Abstract conceptual computer artwork depicting nanotechnology, molecules, biotechnology research and bioengineering.
Save 50% when you join our email list
Super High Resolution
- color image
- color picture
- genetic engineering
- genetic research
- REGULAR PATTERN
- stock picture
- work of art
- Abstract conceptual computer artwork depicting nanotechnology, molecules, biotechnology research and bioengineering.
- Nanospheres arranged in layers, computer artwork.
- Nanospheres arranged in a circular shape, computer artwork.
- Comuter artwork of nanospheres forming a layer, depicting a graphene sheet. Graphene is very strong and flexible. It transports electrons highly efficiently and may one day replace silicon in computer chips and other technology applications. The 2010 Nobel Prize for Physics was awarded to Andre Geim and Konstantin Novoselov for their work on graphene sheets.
- Conceptual illustration of particles seen through a magnifying glass.
- Dark spheres, illustration.
- Nanospheres arranged in a knot like shape, computer artwork.
- Abstract molecular network, computer illustration.
More Related Images
- Ubiquitin protein molecule. Molecular tag that indicates proteins marked for recycling. Space-filling model with conventional colour coding.
- Atomic level close-up of the trypsin digestive enzyme surface. View of the protein surface, showing typical structural details including a tyrosine residue, bonds, an amide bond and free amine and carboxyl functional groups. Space filling model with conventional colour coding.
- Atomic level close-up of the trypsin digestive enzyme surface. View of the protein surface, showing typical structural details including a tyrosine residue, bonds, an amide bond and free amine and carboxyl functional groups. Ball-and-stick model.
- Human growth hormone (hGH, Somatotropin) protein. Natural hormone that is used both as a medicine and as a doping agent. Ball-and-stick model.
- Gliadin derived peptide. Immunogenic breakdown product of gliadin (gluten), playing an essential role in celiac disease. Space-filling model with conventional colour coding.
- Abstract illustration of a molecular structure or network.
- Abstract molecule model, illustration.
- Medical nanoparticle. Conceptual illustration showing a modified-release dosage capsule containing a C60 buckyball (blue) doped with another atom (gold). It is thought that one day the ability of buckyballs to trap atoms within it might benefit the medical community. For example, they may be used to deliver medicines to specific tissues and cells.