top of page

Life Sciences Applications

Characterize Biological Interfaces, Emulsions and Drug Delivery Systems

TECLIS Scientific instruments help life science researchers characterize interfacial behavior, protein and lipid interactions, emulsions, microbubbles and drug delivery systems to support formulation and fundamental research.

What Do You Need to Characterize?

Biological Interfaces & Molecular Interactions
Study protein, lipid and surfactant adsorption, interfacial tension and interfacial rheology at biological interfaces.

→ Explore TRACKER™

Emulsions, Microbubbles & Drug Delivery Systems
Characterize emulsion interfaces, lipid droplets and microbubble systems involved in pharmaceutical and drug delivery applications.

→ Explore TRACKER™

Tell us, what is your question ?

Pile de pilules

Life Sciences

Pharmaceuticals

Design of echogenic microbubbles
Stability of protein drug products
Dye localization – Intracellular transfer
Peptides to target glioblastoma cells
Delivery system for poorly soluble drugs
Medical Microbubble Formation Using Fluorocarbon Gas

Life Sciences

Emulsions

Temperature sensitive drug delivery system
stability of oil in water emulsions in the presence of yeast
influence of non-ionic surfactant on lipid digestion of gum Arabic
behavior of emulsions during in vitro digestion
impacts of fish oils on the digestion

protein-protein interactions.jpg

Life Sciences

Interactions

Surfactant-Mediated Protein Stabilization
Ability of proteins to penetrate an interface
Nanoparticles / Proteins Interactions

Basic-Morphology-of-Lipid-Droplets_edite

Life Sciences

Lipid droplets

Functionalizing nano emulsion to enhance drug delivery
Neutral lipids regulate amphipathic helix affinity for model lipid droplets

Drogues et Seringue

Life Sciences

Biology

Behavior of proteins during interfacial pressure variations
Interface building using a post-insertion procedure
Behavior of an Adsorbed Phospholipid Monolayer

You don't find your application?

bottom of page