FUNDAMIX® Vibro-Mixer
Why conventional agitators struggle with sensitive pharma products Stirred tanks are the default choice in many pharmaceutical plants, but rotating impellers …
Why conventional agitators struggle with sensitive pharma products Stirred tanks are the default choice in many pharmaceutical plants, but rotating impellers …
When a mixer alone is not enough In pharmaceutical production, mixing is rarely an isolated step. Formulation and buffer preparation usually …
Why mixing is a weak point in single-use systems Most single-use mixers still rely on a rotating impeller inside the bag. …
Why solid-liquid separation is difficult under GMP In API, antibiotic and vaccine production, separating solids from a liquid often means opening …
Why cell harvest is a bottleneck in single-use processing Harvest and clarification are often the least flexible steps in a single-use …
Navigating an increasingly complex global regulatory environment is one of the most demanding aspects of bringing a pharmaceutical product to …
Neurological drug development often fails because early models do not reproduce the human biology that drives disease or measure outcomes …
Non-human primate biological materials are used in research because of their physiological, immunological and genetic similarities to humans. They can …
Vaccine development requires alignment between antigen design, delivery platform, formulation and the immune response needed for protection or therapeutic activity. …
The development of effective cancer immunotherapies requires a clear understanding of tumour biology, immune-cell function and the mechanisms that limit …
Conventional monolayer cultures remain useful for many assays, but they cannot fully reproduce the spatial organisation, cellular diversity and local …
Stem cell models offer a renewable and biologically relevant source of human cells for studying disease mechanisms, evaluating drug candidates …
A gene therapy programme depends on more than the therapeutic sequence alone. Vector architecture, tissue tropism, expression control, delivery efficiency …
Glycosylation can influence the folding, stability, solubility, receptor interactions, serum persistence and immune effector functions of a therapeutic protein. It …
The performance of an mRNA therapeutic depends on both the RNA molecule and the delivery system. Sequence architecture affects stability …