Category:Gene therapy

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Media in category "Gene therapy"

The following 98 files are in this category, out of 98 total.

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A-Robust-Strategy-for-Negative-Selection-of-Cre-LoxP-Recombination-Based-Excision-of-Transgenes-in-pone.0064342.s003.ogv 9.2 s, 1,392 × 1,040; 1.26 MB
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A-Robust-Strategy-for-Negative-Selection-of-Cre-LoxP-Recombination-Based-Excision-of-Transgenes-in-pone.0064342.s004.ogv 6.2 s, 1,392 × 1,040; 149 KB
Adenovirus-mediated gene therapy.jpg 699 × 1,152; 205 KB
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Adenovirus-Mediated-Efficient-Gene-Transfer-into-Cultured-Three-Dimensional-Organoids-pone.0093608.s002.ogv 9.0 s, 1,920 × 1,080; 440 KB
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An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv001.ogv 20 s, 519 × 512; 1.72 MB
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An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv002.ogv 20 s, 519 × 512; 2.33 MB
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An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv003.ogv 20 s, 519 × 512; 1.77 MB
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Bicistronic-Lentiviruses-Containing-a-Viral-2A-Cleavage-Sequence-Reliably-Co-Express-Two-Proteins-pone.0020553.s004.ogv 45 s, 640 × 480; 5.66 MB
Bébé bulle mécanisme.jpg 451 × 263; 27 KB
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Chimeric-Antigen-Receptor-(CAR)-Specific-Monoclonal-Antibody-to-Detect-CD19-Specific-T-Cells-in-pone.0057838.s009.ogv 12 s, 640 × 480; 1.22 MB
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Chimeric-Antigen-Receptor-(CAR)-Specific-Monoclonal-Antibody-to-Detect-CD19-Specific-T-Cells-in-pone.0057838.s010.ogv 48 s, 640 × 480; 5.82 MB
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Ciliary-Beating-Recovery-in-Deficient-Human-Airway-Epithelial-Cells-after-Lentivirus-Ex-Vivo-Gene-pgen.1000422.s004.ogv 20 s, 272 × 132; 922 KB
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Ciliary-Beating-Recovery-in-Deficient-Human-Airway-Epithelial-Cells-after-Lentivirus-Ex-Vivo-Gene-pgen.1000422.s005.ogv 20 s, 272 × 132; 1.53 MB
CRISPR-Cas9 mode of action.png 717 × 197; 32 KB
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Disease-Rescue-and-Increased-Lifespan-in-a-Model-of-Cardiomyopathy-and-Muscular-Dystrophy-by-pone.0005051.s001.ogv 50 s, 320 × 240; 1.45 MB
Dr Emmanuelle Charpentier at York University, Toronto.jpg 2,592 × 1,936; 720 KB
Dr Robert MacLaren 02.jpg 945 × 1,062; 429 KB
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Drosophila-Spastin-Regulates-Synaptic-Microtubule-Networks-and-Is-Required-for-Normal-Motor-Function-pbio.0020429.sv001.ogv 1 min 38 s, 384 × 288; 3.78 MB
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Effective-Gene-Therapy-in-a-Mouse-Model-of-Prion-Diseases-pone.0002773.s001.ogv 59 s, 320 × 240; 1.85 MB
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Effective-Gene-Therapy-in-a-Mouse-Model-of-Prion-Diseases-pone.0002773.s002.ogv 58 s, 320 × 240; 2.47 MB
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Effective-Gene-Therapy-in-a-Mouse-Model-of-Prion-Diseases-pone.0002773.s003.ogv 1 min 19 s, 320 × 240; 2.94 MB
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Effective-Gene-Therapy-in-a-Mouse-Model-of-Prion-Diseases-pone.0002773.s004.ogv 38 s, 320 × 240; 1.77 MB
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Epigenetic-Upregulation-of-Endogenous-VEGF-A-Reduces-Myocardial-Infarct-Size-in-Mice-pone.0089979.s003.ogv 3.0 s, 720 × 480; 713 KB
Essais cliniques de thérapie génique.svg 1,000 × 659; 11 KB
ExVivoGeneTherapy pl.jpg 620 × 549; 93 KB
Gene Therapy for FAS.gif 800 × 600; 1.72 MB
Gene therapy.jpg 495 × 371; 112 KB
George Annas 05-19-2017.png 1,600 × 900; 1.29 MB
George Annas on Panel 05-19-2017.png 1,600 × 898; 1.91 MB
George Church on Panel 05-19 b.png 1,579 × 896; 1.51 MB
George Church on Panel 05-20 b.png 1,581 × 899; 1.7 MB
George Church on Panel 05-21 b.png 1,600 × 897; 2.18 MB
George Church on Panel 05-22 b.png 1,600 × 1,024; 2.01 MB
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Growth-Inhibition-of-Head-and-Neck-Squamous-Cell-Carcinoma-Cells-by-sgRNA-Targeting-the-Cyclin-D1-pone.0114121.s003.ogv 4.9 s, 724 × 692; 1.19 MB
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Growth-Inhibition-of-Head-and-Neck-Squamous-Cell-Carcinoma-Cells-by-sgRNA-Targeting-the-Cyclin-D1-pone.0114121.s004.ogv 12 s, 672 × 512; 1.2 MB
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Human-Amnion-Epithelial-Cells-Induced-to-Express-Functional-Cystic-Fibrosis-Transmembrane-pone.0046533.s001.ogv 10 s, 510 × 476; 7.27 MB
In vivo gene therapy pl.jpg 300 × 375; 51 KB
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In-Methuselah's-Mould-pbio.0020012.v001.ogv 22 s, 320 × 320; 161 KB
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In-Methuselah's-Mould-pbio.0020012.v002.ogv 14 s, 320 × 320; 221 KB
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In-Methuselah's-Mould-pbio.0020012.v003.ogv 36 s, 320 × 320; 568 KB
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In-Methuselah's-Mould-pbio.0020012.v004.ogv 59 s, 320 × 320; 908 KB
Kunjin in gene therapy.gif 399 × 409; 47 KB
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Lentiviral-Expression-of-Retinal-Guanylate-Cyclase-1-(RetGC1)-Restores-Vision-in-an-Avian-Model-of-pmed.0030201.sv001.ogv 1 min 20 s, 320 × 240; 5.42 MB
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Lentiviral-Expression-of-Retinal-Guanylate-Cyclase-1-(RetGC1)-Restores-Vision-in-an-Avian-Model-of-pmed.0030201.sv002.ogv 1 min 58 s, 320 × 240; 4.73 MB
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Lentiviral-Expression-of-Retinal-Guanylate-Cyclase-1-(RetGC1)-Restores-Vision-in-an-Avian-Model-of-pmed.0030201.sv003.ogv 43 s, 320 × 240; 2.35 MB
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Lentiviral-Expression-of-Retinal-Guanylate-Cyclase-1-(RetGC1)-Restores-Vision-in-an-Avian-Model-of-pmed.0030201.sv004.ogv 2 min 27 s, 320 × 240; 5.99 MB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.g001.jpg 672 × 872; 92 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.g002.jpg 400 × 455; 25 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.g003.jpg 448 × 308; 21 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.g004.jpg 440 × 475; 50 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.g005.jpg 758 × 667; 108 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.g006.jpg 778 × 638; 89 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.g007.jpg 672 × 649; 110 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.t001.jpg 740 × 188; 23 KB
Lineage-Specific-Gene-Duplication-and-Loss-in-Human-and-Great-Ape-Evolution-pbio.0020207.t002.jpg 740 × 728; 138 KB
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MicroRNA-199b-5p-Impairs-Cancer-Stem-Cells-through-Negative-Regulation-of-HES1-in-Medulloblastoma-pone.0004998.s011.ogv 10 s, 709 × 641; 1.09 MB
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MicroRNA-199b-5p-Impairs-Cancer-Stem-Cells-through-Negative-Regulation-of-HES1-in-Medulloblastoma-pone.0004998.s012.ogv 10 s, 709 × 641; 1.03 MB
Nabel conducts early gene therapy trials at the University of Michigan.jpg 838 × 583; 176 KB
NHGRI-85172.jpg 1,496 × 1,132; 539 KB
Non viral vectors vs. viral vectors.png 1,334 × 1,056; 640 KB
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Optogenetic-Control-of-Targeted-Peripheral-Axons-in-Freely-Moving-Animals-pone.0072691.s004.ogv 13 s, 960 × 540; 913 KB
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Optogenetic-Control-of-Targeted-Peripheral-Axons-in-Freely-Moving-Animals-pone.0072691.s005.ogv 18 s, 960 × 540; 3.19 MB
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Optogenetic-Control-of-Targeted-Peripheral-Axons-in-Freely-Moving-Animals-pone.0072691.s006.ogv 15 s, 960 × 540; 1.43 MB
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Pharmacological-and-rAAV-Gene-Therapy-Rescue-of-Visual-Functions-in-a-Blind-Mouse-Model-of-Leber-pmed.0020333.sv001.ogv 30 s, 320 × 240; 4.48 MB
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Pharmacological-and-rAAV-Gene-Therapy-Rescue-of-Visual-Functions-in-a-Blind-Mouse-Model-of-Leber-pmed.0020333.sv002.ogv 30 s, 320 × 240; 5.08 MB
Porenfermedades.jpg 450 × 343; 43 KB
Porpaises.jpg 476 × 348; 40 KB
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Predictors-of-Hepatitis-B-Cure-Using-Gene-Therapy-to-Deliver-DNA-Cleavage-Enzymes-A-Mathematical-pcbi.1003131.s001.ogv 1 min 4 s, 832 × 672; 1.83 MB
Prof Robert MacLaren lecturing.jpg 2,130 × 2,712; 1.16 MB
PTEN-Akt interactions.jpg 1,006 × 723; 270 KB
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Real-Time-Dynamic-Imaging-of-Virus-Distribution-In-Vivo-pone.0017076.s001.ogv 3.1 s, 512 × 512; 121 KB
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Real-Time-Dynamic-Imaging-of-Virus-Distribution-In-Vivo-pone.0017076.s002.ogv 3.1 s, 512 × 512; 192 KB
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Real-Time-Dynamic-Imaging-of-Virus-Distribution-In-Vivo-pone.0017076.s003.ogv 3.1 s, 512 × 512; 581 KB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s003.ogv 8.5 s, 809 × 720; 3.22 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s004.ogv 20 s, 829 × 696; 2.9 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s005.ogv 6.6 s, 540 × 834; 1.38 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s006.ogv 6.6 s, 272 × 692; 1.06 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s007.ogv 6.6 s, 1,013 × 927; 1.32 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s008.ogv 10 s, 765 × 999; 1.33 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s009.ogv 5.5 s, 775 × 763; 1.77 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s010.ogv 6.6 s, 423 × 744; 1.26 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s011.ogv 6.6 s, 409 × 831; 1.8 MB
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Shaping-Leg-Muscles-in-Drosophila-Role-of-ladybird-a-Conserved-Regulator-of-Appendicular-Myogenesis-pone.0000122.s012.ogv 40 s, 784 × 576; 5.01 MB
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Successful-Amelioration-of-Mitochondrial-Optic-Neuropathy-Using-the-Yeast-NDI1-Gene-in-a-Rat-Animal-pone.0011472.s007.ogv 33 s, 483 × 272; 2.85 MB
Tablavect.jpg 712 × 338; 117 KB
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The-Zebrafish-moonshine-Gene-Encodes-Transcriptional-Intermediary-Factor-1γ-an-Essential-Regulator-pbio.0020237.sv001.ogv 2.5 s, 336 × 254; 9 KB
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The-Zebrafish-moonshine-Gene-Encodes-Transcriptional-Intermediary-Factor-1γ-an-Essential-Regulator-pbio.0020237.sv002.ogv 3.3 s, 336 × 254; 41 KB
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The-Zebrafish-moonshine-Gene-Encodes-Transcriptional-Intermediary-Factor-1γ-an-Essential-Regulator-pbio.0020237.sv003.ogv 2.5 s, 336 × 254; 33 KB
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The-Zebrafish-moonshine-Gene-Encodes-Transcriptional-Intermediary-Factor-1γ-an-Essential-Regulator-pbio.0020237.sv004.ogv 2.3 s, 336 × 254; 107 KB
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Three-Dimensional-Maps-of-All-Chromosomes-in-Human-Male-Fibroblast-Nuclei-and-Prometaphase-Rosettes-pbio.0030157.sv001.ogv 4.0 s, 512 × 320; 1.38 MB
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Thymosin-β10-Expression-Driven-by-the-Human-TERT-Promoter-Induces-Ovarian-Cancer-Specific-Apoptosis-pone.0035399.s001.ogv 26 s, 480 × 480; 4.58 MB
Vectoresvirales.jpg 495 × 371; 33 KB
Vectorutilizado.jpg 458 × 327; 46 KB
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Visual-Properties-of-Transgenic-Rats-Harboring-the-Channelrhodopsin-2-Gene-Regulated-by-the-Thy-1.2-pone.0007679.s001.ogv 1 min 27 s, 176 × 144; 529 KB
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Α-Actinin-4-Mediated-FSGS-An-Inherited-Kidney-Disease-Caused-by-an-Aggregated-and-Rapidly-Degraded-pbio.0020167.sv001.ogv 7.5 s, 650 × 515; 116 KB
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Α-Actinin-4-Mediated-FSGS-An-Inherited-Kidney-Disease-Caused-by-an-Aggregated-and-Rapidly-Degraded-pbio.0020167.sv002.ogv 6.0 s, 650 × 515; 14 KB
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Α-Actinin-4-Mediated-FSGS-An-Inherited-Kidney-Disease-Caused-by-an-Aggregated-and-Rapidly-Degraded-pbio.0020167.sv003.ogv 5.5 s, 650 × 515; 51 KB
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Β-Globin-LCR-and-Intron-Elements-Cooperate-and-Direct-Spatial-Reorganization-for-Gene-Therapy-pgen.1000051.s006.ogv 12 s, 1,372 × 954; 1.27 MB

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