110 Bilder zum Thema "Micelle" bei ClipDealer

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lipid bilayer forming liposome as drug delivery system in 3d
Medical 3D illustration of a monolayer micelle structure with a fat-soluble molecule inside the particle and one tail pointing inwards. Isolated on white background
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
3d rendering of The nanoemulsions (NE) are tiny molecules that carry the drug components in its core. The structure is organic surfactant, oil or active ingredient and co-emulsifier
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Phospholipid coated nanobubble for drug delivery 3d rendering
3d rendering of the soap molecules form structures called micelles. it forms an emulsion in water and helps in dissolving the dirt when we wash our clothes.
Structure of phospholipids incorporated in cell membranes.
Medical 3D illustration of a monolayer micelle structure with a fat-soluble molecule inside the particle and one tail pointing inwards. Isolated on white background
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Emulsification of fats process, 3d rendering
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
The attachment of specific antibodies to the surface of the liposomes makes them able to bind to cells and to subsequently be internalised by the cells. Protein conjugated liposome
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
3D image of Polysorbate 20 skeletal formula - molecular chemical structure of nonionic surfactant E432 isolated on white background
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.
Reaction of iron dust to a magnetic field. Iron filings spikes. Neodymium magnet. Visualisation of magnetic field. Extreme detail. Abstract futuristic textures and patterns.

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