile impurities) 👉Impurities quantification (HPLC/UHPLC) 👉Elemental impurities (ICP/MS) 👉Solid oral dosage tests (disintegration, dissolution, hardness, friability) 👉Particulate matter (visible and subvisible particles) 👉Differential Scanning Calorimetry (DSC)  👉Total Organic Carbon (TOC) 👉Laser Particle Size Distribution (PSD) analysis