Category:Biotechnology
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Sotocategorie
Quella categoria chì la gh'ha 101 sot-categorie chì de sota, su un numer complessiv de 101.
*
A
- Abzymes (4 F)
- Artificial womb (5 F)
B
- Bacterial one-hybrid system (13 F)
- Biopiracy (19 F)
- Biosensing techniques (39 F)
C
- Cell separation (48 F)
- Cre-Lox recombination (9 F)
- Cultivating microorganisms (3 F)
D
- DNA encoded libraries (15 F)
- DNA sequencers (52 F)
E
- Electroporation (18 F)
- Embryo culture techniques (22 F)
- Eurogentec (6 F)
F
- Fed-batch culture (7 F)
- Function-spacer-lipid construct (13 F)
G
H
- Hybridoma technology (3 F)
I
- Immobilized enzymes (2 F)
- Industrial microbiology (14 F)
L
- Library screening (9 F)
- Ligation (molecular biology) (4 F)
M
- Membrane bioreactors (34 F)
- Microalgal cultures (50 F)
- Webb Miller (1 F)
- MITAKY (1 F)
- Gloria Morcillo Ortega (1 F)
N
- Necrobotics (3 F)
O
- Organ culture techniques (42 F)
- Organ printing (5 F)
P
- Plant biotechnology (27 F)
- Protein sequencing (5 F)
- Proteolysis targeting chimera (15 F)
R
- Rapid Transfer Port (9 F)
S
- Salis Karakotov (2 F)
- Stem-cell therapy (30 F)
T
V
- VIR Department of Biotechnology (17 F)
Fail in la categoria "Biotechnology"
Quella categoria chì la gh'ha denter 200 i fail riportad chì de sota, su un total de 376.
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170221-Alain-Michel Boudet.jpg 2 500 × 1 664; 2,44 MByte
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1QPS.png 1 440 × 1 080; 648 KByte
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2012-12-15 Plates I-V.jpg 4 000 × 3 000; 1,15 MByte
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250Dispersant.jpg 250 × 154; 7 KByte
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450px-DNA Sequencin 3 labeling methods esp.jpg 450 × 600; 31 KByte
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A transcutaneous electrical nerve stimulator (TENS).png 478 × 427; 52 KByte
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ActivatedSludge.jpg 686 × 222; 36 KByte
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Affy chip.JPG 1 207 × 1 905; 421 KByte
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AFLP.jpg 516 × 502; 22 KByte
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Algae Efficiency.jpg 582 × 397; 21 KByte
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Amerging.jpg 6 000 × 4 000; 8,03 MByte
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Andres Maser and others.JPG 5 472 × 3 648; 9,69 MByte
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Anduril-Eclipse.png 1 680 × 1 026; 166 KByte
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Anti-VEGF 165 and anti-IFNy aptamer secondary structure prediction.jpg 520 × 417; 24 KByte
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Aplicaciones de los colores de la biotecnología.png 2 000 × 1 302; 1,17 MByte
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APN reaction with protein.tif 1 591 × 396; 104 KByte
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Aptamer gel mobility shift assay.jpg 520 × 212; 19 KByte
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Arum Korolkowii in test tube.jpg 2 256 × 4 000; 3,29 MByte
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Arum Korolkowii Regel in laboratory.jpg 2 256 × 4 000; 3,41 MByte
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Aufbau eines Trägervirus zur Gentherapie (adenoassoziierter Virus, AAV).webp 1 654 × 814; 44 KByte
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Autoklav 1.jpg 2 576 × 2 391; 1 018 KByte
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Autoklavovatelne-fermentory.jpg 2 048 × 1 536; 553 KByte
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Automated bacterial colony picking.JPG 6 000 × 4 000; 3,34 MByte
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Banana plantlets transferred to soil (with vermicompost) from plant media.jpg 2 344 × 1 459; 3,34 MByte
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BER basic pathway.svg 400 × 376; 31 KByte
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BioArchive.jpg 263 × 342; 31 KByte
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BioLab Außenansicht.jpg 1 770 × 1 180; 1,89 MByte
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Bioleaching and control leaching of the most and least abundant rare earth elements.webp 1 995 × 2 292; 247 KByte
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Biologische Heißentfettung.png 563 × 481; 20 KByte
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Biomedical and Biotechnology department at NIT Rourkela.jpg 3 264 × 2 448; 2,25 MByte
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Bioreactor Akureyri.jpg 1 536 × 2 048; 882 KByte
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Bioreaktor.JPG 2 736 × 3 648; 3,21 MByte
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Biosensors based on biotransducers.png 877 × 258; 11 KByte
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Biotech-per-country.png 719 × 574; 156 KByte
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BIOTECHNOLOGICAL PROCESSES FOR WASTE PROCESSING.pdf 1 239 × 1 754, 156 pagine; 1,52 MByte
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Biotechnology & Biomedical departments NITR.jpg 3 264 × 2 448; 2,26 MByte
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Biotechnology & Genetic Engineering Department at Jahangirnagar University,Bangladesh.jpg 2 946 × 1 657; 4,23 MByte
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Biotechnology Cat. Poznan.jpg 2 048 × 1 536; 819 KByte
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Biotechpflanzen2.png 680 × 493; 136 KByte
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Biotecnologia Fase3.png 811 × 516; 241 KByte
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Biotecnologia.jpg 812 × 616; 53 KByte
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Biotehnologii-M.jpg 898 × 925; 135 KByte
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BioWave 200SPS.png 945 × 640; 305 KByte
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BioWave 20SPS.png 783 × 453; 155 KByte
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Blunt ligation.svg 1 400 × 900; 92 KByte
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Breast cancer spheroids with aptamers.png 728 × 726; 613 KByte
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BrowserFoxp2.jpg 807 × 364; 149 KByte
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BSN Technologies.jpg 476 × 431; 21 KByte
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Bundesarchiv Bild 183-1989-0509-025, Chemiekombinat Bitterfeld, Biotechnikum.jpg 800 × 575; 61 KByte
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Carrot in glass.JPG 1 024 × 768; 294 KByte
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Cdnaarray.jpg 901 × 447; 71 KByte
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CE Basic esp.jpg 529 × 320; 18 KByte
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Center for Molecular Biotechnology.JPG 4 272 × 2 848; 7,24 MByte
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Chem-seq Protocol.jpg 1 457 × 1 387; 303 KByte
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Chem-seq Workflow.jpeg 1 761 × 1 387; 242 KByte
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Chem-seq workflow.jpeg 1 411 × 1 362; 371 KByte
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Chem-seq Workflow.png 6 071 × 5 779; 376 KByte
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Clone of plant.jpg 1 835 × 3 006; 450 KByte
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Coast watch (1979) (20037389214).jpg 3 145 × 2 542; 1,21 MByte
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Codis profile.jpg 473 × 400; 82 KByte
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Colorfoul Lab.jpg 720 × 960; 75 KByte
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COM MAT 20130606 Effect Model wikipedia page.001.png 820 × 739; 117 KByte
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COM MAT 20130606 Effect Model wikipedia page.002.png 627 × 687; 162 KByte
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COM MAT 20130606 Effect Model wikipedia page.006.png 911 × 525; 121 KByte
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Combinatorial BiologyPic.jpg 372 × 440; 37 KByte
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Conger type callus 3ms White Light.TIF 2 048 × 1 536; 9,01 MByte
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Conserved residues.svg 193 × 500; 102 KByte
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Crabtree 1.jpg 393 × 479; 171 KByte
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CRISPR Biotech main lab.jpg 3 781 × 2 649; 3,25 MByte
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Cryptosporidium parvum auramine-rhodamine labeled.jpg 300 × 308; 6 KByte
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Cultivation of Korolkov's Arum on hidroponics at the South Kazakhstan Medical Academy.jpg 2 256 × 4 000; 3,64 MByte
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Cyklus plasty zkracena zivotnost.png 692 × 692; 43 KByte
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Dale Hodges Park polishing marsh.jpg 4 303 × 2 846; 3,49 MByte
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Dales Hodges Park on the Bow River overlooking Bowness.jpg 4 224 × 2 598; 3,23 MByte
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Danforth Center1.JPG 2 272 × 1 704; 1,78 MByte
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DBiT Seq.png 2 250 × 2 100; 709 KByte
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DBiT-seq barcoding.png 2 400 × 2 100; 780 KByte
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DE Linkage.png 917 × 303; 27 KByte
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Deccan herald.png 926 × 322; 125 KByte
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DendroscopeScreenCaptures.png 1 040 × 960; 75 KByte
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Details of the TORAY 3D-GENE Scanner 3000 installed in tebu-bio laboratories.jpg 800 × 492; 44 KByte
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Details of the TORAY 3D-GENE Scanner 3000.jpg 800 × 420; 41 KByte
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DNA melting cartoon.jpg 2 301 × 810; 73 KByte
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DNA melting scematic curve 2.jpg 2 380 × 813; 106 KByte
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DNA melting scenatic curve.jpg 2 380 × 813; 70 KByte
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DNA Nanoball Adapter Ligation.png 902 × 1 026; 542 KByte
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Dogme-central-BioMol.svg 336 × 122; 21 KByte
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Dogme-central.png 336 × 122; 25 KByte
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Domain Homology.png 929 × 435; 142 KByte
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Dr Haris and Vice President Shri M. Venkaiah Naidu.jpg 5 520 × 3 680; 9,89 MByte
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Dr. Francisco Gonzalo Bolívar Zapata.jpg 520 × 520; 65 KByte
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Dr. Yong Zhao ADA.jpg 2 099 × 2 091; 409 KByte
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Dra. Marleby García González.jpg 480 × 480; 33 KByte
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Durchschnittliche Ernteverluste.PNG 818 × 531; 51 KByte
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Eb-eye-form1.jpg 769 × 36; 19 KByte
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EBC apps.png 794 × 1 123; 282 KByte
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EF 605 Lifetime.png 518 × 416; 6 KByte
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Effects of microorganisms on rare earth element leaching.webp 1 490 × 1 847; 117 KByte
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EGT.tif 4 750 × 760; 449 KByte
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Ejemplo Interpretación Resultados.PNG 610 × 264; 23 KByte
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Endonucleolyticcleavage.jpg 582 × 695; 28 KByte
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Ensembl contigview.png 828 × 836; 66 KByte
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EPIC-seq workflow.png 2 056 × 536; 167 KByte
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Estrategias de biorremediación.jpg 1 920 × 1 080; 111 KByte
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Exorf FLJ35894.png 1 232 × 761; 33 KByte
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Felix Moronta Barrios.jpg 4 500 × 3 990; 1,42 MByte
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Figura .png 555 × 398; 96 KByte
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Figure 1 final.png 978 × 681; 171 KByte
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Fitorremediación.png 521 × 492; 127 KByte
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Fluorescein spectra.jpg 483 × 291; 52 KByte
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Fluorescence Assisted Cell Sorting (FACS) B2.jpg 1 917 × 1 590; 482 KByte
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Formation of Chlorella cell-based spheroids.webp 1 995 × 1 223; 258 KByte
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Freeze Drying.jpg 768 × 434; 73 KByte
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Freezing Phase Diagram.jpg 557 × 376; 24 KByte
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FVA1TomForth.png 754 × 1 000; 140 KByte
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FVA2TomForth.png 753 × 1 000; 131 KByte
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G-quadruplex gene regulation model.jpg 647 × 335; 33 KByte
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Genetic Code Bias 2.JPG 501 × 496; 22 KByte
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Genetic Code Bias 2.svg 500 × 500; 2 KByte
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Genomic signatures for predicting the zoonotic potential of novel viruses (graphical summary).png 2 000 × 1 246; 866 KByte
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GFP tattoo.tif 362 × 343; 145 KByte
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Gibson assembly overview.png 3 542 × 5 334; 323 KByte
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Glucose biosensor implant.png 295 × 217; 188 KByte
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Hairy insects.jpg 460 × 768; 102 KByte
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Heart Rate Display Using Arduino and LabView.png 1 334 × 750; 2,66 MByte
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Hernandez Testimony on Small Business 2009.webp 336 × 188; 9 KByte
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HIVE Annotation Mapper Computation.png 927 × 885; 130 KByte
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HIVE Heptagon Computation.png 1 034 × 1 161; 252 KByte
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HIVE Heptagon Web Interface Portal with Advanced Parameters.png 1 212 × 940; 151 KByte
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HIVE Heptagon Web Interface Portal.png 1 212 × 661; 130 KByte
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HIVE Hexagon Computation.png 1 015 × 850; 185 KByte
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HIVE Hexagon Web Interface Portal with Advanced Parameters.png 1 084 × 942; 191 KByte
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HIVE Hexagon Web Interface Portal.png 1 054 × 493; 138 KByte
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HIVE Hexahedron Computation.png 969 × 1 053; 221 KByte
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HIVE IDBA-UD Computation.png 1 102 × 885; 151 KByte
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HIVE MAFFT Computation.png 1 075 × 728; 174 KByte
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HIVE Velvet Computation.png 1 102 × 696; 121 KByte
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Hookipa picture.png 598 × 397; 607 KByte
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How Pyrosequencing Works.svg 1 421 × 525; 758 KByte
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HPLC stacks.jpg 1 920 × 1 080; 691 KByte
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HydrationLayerNew.jpg 720 × 540; 46 KByte
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Hydrodynamic Delivery.png 720 × 504; 59 KByte
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Ideonella sakaiensis PTEase.svg 744 × 1 052; 149 KByte
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In situ hybridization principle.png 1 031 × 444; 25 KByte
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Influence of ecologycal factors in the behavior WDF.pdf 1 275 × 1 650, 9 pagine; 306 KByte
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InGeneron Processing Unit.jpeg 550 × 825; 46 KByte
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Ingreland Company Logo.jpg 11 405 × 6 418; 1,73 MByte
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Insertion.PNG 628 × 481; 105 KByte
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Insideopencelllab.png 2 500 × 1 440; 3,3 MByte
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InsulinMonomer.jpg 1 417 × 1 063; 197 KByte
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Inverted microscope.jpg 1 944 × 2 592; 1 017 KByte
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IonicSolvationLayerNew.jpg 720 × 540; 34 KByte
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IVC Feb2908.png 1 145 × 1 688; 334 KByte
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J3EzzMkJ 400x400.jpg 373 × 373; 10 KByte
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Jmol screenshot 2hvy.jpg 480 × 480; 205 KByte
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K4641-1rootscientists.jpg 1 786 × 2 700; 1 014 KByte
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KAUSHAL SAHU.jpg 3 404 × 2 896; 4,78 MByte
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Klasična biotehnologija proti moderni biotehnologiji.png 6 552 × 3 944; 243 KByte
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Klonierung (Biotechnologie).svg 731 × 343; 116 KByte
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Knockout mouse breeding scheme-es.svg 1 619 × 2 701; 105 KByte
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Knockout mouse breeding scheme.svg 1 619 × 2 701; 102 KByte
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KODEtechnologyinkejetprinted.png 193 × 195; 66 KByte
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Konventionelle Entfettung.png 682 × 481; 23 KByte
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Lab setup.jpg 1 536 × 2 048; 923 KByte
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Labfors 4 with touchscreen.jpg 800 × 1 067; 211 KByte
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LALAla.jpg 622 × 500; 80 KByte
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Laufey.jpg 2 586 × 3 154; 1,12 MByte
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LEAPER.jpg 378 × 227; 17 KByte
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LEDin4LemonCircuit.jpg 2 576 × 1 932; 161 KByte
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Leeches diagram.jpg 447 × 748; 104 KByte
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LemonCircuitDiagram.jpg 960 × 720; 64 KByte
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Lentiviral vector.png 961 × 467; 126 KByte
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Lethal Gene Deletion.png 726 × 674; 64 KByte
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Loading bioreactor.jpg 2 700 × 1 735; 2,11 MByte
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Logo PEA.png 344 × 158; 23 KByte
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LoopConstructionUsingFragments.png 672 × 515; 44 KByte
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Lyophilisation Process.jpg 748 × 536; 62 KByte
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Lyophilization of Pharmaceuticals in Vial.JPG 3 600 × 2 400; 3,57 MByte
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Making Cheese (405908161).jpg 1 280 × 960; 120 KByte
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Making Cheese (405908228).jpg 960 × 1 280; 103 KByte
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Making cheese (405908261).jpg 1 280 × 960; 61 KByte
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Making Yogurt (407042213).jpg 1 280 × 960; 365 KByte
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MaPlot-edgeR.smear-wikipedia.png 648 × 432; 65 KByte
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MBR-model.jpg 624 × 365; 47 KByte
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MCF7-cells.tif 399 × 678; 815 KByte
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Mechanism of salt removal from tsunami affected soil by bioremediation.jpg 800 × 482; 82 KByte
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Mechanizm Of Action.jpg 283 × 366; 84 KByte
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Merkmale in zugelassenen Events.png 960 × 720; 40 KByte
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Merkmale von angebauten GV-Pflanzen.png 960 × 720; 20 KByte
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Mesenchymal Stem Cell.jpg 275 × 411; 60 KByte
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Mesenchymal-Stem-Cell-rotate.jpg 411 × 275; 113 KByte
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Microarray cs.jpg 436 × 258; 16 KByte
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Microarray2.gif 835 × 507; 133 KByte
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Micrococcus riboflavin.jpg 5 393 × 3 625; 1,84 MByte
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Microfluidics-based nanomedicine development.pdf 4 000 × 2 250, 15 pagine; 1 000 KByte