95 Bilder für nanopartikel

  • 679-06199061

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199047

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-08782117

    Destruction of a cancer cell, computer illustration. Conceptual image which can illustrate the treatment of cancer by drugs, nanoparticles, antibodies or other methods.

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  • 679-06199060

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199028

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-08782118

    Destruction of a cancer cell, computer illustration. Conceptual image which can illustrate the treatment of cancer by drugs, nanoparticles, antibodies or other methods.

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  • 679-09040250

    Buckyball nanoparticle, computer illustration.

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  • 679-08782116

    Destruction of a cancer cell by nanoparticles, computer illustration. Conceptual image which illustrates the potential of nanoparticles in the treatment of cancer.

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  • 679-08782115

    Destruction of a cancer cell, computer illustration. Conceptual image which can illustrate the treatment of cancer by drugs, nanoparticles, antibodies or other methods.

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  • 679-06199049

    Nanopartikel, Computer-Grafiken.

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  • 679-06199042

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199034

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199029

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199035

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199036

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199027

    Nanopartikel, Computer-Grafiken.

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  • 679-06199031

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199038

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199052

    Buckyball Molekül mit einem Blatt des Graphen, Computer-Grafik.

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  • 679-06199037

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199033

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199044

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-08971980

    Nanoparticles in blood. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-09040251

    Buckyball nanoparticle, computer illustration.

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  • 679-09087939

    Medical nanoparticles, conceptual computer illustration. Medical nanoparticles could be used to deliver genes and other cellular materials to human cells to treat a variety of diseases.

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  • 679-08763601

    Graphene, computer illustration. Close-up view of the molecular structure of graphene, a single layer of graphite. It is composed of hexagonally arranged carbon atoms (spheres) linked by strong covalent bonds (rods). Graphene is very strong and flexible. It transports electrons highly efficiently and may one day replace silicon in computer chips and other technology applications.

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  • 679-08782114

    Destruction of a cancer cell by nanoparticles, computer illustration. Conceptual image which illustrates the potential of nanoparticles in the treatment of cancer.

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  • 679-09040435

    Destruction of a bacterium. Conceptual illustration that can be used to illustrate antibacterial action of antibiotics, nanoparticles, bacteriophages and other antibacterial agents.

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  • 679-08665248

    Computer illustration showing different stages of destruction of a virus. The image can be used to illustrate effect of drugs, nanoparticles and other factors on a virus.

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  • 679-05996377

    Nanorobot Schwarm, konzeptionelle Computer Kunstwerk.

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  • 679-02681822

    Nanomedizin, konzeptionelle Computer Kunstwerk. Nanopartikel, die Lieferung von Drogen für den Blutkreislauf.

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  • 679-08518128

    Medical nanoparticle, conceptual computer artwork. Nanotechnology involves designing systems on scales from the microscopic downwards. These nanoparticles have been built at a scale small enough to interact with individual molecules. Nanoparticles like this could be used to deliver targeted drug treatments to particular areas of the body. Some of the other possible applications of nanoparticles in

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  • 679-06198227

    TPOT arrangiert in einem Knoten wie Form, Computer-Grafiken.

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  • 679-06199043

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-08763600

    Graphene, computer illustration. Close-up view of the molecular structure of graphene, a single layer of graphite. It is composed of hexagonally arranged carbon atoms (spheres) linked by strong covalent bonds (rods). Graphene is very strong and flexible. It transports electrons highly efficiently and may one day replace silicon in computer chips and other technology applications.

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  • 679-06199067

    Nanotechnologie, konzeptionelle Computer Kunstwerk.

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  • 679-06199030

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199050

    Super Buckyball Molekül, Computer-Grafiken.

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  • 679-06198228

    TPOT arrangiert in einem Knoten wie Form, Computer-Grafiken.

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  • 679-06199059

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199039

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199051

    Super Buckyball Molekül, Computer-Grafiken.

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  • 679-06199041

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199046

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199058

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199048

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199045

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199040

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199032

    Medizinische Nanopartikel, konzeptionelle Computer Kunstwerk.

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  • 679-06199054

    Buckyball Molekül in eine Kohlenstoff-Nanoröhren, Computer Kunstwerk.

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  • 400-05157137

    illustration background with buckyball or buckminsterfullerene and abstract mesh wave graphic

    Microstock & Abonnement

  • 679-09040283

    Zinc oxide (ZnO) nanoparticles, computer illustration. ZnO nanoparticles have application as biosensors, in drug delivery, cosmetics, optical and electrical devices, solar cells and other areas.

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  • 679-08665207

    Gold nanoparticles, computer illustration. Nanoparticles of this elemental metal are produced by precipitating it in a liquid to produce what is known as colloidal gold, or nanogold. Applications of nanogold include using it to detect and trap biological toxins. It is also used in cancer treatment research and in various technology applications. It has been used for centuries to colour glass.

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  • 400-04903148

    Nanotechnology particle 3D structure with atoms and bindings on dark background

    Microstock & Abonnement

  • 679-09164227

    Conceptual illustration of particles seen through a magnifying glass.

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  • 679-09160343

    Metal nanoparticles. Coloured scanning electron micrograph (TEM) of metal nanoparticles formed by laser ablation. This research involves the use of lasers to etch and ablate metal and semiconductor surfaces. The resulting nanostructures can have applications in various forms of electronics and nanotechnology.

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  • 679-09160344

    Titanium laser ablation. Spark from a laser being used to ablate a piece of titanium to form microstructures and nanostructures on the surface. This research involves the use of lasers to etch and ablate metal and semiconductor surfaces. The resulting nanostructures can have applications in various forms of electronics and nanotechnology.

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  • 679-09055789

    Titanium dioxide (TiO2) nanoparticles, computer illustration. TiO2 nanoparticles have an hexagonal shape. They are used in medicine, chemistry, cosmetics, and the paper industry.

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  • 679-09055788

    Titanium dioxide (TiO2) nanoparticles, computer illustration. TiO2 nanoparticles have an hexagonal shape. They are used in medicine, chemistry, cosmetics, and the paper industry.

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  • 679-09040640

    The word nano made from crystalline grid, nanotechnology concept, computer illustration.

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  • 679-09040641

    The word nano made from crystalline grid, nanotechnology concept, computer illustration.

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  • 679-09040436

    Destruction of a bacterium. Conceptual illustration that can be used to illustrate antibacterial action of antibiotics, nanoparticles, bacteriophages and other antibacterial agents.

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  • 679-09040282

    Zinc oxide (ZnO) nanoparticles, computer illustration. ZnO nanoparticles have application as biosensors, in drug delivery, cosmetics, optical and electrical devices, solar cells and other areas.

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  • 679-09040255

    Nanoparticles, illustration. Nanotechnology involves designing systems on scales from the microscopic downwards. These nanoparticles have been built at a scale small enough to interact with individual molecules. Nanoparticles could be used to deliver targeted drug treatments to particular areas of the body. Some of the other possible applications of nanoparticles include use as meteorological, geo

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  • 679-09040284

    Zinc oxide (ZnO) nanoparticles, computer illustration. ZnO nanoparticles have application as biosensors, in drug delivery, cosmetics, optical and electrical devices, solar cells and other areas.

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  • 679-09040252

    Nanoparticles, illustration. Nanotechnology involves designing systems on scales from the microscopic downwards. These nanoparticles have been built at a scale small enough to interact with individual molecules. Nanoparticles could be used to deliver targeted drug treatments to particular areas of the body. Some of the other possible applications of nanoparticles include use as meteorological, geo

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  • 679-09040254

    Nanoparticles, illustration. Nanotechnology involves designing systems on scales from the microscopic downwards. These nanoparticles have been built at a scale small enough to interact with individual molecules. Nanoparticles could be used to deliver targeted drug treatments to particular areas of the body. Some of the other possible applications of nanoparticles include use as meteorological, geo

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  • 679-09040253

    Nanoparticles, illustration. Nanotechnology involves designing systems on scales from the microscopic downwards. These nanoparticles have been built at a scale small enough to interact with individual molecules. Nanoparticles could be used to deliver targeted drug treatments to particular areas of the body. Some of the other possible applications of nanoparticles include use as meteorological, geo

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  • 679-09040196

    Conceptual illustration of a double stranded DNA (deoxyribonucleic acid) molecule exiting a nanomodule. DNA is composed of two strands twisted into a double helix. Each strand consists of a sugar-phosphate backbone attached to nucleotide bases. There are four bases: adenine, cytosine, guanine and thymine. The bases are joined together by hydrogen bonds. DNA contains sections called genes that enco

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  • 679-09023905

    Chitosan nanoparticles in blood, illustration. Conceptual image demonstrating a potential of targeted drug delivery using polymer nanoparticles.

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  • 679-09023904

    Chitosan nanoparticles in blood, illustration. Conceptual image demonstrating a potential of targeted drug delivery using polymer nanoparticles.

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  • 679-09023903

    Chitosan nanoparticles in blood, illustration. Conceptual image demonstrating a potential of targeted drug delivery using polymer nanoparticles.

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  • 679-09021756

    Conceptual image for brain cancer treatment with nanotechnology. Computer illustration showing destruction of brain tumour by nanoparticles.

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  • 679-08971979

    Nanoparticles in blood. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-08971976

    Nanoparticles in blood. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-08971975

    Nanoparticles in blood. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-08971978

    Nanoparticles in blood. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-08971977

    Nanoparticles in blood. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-08971974

    Nanoparticles in blood. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-09055903

    Conceptual illustration of a double stranded DNA (deoxyribonucleic acid) molecule exiting a nanomodule. DNA is composed of two strands twisted into a double helix. Each strand consists of a sugar-phosphate backbone attached to nucleotide bases. There are four bases: adenine, cytosine, guanine and thymine. The bases are joined together by hydrogen bonds. DNA contains sections called genes that enco

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  • 679-08920951

    Computer illustration of nanoparticles in a liquid or gas

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  • 679-08910971

    Nanoparticle, computer artwork.

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  • 679-08910970

    Nanoparticle, computer artwork.

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  • 679-08910972

    Nanoparticle, computer artwork.

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  • 679-08910565

    Destruction of Human Immunodeficiency Virus (HIV) by nanoparticles, computer illustration. Conceptual image for HIV-infection and AIDS treatment and prevention.

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  • 679-08910563

    Destruction of hepatitis B virus by silver nanoparticles, computer illustration. Conceptual image for hepatitis B treatment and prevention by using nanotechnology.

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  • 679-08763602

    Nanoparticles in blood vessel, computer illustration. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases.

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  • 679-08665241

    Silver nanoparticles, computer artwork. Nanotechnology involves designing systems on scales from the microscopic downwards. These nanoparticles have been built at a scale small enough to interact with individual molecules. Nanoparticles like this could be used to deliver targeted drug treatments to particular areas of the body. Some of the other possible applications of nanoparticles include use a

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  • 679-08665206

    Gold nanoparticles, computer illustration. Nanoparticles of this elemental metal are produced by precipitating it in a liquid to produce what is known as colloidal gold, or nanogold. Applications of nanogold include using it to detect and trap biological toxins. It is also used in cancer treatment research and in various technology applications. It has been used for centuries to colour glass.

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  • 679-08664058

    Nanoparticles, computer artwork. Nanotechnology involves designing systems on scales from the microscopic downwards. These nanoparticles have been built at a scale small enough to interact with individual molecules. Nanoparticles like this could be used to deliver targeted drug treatments to particular areas of the body. Some of the other possible applications of nanoparticles include use as meteo

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