Esco Aster provides specialized cell culture media development, optimization, benchmarking, and cost-reduction services across cell therapy, gene therapy, extracellular vesicles, and advanced biomanufacturing applications.
Our capabilities span from media formulation and ingredient qualification to process-specific optimization and commercial-scale media supply. We leverage qualified Asia-Pacific suppliers and alternative raw materials—from amino acids and growth factors to functional additives—to identify cost-effective alternatives without compromising critical performance attributes.
With a track record spanning cell based nutrition, cultivated meat, stem cells, virus/viral vector, secretomes, extracellular vesicles/exosomes.
Media development can be provided as a standalone service or
integrated with our
cell line creation, cell line development, process development, and
biomanufacturing services, enabling media and cell/process parameters to be optimized together
rather than independently.
Esco Aster specializes in developing and optimizing media for
both conventional and advanced 3D cell culture platforms,
including our fixed packed bed Tide Motion bioreactor
(adherent cells and derivatives) or TideWave™ bioreactor
(immune cell and derivatives), suspension bioreactors in
orbital format (10L) or stirred tank 500L (with or without
microcarrier culture).
Our capabilities include:
Esco Aster can reformulate existing commercial or proprietary
media to achieve a more competitive cost structure while
maintaining the required biological performance.
Examples include:
Beyond basal media development, Esco Aster develops functional media
additives and process-specific enhancers designed to improve cell
performance, productivity, recovery, and product quality.
For high-density 3D viral production, excessive cellular stress
and reactive oxygen species (ROS) generation can negatively
affect cell health and viral productivity. Esco Aster develops
virus-specific enhancement strategies designed to
modulate cellular stress and improve viral productivity,
where appropriate.
Potential applications include:
Esco Aster develops media and supplementation strategies
tailored to the
specific producer cell and desired extracellular vesicle
profile, with objectives including:
Our immune-cell media and enhancer capabilities include:
Esco Aster has developed the following cell cuture media
products for specific production cell lines and applications,
including:
Esco Aster can support the transition from laboratory-scale
formulation to manufacturing-scale media supply, reducing the gap
between media development and commercial implementation.
Our capabilities include:
Formulation → Benchmarking → Optimization → Raw Material Qualification →
Scale-Up → Blending → Filling
For qualified formulations, Esco Aster can provide dry-powder blended
media (made by qualified partners) as well as liquid media
manufacturing and contract filling through our food-grade and
clinical/ gmp grade manufacturing capabilities, with MOQ options
from:
500ml or 1L liquid bottled media
RUO at 10L
GMP at
500L
2-5ml Vials Media Supplement:
RUO/GMP at 2L
Final
volumes subject to formulation and product requirements.
Media development can be integrated with complementary analytical services to establish the relationship between media composition, cellular performance, and product output.
Related services include:
Esco Aster can help as required to perform clinical study, trials,
clinical development, register and file if needed to Usa DMF.
Typical examples will be for IVF Media, Injectable grade
cryopreservation.
Esco Aster can also provide cold chain storage and work with 3rd
Party Logistics for point-to-point delivery within South
Asia/Asean/Anz.
Esco Aster's key differentiation is the ability to develop media in the context of the entire bioprocess rather than as an isolated formulation exercise.
By combining media development with cell line development, 3D Tide
Motion bioreactors, process development, analytical
characterization, clinical development and cGMP manufacturing, we
can optimize the interaction between cell, media, bioreactor, and
process from the outset—helping clients achieve higher productivity,
lower media costs, and a more scalable manufacturing process.