Category:Cloning
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English: Cloning is the process of creating an identical copy of an original. A clone in the biological sense, therefore, is a multi-cellular organism that is genetically identical to another living organism. Sometimes this can refer to "natural" clones made either when an organism reproduces asexually or when two genetically identical individuals are produced by accident (as with identical twins), but in common parlance the clone is an identical copy by some conscious design. Also see clone (genetics).
process of producing individual organisms with identical genomes  Souris clonées.  | |||||
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Subcategories
This category has the following 13 subcategories, out of 13 total.
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A
B
C
- Clone cells (12 F)
D
- Cloning diagrams (23 F)
H
- Human cloning (7 F)
M
- Moon (film) (13 F)
O
- Organismal cloning (9 F)
R
S
T
Pages in category "Cloning"
This category contains only the following page.
Media in category "Cloning"
The following 54 files are in this category, out of 54 total.
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2015-08-15 MISSING 5 CLONING.png 1,340 × 480; 84 KB
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Alcian stain micromass.jpg 1,225 × 608; 544 KB
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Amp replica plate.png 2,686 × 1,312; 596 KB
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Applications of combinatorial gene circuit optimization strategies.svg 512 × 451; 217 KB
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Biosensors used for screening combinatorial DNA libraries.svg 512 × 256; 122 KB
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Cassette mutagenesis.svg 512 × 784; 148 KB
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Clonazione.png 2,161 × 1,288; 453 KB
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Clone Creature Banner.png 1,887 × 474; 233 KB
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Clone of plant.jpg 1,835 × 3,006; 450 KB
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Cloning -Twins 1990.jpg 3,590 × 2,379; 5.52 MB
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Cloning.jpg 1,500 × 919; 82 KB
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Ethics of cloning.pdf 1,275 × 1,650, 4 pages; 80 KB
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Experimento-gurdon.jpg 670 × 302; 58 KB
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Gene cloning-fr.svg 1,740 × 3,507; 3.62 MB
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Gibson Assembly with restriction fragment.svg 619 × 223; 115 KB
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Golden Gate assembly.pdf 975 × 1,500; 401 KB
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Golden Gate assembly.svg 512 × 787; 265 KB
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Human cell-line colony being cloned in vitro through use of cloning rings.jpg 2,592 × 1,944; 1.8 MB
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Human embryonic stem cell colony phase.jpg 1,024 × 894; 255 KB
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Human-cloning-illustration.gif 360 × 400; 21 KB
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Huxley clines.jpg 1,440 × 746; 75 KB
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Little Nemo 1906-01-14.jpg 1,736 × 2,320; 775 KB
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Longwood Senator Park Big clone01.jpg 3,216 × 4,288; 2.65 MB
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Longwood Senator Park Big clone02.jpg 3,216 × 4,288; 2.76 MB
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Microfabrication NFP.tif 338 × 561; 44 KB
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Microfabrication of Nanofountain probe.svg 338 × 561; 27 KB
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Ocs-05-b-1-expert-mode.png 800 × 600; 6 KB
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Ocs-05-b-2-expert-param-extra.png 800 × 600; 17 KB
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Ocs-05-b-3-expert-param-k.png 800 × 600; 12 KB
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PBR322.jpg 460 × 440; 40 KB
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Pcr clone.png 639 × 167; 3 KB
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PCR clone.svg 709 × 221; 21 KB
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PIH 1857.jpg 6,048 × 4,024; 13.99 MB
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Plasmid with insert.svg 155 × 155; 5 KB
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Pyrenean ibex Cloning.svg 512 × 384; 2.67 MB
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Recombination cloning.svg 467 × 469; 12 KB
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Salvia-mothers-and-daughters.JPG 1,600 × 1,200; 638 KB
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Schematic workflow for generating complex combinatorial DNA libraries.svg 512 × 244; 627 KB
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Schematic workflow for microbial factory optimization.svg 512 × 819; 214 KB
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Sedum spectabile 'Atumn Joy'. Clone plantlets & normal development.jpg 2,579 × 3,327; 1.11 MB
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Sedum spectabile 'Autumn Joy'. Clone plantlets development.jpg 4,380 × 1,839; 955 KB
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Sedum spectabile 'Autumn Joy'. Clone plantlets.jpg 4,514 × 2,045; 1.2 MB
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Self Portre Yin - Yang (BioArt).tif 716 × 358; 772 KB
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Site saturation mutagenesis.svg 512 × 640; 176 KB
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Site-directed mutagenesis library cloning steps.svg 512 × 284; 19 KB
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The development and the ways to rejuvenate cells - en.svg 2,339 × 1,629; 871 KB
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The development and the ways to rejuvenate cells - ru.svg 2,339 × 1,629; 881 KB
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Theoretical BAF and LRR values.svg 630 × 630; 681 KB
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ZrTwGuVaBUQ.jpg 827 × 1,080; 192 KB
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Молоді клони рослин in vitro.jpg 3,309 × 2,192; 2.94 MB
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Стелажі із клонованими рослинами.jpg 4,130 × 2,735; 6.62 MB
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