liposomes in A Sentence

What is a Liposome?

Liposomes can be formed by the use of ultrasonics.

Making Liposomes from tailored molecules allows them to carry therapeutics inside;

Ulrich, Anne S.(2002): Biophysical Aspects of Using Liposomes as Delivery Vehicles.

Another successful application of ultrasound is the preparation of Liposomes and nano-Liposomes.

Ultrasonic emulsification is a well-established efficient technique to form nano-droplets and Liposomes.

A reliable way to synthesise Liposomes under controlled conditions is the ultrasonic encapsulation.

Elixinol™ CBD Oil Liposomes use pre-dissolved cannabidiol that is then added into the microscopic Liposomes.

Liposomes are spherical vesicles of microscopical size, which can range from 30nm to several micrometers.

Elixinol™ CBD Oil Liposomes uses full-spectrum hemp extracts, with no synthetic or isolated cannabinoids.

This suggests that the entrapment of the essential oil in Liposomes increased the oil stability.

Therefore Liposomes are used in medicinal formulations and pharmaceuticals, supplements and nutraceuticals, cosmeceuticals and cosmetic products.

However, these products are more likely to just include Liposomes- tiny, double-layered bubbles of lipid.

A liposome is an extended micelle where there is an extra interior cavity within the sphere.

Ultrasonic dispersion is a simple and efficient method for reducing the size of Liposomes and manufacturing nanoLiposomes.

(2002) achieved in their study concerning the ultrasonic preparation of Anethum graveolens essential oil in Liposomes good results.

Sonication does not only promote the formation of Liposomes, it also reduces the size of Liposomes resulting in nanoLiposomes.

Mostly, Liposomes are composed of phospholipids, especially phosphatidylcholine, but they can also include other lipid compounds, such as egg phosphatidylethanolamine.

Various nanosystems like polymeric nanoparticles, Liposomes, dendrimers, carbon nanotubes, quantum dots etc. can be successfully functionalized for efficient use in pharmaceutics.

The results showed the Liposomes breaking apart on the skin's surface, proving that they did not stay intact and permeate effectively.

Since Liposomes have a similar phospholipid composition to the lipid membranes of human cells, they are significantly better absorbed into the body's cells.

Since the formation of Liposomes and nanoLiposomes does not occur as a spontaneous process, an energy resource is required to promote the encapsulation process.

The liposome size is an important factor when it comes to bioavailability and absorption rate since smaller Liposomes can penetrate the cell membranes easier.

Liposomes are lipid vesicles, which are formed when phospholipids, e.g. lecithin, are are added to water, where the form bilayer structures when sufficient energy, e.

Recently, scientists at the University of Southern Denmark carried out an experiment using nanoscope technology that revealed"intact Liposomes do not cross the human skin barrier.".

An artificial lipid sphere with an aqueous core is created- a liposome- which can both carry the therapeutic DNA and pass it through the target cells membrane.

Also as a result of their charge, cationic Liposomes interact with the cell membrane, endocytosis was widely believed as the major route by which cells uptake lipoplexes.

Liposomes are good carriers, as water soluble active agents can be placed into the Liposomes' aqueous center or, if the agent is fat soluble, in the lipid layer.

In a deep-dive hour with a gene-therapy startup, Serenity Bioworks, he brings to bear his past experience with another startup, Prellis, which uses little sacs called Liposomes to deliver drugs in the body.

Cosmetic chemist Ni'Kita Wilson, adds,"It's important to note, however, that even if Liposomes can't in fact effectively penetrate skin to the cellular level, they are still effective in skin care products to some degree.

Showing 1 to 30 of 31 results

liposomes in A Sentence

What is a Liposome?

Liposomes can be formed by the use of ultrasonics.

Making Liposomes from tailored molecules allows them to carry therapeutics inside;

Ulrich, Anne S.(2002): Biophysical Aspects of Using Liposomes as Delivery Vehicles.

Another successful application of ultrasound is the preparation of Liposomes and nano-Liposomes.

Ultrasonic emulsification is a well-established efficient technique to form nano-droplets and Liposomes.

A reliable way to synthesise Liposomes under controlled conditions is the ultrasonic encapsulation.

Elixinol™ CBD Oil Liposomes use pre-dissolved cannabidiol that is then added into the microscopic Liposomes.

Liposomes are spherical vesicles of microscopical size, which can range from 30nm to several micrometers.

Elixinol™ CBD Oil Liposomes uses full-spectrum hemp extracts, with no synthetic or isolated cannabinoids.

This suggests that the entrapment of the essential oil in Liposomes increased the oil stability.

Therefore Liposomes are used in medicinal formulations and pharmaceuticals, supplements and nutraceuticals, cosmeceuticals and cosmetic products.

However, these products are more likely to just include Liposomes- tiny, double-layered bubbles of lipid.

A liposome is an extended micelle where there is an extra interior cavity within the sphere.

Ultrasonic dispersion is a simple and efficient method for reducing the size of Liposomes and manufacturing nanoLiposomes.

(2002) achieved in their study concerning the ultrasonic preparation of Anethum graveolens essential oil in Liposomes good results.

Sonication does not only promote the formation of Liposomes, it also reduces the size of Liposomes resulting in nanoLiposomes.

Mostly, Liposomes are composed of phospholipids, especially phosphatidylcholine, but they can also include other lipid compounds, such as egg phosphatidylethanolamine.

Various nanosystems like polymeric nanoparticles, Liposomes, dendrimers, carbon nanotubes, quantum dots etc. can be successfully functionalized for efficient use in pharmaceutics.

The results showed the Liposomes breaking apart on the skin's surface, proving that they did not stay intact and permeate effectively.

Since Liposomes have a similar phospholipid composition to the lipid membranes of human cells, they are significantly better absorbed into the body's cells.

Since the formation of Liposomes and nanoLiposomes does not occur as a spontaneous process, an energy resource is required to promote the encapsulation process.

The liposome size is an important factor when it comes to bioavailability and absorption rate since smaller Liposomes can penetrate the cell membranes easier.

Liposomes are lipid vesicles, which are formed when phospholipids, e.g. lecithin, are are added to water, where the form bilayer structures when sufficient energy, e.

Recently, scientists at the University of Southern Denmark carried out an experiment using nanoscope technology that revealed"intact Liposomes do not cross the human skin barrier.".

An artificial lipid sphere with an aqueous core is created- a liposome- which can both carry the therapeutic DNA and pass it through the target cells membrane.

Also as a result of their charge, cationic Liposomes interact with the cell membrane, endocytosis was widely believed as the major route by which cells uptake lipoplexes.

Liposomes are good carriers, as water soluble active agents can be placed into the Liposomes' aqueous center or, if the agent is fat soluble, in the lipid layer.

In a deep-dive hour with a gene-therapy startup, Serenity Bioworks, he brings to bear his past experience with another startup, Prellis, which uses little sacs called Liposomes to deliver drugs in the body.

Cosmetic chemist Ni'Kita Wilson, adds,"It's important to note, however, that even if Liposomes can't in fact effectively penetrate skin to the cellular level, they are still effective in skin care products to some degree.

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