We collaborate with partners to design and build tailor-made 3D in vitro models that closely replicate human tissues and disease microenvioments.
These models are suitable for studying cancer biology, tissue regeneration, fibrosis, inflammation, and other disease mechanisms.
Gelomics offers end-to-end in vitro drug screening campaigns using our custom 3D models. Our in-house team designs and executes studies tailored to your drug pipeline, supporting early-stage candidate evaluation, lead optimization, and mechanism-of-action studies.
Capabilities include:
Whether you’re targeting oncology, inflammation, fibrosis, or tissue repair, our predictive models help derisk your preclinical decision-making.
Our team brings decades of expertise in 3D cell culture, developing advanced tissue models that closely mimic real biology for more accurate, predictive results.
We use the latest technologies and state-of-the-art facilities, including advanced imaging and analytics, to stay ahead of the curve.
Gelomics has a proven record of helping researchers overcome challenges, partnering with institutions and companies to deliver tailored, impactful solutions.
Advance tissue engineering projects with the LunaGel™ 3D tissue culture system.
Whether you’re looking to build a complex 3D disease model, run a preclinical drug screen, or tap into expert analytical services — Gelomics is here to help.
Contact us today to discuss your project and how we can collaborate
We provide access to a broad range of advanced analytical technologies, enabling comprehensive characterization of cells, tissues, and materials. These services are available as stand-alone offerings or in combination with model development and drug screening.
We provide advanced microscopy services (SEM, TEM, confocal, fluorescence, live-cell, and histology) to support morphology, ECM remodeling, and imaging-based drug response studies.
We offer elemental and isotopic profiling (ICP-MS/OES), real-time VOC detection (SIFT-MS), and stable isotope analysis to support trace metal profiling, metabolic studies, cell viability monitoring, and biomarker discovery.
We provide flow cytometry and aseptic cell sorting for high-parameter immunophenotyping and single-cell analysis, alongside live-cell monitoring to track proliferation, migration, and morphology in real time.
We offer surface and structural analysis (AFM, XPS, ToF-SIMS, ellipsometry, QCM) and thermal/mechanical testing (rheology, nanoindentation, DMA, thermal profiling) to assess scaffold properties, 3D culture mechanics, and hydrogel stability.
We offer proteomics for protein profiling, biomarkers, and drug response studies, plus genomics/transcriptomics for sequencing, targeted panels, and single-cell profiling.
We provide comprehensive histology (embedding, sectioning, staining, and imaging) and sample preparation (grinding, milling, digestion, and digital archiving) for tissue, ECM, and implant studies.