Enzyme microRNA complexes, illustration - stock illustration
Illustration of showing a nuclear pore complex (NPC, light blue and white, bottom) in a cell's nuclear envelope and three enzyme/microRNA (micro ribonucleic acid) complexes. Directly above the pore is a pre-miRNA (precursor microRNA, red) complexed with the exportin-5(blue)/RanGTP(light violet) transport protein. Exportin-5/RanGTP transports pre-miRNAs from the cell nucleus to the cytoplasm via the nuclear pore complex. At top centre is the dicer-2 enzyme (blue) bound to a pre-miRNA (red) and the cofactor TRBP (transactivation response element RNA-binding protein, violet). Dicer processes the pre-miRNA in the cytoplasm to produce double-stranded miRNA molecules. At top right is an argonaute protein bound to a guide strand (red) of miRNA. The argonaute protein will incorporate the guide strand into the RNA-induced silencing complex (RISC), a multiprotein complex that acts to inhibit the expression of specific genes by regulating the expression of messenger RNA (mRNA)

Get this image in a variety of framing options at Photos.com.
PURCHASE A LICENSE
All Royalty-Free licenses include global use rights, comprehensive protection, simple pricing with volume discounts available
€300.00
EUR
Getty ImagesEnzyme Microrna Complexes Illustration High-Res Vector Graphic
Download premium, authentic Enzyme microRNA complexes, illustration stock illustrations from 51³Ô¹ÏÍø Explore similar high-resolution stock illustrations in our expansive visual catalogue.Product #:2224152584

€300€40
Getty Images
In stockDETAILS
51³Ô¹ÏÍø #:
2224152584
License type:
Collection:
Science Photo Library
Max file size:
6827 x 5120 px (22.76 x 17.07 in) - 300 dpi - 7 MB
Upload date:
Release info:
No release required
Categories:
- Art Product,
- Biochemistry,
- Biological Cell,
- Biology,
- Blood,
- Blood Cell,
- Color Image,
- Cytoplasm,
- Digitally Generated Image,
- Double-Stranded Virus,
- Envelope,
- Enzyme,
- Freight Transportation,
- Genetic Research,
- Helix Model,
- Horizontal,
- Illustration,
- Industry,
- Membrane,
- Molecular Structure,
- Research,
- Three Dimensional,
- Tied Up,
- microRNA,