Liquid Dosage
As a drug delivery system, liposomes offer significant therapeutic benefits in terms of active ingredient targeting and controlled release. Hydrophobic moieties can be dissolved into the liposome membrane — a lipid bilayer — and, as such, they can be used to carry both hydrophobic and hydrophilic molecules.
To deliver molecules to sites of action, the liposome binds and fuses with other bilayers, such as a cell membrane, thus delivering its contents. By making liposomes in a drug solution (which would not normally be able to penetrate the membrane), they can be (indiscriminately) delivered through the lipid bilayer into the cell interior.
High-pressure homogenization is an ideal liposome production method, offering excellent results in terms of reduced vesicle diameters. Further, a wide range of different sizes and distributions can be achieved by altering the applied pressure and the number of passes through the homogenizer.
A wide range of products, including liposomes, can be freeze dried to retain their original properties. By adding water or other solvents, they can be reconstituted easily and very quickly to a usable solution. There is no need for cooling during storage, which is both cost-effective and makes handling easier.
GEA specializes in the design and manufacture of freeze dryers for the pharmaceutical and biotech industries and has an in-depth knowledge of lyophilization technology.
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Separatoren van GEA zijn ontworpen voor toepassingen met vloeistof. Met behulp van centrifugaalkracht kunnen ze worden gebruikt voor het scheiden van suspensies die twee of meer fasen met verschillende dichtheden bevatten; dat wil zeggen dat ze gebruikt kunnen worden voor vloeistof-vloeistof-scheiding, vloeistof-vloeistof-vastestof-scheiding of v...

Innovatieve CIP-concepten van GEA voldoen aan hoge normeringen. Onze experts garanderen productveiligheid in elke fase van het proces. Elke upgrade wordt aangepast aan individuele plaatselijke situaties en eisen van de klant, en leidt tot aanzienlijke besparingen.

Compressieblokken van GEA vormen de pulserende kern van homogenisators, omdat ze het homogenisatieproces activeren door het product bij hoge druk door het homogenisatieventiel te pompen.

Het homogenisatieventiel is een van de belangrijkste elementen van homogenisators van GEA voor het effectief homogeniseren van producten.

For more than 100 years, GEA has developed technologies for dairy farming – from the first bucket milking machines to autonomous, digitally connected systems. These innovations have fundamentally transformed dairy farming: away from labor-intensive routines, toward greater productivity, animal welfare and more efficient day-to-day operations.