Category:Medical microbiology

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This category has the following 2 subcategories, out of 2 total.

► Videos of medical microbiology‎ (1 C, 55 F)

B

► Biofilms‎ (7 C, 151 F)

Media in category "Medical microbiology"

The following 200 files are in this category, out of 364 total.

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A-MultiSite-Gateway-Toolkit-for-Rapid-Cloning-of-Vertebrate-Expression-Constructs-with-Diverse-pone.0159277.s001.ogv 6.8 s, 568 × 444; 44 KB
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A-Novel-Approach-for-Purification-and-Selective-Capture-of-Membrane-Vesicles-of-the-pone.0095137.s004.ogv 6.0 s, 512 × 512; 2.53 MB
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A-Novel-Approach-for-Purification-and-Selective-Capture-of-Membrane-Vesicles-of-the-pone.0095137.s005.ogv 6.0 s, 512 × 512; 1.8 MB
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A-Precise-Temperature-Responsive-Bistable-Switch-Controlling-Yersinia-Virulence-ppat.1006091.s013.ogv 13 s, 514 × 326; 506 KB
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A-Precise-Temperature-Responsive-Bistable-Switch-Controlling-Yersinia-Virulence-ppat.1006091.s014.ogv 6.3 s, 400 × 506; 133 KB
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A-Precise-Temperature-Responsive-Bistable-Switch-Controlling-Yersinia-Virulence-ppat.1006091.s015.ogv 7.5 s, 400 × 534; 114 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s007.ogv 12 s, 134 × 154; 91 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s008.ogv 11 s, 124 × 90; 42 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s009.ogv 7.3 s, 192 × 109; 40 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s010.ogv 14 s, 284 × 280; 361 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s011.ogv 17 s, 178 × 122; 104 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s012.ogv 16 s, 178 × 122; 86 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s013.ogv 9.3 s, 144 × 133; 104 KB
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A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s014.ogv 6.3 s, 144 × 133; 63 KB
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A-Translocated-Effector-Required-for-Bartonella-Dissemination-from-Derma-to-Blood-Safeguards-ppat.1004187.s010.ogv 36 s, 1,414 × 714; 4.82 MB
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A-Translocated-Effector-Required-for-Bartonella-Dissemination-from-Derma-to-Blood-Safeguards-ppat.1004187.s011.ogv 37 s, 1,728 × 872; 6.05 MB
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A-Translocated-Effector-Required-for-Bartonella-Dissemination-from-Derma-to-Blood-Safeguards-ppat.1004187.s012.ogv 35 s, 1,710 × 864; 3.88 MB
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A-Translocated-Effector-Required-for-Bartonella-Dissemination-from-Derma-to-Blood-Safeguards-ppat.1004187.s013.ogv 12 s, 1,240 × 1,384; 1.56 MB
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A-Translocated-Effector-Required-for-Bartonella-Dissemination-from-Derma-to-Blood-Safeguards-ppat.1004187.s014.ogv 13 s, 840 × 720; 1.75 MB
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A-Translocated-Effector-Required-for-Bartonella-Dissemination-from-Derma-to-Blood-Safeguards-ppat.1004187.s015.ogv 49 s, 640 × 480; 4.71 MB
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ABHD5CGI-58-the-Chanarin-Dorfman-Syndrome-Protein-Mobilises-Lipid-Stores-for-Hepatitis-C-Virus-ppat.1005568.s013.ogv 58 s, 960 × 148; 17.24 MB
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ABHD5CGI-58-the-Chanarin-Dorfman-Syndrome-Protein-Mobilises-Lipid-Stores-for-Hepatitis-C-Virus-ppat.1005568.s014.ogv 39 s, 960 × 256; 5.35 MB
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Adherence-of-Staphylococcus-aureus-to-Dyneema-Purity®-Patches-and-to-Clinically-Used-Cardiovascular-pone.0162216.s001.ogv 13 s, 1,392 × 1,040; 6.26 MB
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Adherence-of-Staphylococcus-aureus-to-Dyneema-Purity®-Patches-and-to-Clinically-Used-Cardiovascular-pone.0162216.s002.ogv 13 s, 1,392 × 1,040; 1.09 MB
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Adherence-of-Staphylococcus-aureus-to-Dyneema-Purity®-Patches-and-to-Clinically-Used-Cardiovascular-pone.0162216.s003.ogv 13 s, 1,392 × 1,040; 386 KB
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Agent-Based-Model-of-Human-Alveoli-Predicts-Chemotactic-Signaling-by-Epithelial-Cells-during-Early-pone.0111630.s007.ogv 20 s, 1,280 × 720; 3.96 MB
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Agent-Based-Model-of-Human-Alveoli-Predicts-Chemotactic-Signaling-by-Epithelial-Cells-during-Early-pone.0111630.s008.ogv 24 s, 1,280 × 720; 1.33 MB
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Agent-Based-Model-of-Human-Alveoli-Predicts-Chemotactic-Signaling-by-Epithelial-Cells-during-Early-pone.0111630.s009.ogv 20 s, 1,280 × 720; 2.57 MB
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Agent-Based-Model-of-Human-Alveoli-Predicts-Chemotactic-Signaling-by-Epithelial-Cells-during-Early-pone.0111630.s010.ogv 13 s, 1,280 × 720; 577 KB
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An-Essential-Nonredundant-Role-for-Mycobacterial-DnaK-in-Native-Protein-Folding-pgen.1004516.s017.ogv 11 s, 750 × 500; 417 KB
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An-Essential-Nonredundant-Role-for-Mycobacterial-DnaK-in-Native-Protein-Folding-pgen.1004516.s018.ogv 16 s, 500 × 500; 293 KB
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An-Essential-Nonredundant-Role-for-Mycobacterial-DnaK-in-Native-Protein-Folding-pgen.1004516.s019.ogv 10 s, 1,050 × 350; 177 KB
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An-Essential-Nonredundant-Role-for-Mycobacterial-DnaK-in-Native-Protein-Folding-pgen.1004516.s020.ogv 17 s, 300 × 300; 88 KB
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An-Essential-Nonredundant-Role-for-Mycobacterial-DnaK-in-Native-Protein-Folding-pgen.1004516.s021.ogv 16 s, 300 × 300; 63 KB
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Analysis-of-a-Spontaneous-Non-Motile-and-Avirulent-Mutant-Shows-That-FliM-Is-Required-for-Full-pone.0152916.s009.ogv 12 s, 315 × 311; 1.37 MB
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Analysis-of-a-Spontaneous-Non-Motile-and-Avirulent-Mutant-Shows-That-FliM-Is-Required-for-Full-pone.0152916.s010.ogv 12 s, 327 × 327; 2.23 MB
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Analysis-of-a-Spontaneous-Non-Motile-and-Avirulent-Mutant-Shows-That-FliM-Is-Required-for-Full-pone.0152916.s011.ogv 12 s, 328 × 328; 1.07 MB
Analysis-of-Human-Cytomegalovirus-Encoded-SUMO-Targets-and-Temporal-Regulation-of-SUMOylation-of-pone.0103308.g001.jpg 674 × 771; 124 KB
Analysis-of-Human-Cytomegalovirus-Encoded-SUMO-Targets-and-Temporal-Regulation-of-SUMOylation-of-pone.0103308.g002.jpg 671 × 608; 88 KB
Analysis-of-Human-Cytomegalovirus-Encoded-SUMO-Targets-and-Temporal-Regulation-of-SUMOylation-of-pone.0103308.g003.jpg 628 × 1,149; 101 KB
Analysis-of-Human-Cytomegalovirus-Encoded-SUMO-Targets-and-Temporal-Regulation-of-SUMOylation-of-pone.0103308.g004.jpg 707 × 462; 51 KB
Analysis-of-Human-Cytomegalovirus-Encoded-SUMO-Targets-and-Temporal-Regulation-of-SUMOylation-of-pone.0103308.g005.jpg 764 × 386; 53 KB
Analysis-of-Human-Cytomegalovirus-Encoded-SUMO-Targets-and-Temporal-Regulation-of-SUMOylation-of-pone.0103308.g006.jpg 685 × 450; 53 KB
Analysis-of-Human-Cytomegalovirus-Encoded-SUMO-Targets-and-Temporal-Regulation-of-SUMOylation-of-pone.0103308.g007.jpg 792 × 350; 55 KB
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Antifungal-Activity-and-Action-Mechanism-of-Histatin-5-Halocidin-Hybrid-Peptides-against-Candida-ssp-pone.0150196.s002.ogv 10 s, 595 × 593; 623 KB
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Assembly-and-Development-of-the-Pseudomonas-aeruginosa-Biofilm-Matrix-ppat.1000354.s002.ogv 10 s, 512 × 512; 509 KB
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Bistable-Expression-of-Virulence-Genes-in-Salmonella-Leads-to-the-Formation-of-an-Antibiotic-pbio.1001928.s012.ogv 28 s, 501 × 459; 3.84 MB
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Bistable-Expression-of-Virulence-Genes-in-Salmonella-Leads-to-the-Formation-of-an-Antibiotic-pbio.1001928.s013.ogv 43 s, 457 × 453; 4.93 MB
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Bistable-Expression-of-Virulence-Genes-in-Salmonella-Leads-to-the-Formation-of-an-Antibiotic-pbio.1001928.s014.ogv 36 s, 514 × 441; 3.99 MB
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Bistable-Expression-of-Virulence-Genes-in-Salmonella-Leads-to-the-Formation-of-an-Antibiotic-pbio.1001928.s015.ogv 28 s, 607 × 452; 4.85 MB
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Bistable-Expression-of-Virulence-Genes-in-Salmonella-Leads-to-the-Formation-of-an-Antibiotic-pbio.1001928.s016.ogv 38 s, 468 × 410; 1.2 MB
Centralblatt für Bakteriologie, Parasitenkunde und Infektionskrankheiten (1912) (20400006990).jpg 1,900 × 3,032; 586 KB
Centralblatt für Bakteriologie, Parasitenkunde und Infektionskrankheiten (1912) (20401322119).jpg 1,860 × 3,020; 407 KB
Centralblatt für Bakteriologie, Parasitenkunde und Infektionskrankheiten (1912) (20578995312).jpg 1,878 × 3,040; 532 KB
Centralblatt für Bakteriologie, Parasitenkunde und Infektionskrankheiten (1912) (20579044682).jpg 1,816 × 3,012; 662 KB
Centralblatt für Bakteriologie, Parasitenkunde und Infektionskrankheiten (1912) (20594568921).jpg 1,828 × 2,848; 269 KB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s001.ogv 30 s, 720 × 240; 1.7 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s002.ogv 30 s, 720 × 240; 827 KB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s003.ogv 30 s, 720 × 240; 1.19 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s004.ogv 8.0 s, 1,024 × 1,024; 3.91 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s005.ogv 8.0 s, 1,024 × 1,024; 2.72 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s006.ogv 12 s, 1,024 × 1,024; 3.81 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s007.ogv 12 s, 1,024 × 1,024; 3.89 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s008.ogv 20 s, 720 × 240; 1.18 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s009.ogv 12 s, 1,024 × 1,024; 5.45 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s010.ogv 12 s, 1,024 × 1,024; 5.38 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s011.ogv 12 s, 1,024 × 1,024; 7.27 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s012.ogv 8.6 s, 1,024 × 1,024; 2.23 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s013.ogv 8.6 s, 1,024 × 1,024; 2.67 MB
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Chemotaxis-and-Binding-of-Pseudomonas-aeruginosa-to-Scratch-Wounded-Human-Cystic-Fibrosis-Airway-pone.0150109.s014.ogv 8.6 s, 1,024 × 1,024; 9 MB
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Concerted-Spatio-Temporal-Dynamics-of-Imported-DNA-and-ComE-DNA-Uptake-Protein-during-Gonococcal-ppat.1004043.s009.ogv 15 s, 480 × 240; 301 KB
Concerted-Spatio-Temporal-Dynamics-of-Imported-DNA-and-ComE-DNA-Uptake-Protein-during-Gonococcal-ppat.1004043.s010.ogv 15 s, 60 × 30; 38 KB
Concerted-Spatio-Temporal-Dynamics-of-Imported-DNA-and-ComE-DNA-Uptake-Protein-during-Gonococcal-ppat.1004043.s011.ogv 31 s, 60 × 30; 32 KB
Concerted-Spatio-Temporal-Dynamics-of-Imported-DNA-and-ComE-DNA-Uptake-Protein-during-Gonococcal-ppat.1004043.s012.ogv 20 s, 60 × 30; 32 KB
Concerted-Spatio-Temporal-Dynamics-of-Imported-DNA-and-ComE-DNA-Uptake-Protein-during-Gonococcal-ppat.1004043.s013.ogv 6.7 s, 60 × 30; 12 KB
Concerted-Spatio-Temporal-Dynamics-of-Imported-DNA-and-ComE-DNA-Uptake-Protein-during-Gonococcal-ppat.1004043.s014.ogv 7.0 s, 100 × 50; 24 KB
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Cryo-EM-Structure-of-Isomeric-Molluscan-Hemocyanin-Triggered-by-Viral-Infection-pone.0098766.s008.ogv 29 s, 300 × 300; 11.35 MB
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Cryo-EM-Structure-of-Isomeric-Molluscan-Hemocyanin-Triggered-by-Viral-Infection-pone.0098766.s009.ogv 4.1 s, 600 × 600; 678 KB
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Descriptive-Epidemiology-of-Typhoid-Fever-during-an-Epidemic-in-Harare-Zimbabwe-2012-pone.0114702.s003.ogv 23 s, 720 × 540; 369 KB
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Discovery-of-a-Natural-Microsporidian-Pathogen-with-a-Broad-Tissue-Tropism-in-Caenorhabditis-elegans-ppat.1005724.s015.ogv 10 s, 640 × 360; 203 KB
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Dynamic-Modelling-Reveals-Hotspots-on-the-Pathway-to-Enzyme-Substrate-Complex-Formation-pcbi.1004811.s001.ogv 2 min 4 s, 853 × 480; 41.31 MB
Dynamic-Organization-of-SecA-and-SecY-Secretion-Complexes-in-the-B.-subtilis-Membrane-pone.0157899.s010.ogv 1 min 59 s, 120 × 17; 1.08 MB
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Dynamic-Organization-of-SecA-and-SecY-Secretion-Complexes-in-the-B.-subtilis-Membrane-pone.0157899.s011.ogv 44 s, 93 × 18; 172 KB
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Elimination-of-Pseudomonas-aeruginosa-through-Efferocytosis-upon-Binding-to-Apoptotic-Cells-ppat.1006068.s016.ogv 18 s, 316 × 292; 581 KB
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Endothelial-Cells-Use-a-Formin-Dependent-Phagocytosis-Like-Process-to-Internalize-the-Bacterium-ppat.1005603.s008.ogv 3.0 s, 454 × 237; 792 KB
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Endothelial-Cells-Use-a-Formin-Dependent-Phagocytosis-Like-Process-to-Internalize-the-Bacterium-ppat.1005603.s009.ogv 3.5 s, 1,024 × 1,024; 5.1 MB
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Endothelial-Cells-Use-a-Formin-Dependent-Phagocytosis-Like-Process-to-Internalize-the-Bacterium-ppat.1005603.s010.ogv 6.3 s, 1,024 × 1,024; 20.39 MB
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Endothelial-Cells-Use-a-Formin-Dependent-Phagocytosis-Like-Process-to-Internalize-the-Bacterium-ppat.1005603.s011.ogv 3.0 s, 159 × 133; 180 KB
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Endothelial-Cells-Use-a-Formin-Dependent-Phagocytosis-Like-Process-to-Internalize-the-Bacterium-ppat.1005603.s012.ogv 20 s, 236 × 179; 696 KB
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Evidence-for-Divisome-Localization-Mechanisms-Independent-of-the-Min-System-and-SlmA-in-Escherichia-pgen.1004504.s019.ogv 3.2 s, 103 × 102; 98 KB
Evidence-for-Divisome-Localization-Mechanisms-Independent-of-the-Min-System-and-SlmA-in-Escherichia-pgen.1004504.s020.ogv 3.2 s, 102 × 102; 43 KB
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Evidence-for-Divisome-Localization-Mechanisms-Independent-of-the-Min-System-and-SlmA-in-Escherichia-pgen.1004504.s021.ogv 3.6 s, 101 × 101; 168 KB
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FleA-Expression-in-Aspergillus-fumigatus-Is-Recognized-by-Fucosylated-Structures-on-Mucins-and-ppat.1005555.s003.ogv 2.4 s, 312 × 312; 31 KB
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Francisella-tularensis-IglG-Belongs-to-a-Novel-Family-of-PAAR-Like-T6SS-Proteins-and-Harbors-a-ppat.1005821.s018.ogv 41 s, 669 × 834; 9.71 MB
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FtsZ-Placement-in-Nucleoid-Free-Bacteria-pone.0091984.s008.ogv 1.8 s, 141 × 179; 9 KB
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G-Protein-Coupled-Receptor-43-Modulates-Neutrophil-Recruitment-during-Acute-Inflammation-pone.0163750.s001.ogv 14 s, 320 × 240; 1.04 MB
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G-Protein-Coupled-Receptor-43-Modulates-Neutrophil-Recruitment-during-Acute-Inflammation-pone.0163750.s002.ogv 14 s, 320 × 240; 995 KB
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Genetic-Analysis-of-Collective-Motility-of-Paenibacillus-sp.-NAIST15-1-pgen.1006387.s014.ogv 20 s, 640 × 480; 472 KB
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Genetic-Analysis-of-Collective-Motility-of-Paenibacillus-sp.-NAIST15-1-pgen.1006387.s015.ogv 20 s, 960 × 720; 1.12 MB
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Genetic-Analysis-of-Collective-Motility-of-Paenibacillus-sp.-NAIST15-1-pgen.1006387.s016.ogv 40 s, 640 × 480; 4.12 MB
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Genetic-Analysis-of-Collective-Motility-of-Paenibacillus-sp.-NAIST15-1-pgen.1006387.s017.ogv 9.5 s, 640 × 480; 4.18 MB
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Genetic-Analysis-of-Collective-Motility-of-Paenibacillus-sp.-NAIST15-1-pgen.1006387.s018.ogv 10 s, 640 × 480; 435 KB
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Genetic-Analysis-of-Collective-Motility-of-Paenibacillus-sp.-NAIST15-1-pgen.1006387.s019.ogv 10 s, 640 × 480; 956 KB
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Genetic-Analysis-of-Collective-Motility-of-Paenibacillus-sp.-NAIST15-1-pgen.1006387.s020.ogv 9.7 s, 640 × 480; 4.56 MB
Histone-Deacetylase-Inhibitors-Impair-the-Elimination-of-HIV-Infected-Cells-by-Cytotoxic-T-ppat.1004287.s002.ogv 33 s, 112 × 93; 558 KB
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Histone-Deacetylase-Inhibitors-Impair-the-Elimination-of-HIV-Infected-Cells-by-Cytotoxic-T-ppat.1004287.s003.ogv 33 s, 167 × 147; 808 KB
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Histone-Deacetylase-Inhibitors-Impair-the-Elimination-of-HIV-Infected-Cells-by-Cytotoxic-T-ppat.1004287.s004.ogv 33 s, 140 × 112; 251 KB
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HIV-1-and-M-PMV-RNA-Nuclear-Export-Elements-Program-Viral-Genomes-for-Distinct-Cytoplasmic-ppat.1005565.s003.ogv 9.0 s, 966 × 1,284; 1.01 MB
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HIV-1-and-M-PMV-RNA-Nuclear-Export-Elements-Program-Viral-Genomes-for-Distinct-Cytoplasmic-ppat.1005565.s004.ogv 13 s, 1,232 × 987; 1.23 MB
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HIV-1-and-M-PMV-RNA-Nuclear-Export-Elements-Program-Viral-Genomes-for-Distinct-Cytoplasmic-ppat.1005565.s005.ogv 9.5 s, 177 × 177; 34 KB
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HIV-1-and-M-PMV-RNA-Nuclear-Export-Elements-Program-Viral-Genomes-for-Distinct-Cytoplasmic-ppat.1005565.s006.ogv 5.6 s, 1,200 × 564; 6.66 MB
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HIV-1-and-M-PMV-RNA-Nuclear-Export-Elements-Program-Viral-Genomes-for-Distinct-Cytoplasmic-ppat.1005565.s007.ogv 5.4 s, 430 × 422; 1.07 MB
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HIV-1-and-M-PMV-RNA-Nuclear-Export-Elements-Program-Viral-Genomes-for-Distinct-Cytoplasmic-ppat.1005565.s008.ogv 7.0 s, 657 × 219; 235 KB
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HIV-1-and-M-PMV-RNA-Nuclear-Export-Elements-Program-Viral-Genomes-for-Distinct-Cytoplasmic-ppat.1005565.s009.ogv 9.0 s, 182 × 182; 210 KB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s007.ogv 6.1 s, 2,034 × 855; 5.47 MB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s008.ogv 11 s, 1,914 × 1,053; 1.89 MB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s009.ogv 30 s, 1,984 × 1,144; 6.79 MB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s010.ogv 5.0 s, 1,000 × 427; 822 KB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s011.ogv 30 s, 4,602 × 1,434; 24.18 MB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s012.ogv 6.6 s, 3,820 × 792; 4.19 MB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s013.ogv 30 s, 1,409 × 619; 14.69 MB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s014.ogv 2.2 s, 2,271 × 375; 1.21 MB
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Host-Gut-Motility-Promotes-Competitive-Exclusion-within-a-Model-Intestinal-Microbiota-pbio.1002517.s015.ogv 30 s, 2,271 × 375; 14.03 MB
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Hyphal-Growth-of-Phagocytosed-Fusarium-oxysporum-Causes-Cell-Lysis-and-Death-of-Murine-Macrophages-pone.0101999.s001.ogv 11 s, 512 × 512; 5.71 MB
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Hyphal-Growth-of-Phagocytosed-Fusarium-oxysporum-Causes-Cell-Lysis-and-Death-of-Murine-Macrophages-pone.0101999.s002.ogv 24 s, 222 × 238; 1.08 MB
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Hyphal-Growth-of-Phagocytosed-Fusarium-oxysporum-Causes-Cell-Lysis-and-Death-of-Murine-Macrophages-pone.0101999.s003.ogv 22 s, 157 × 140; 538 KB
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Hyphal-Growth-of-Phagocytosed-Fusarium-oxysporum-Causes-Cell-Lysis-and-Death-of-Murine-Macrophages-pone.0101999.s004.ogv 22 s, 151 × 124; 542 KB
Hämagglutinationshemmtest.jpg 1,034 × 2,958; 289 KB
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Identification-of-a-Novel-Drug-Lead-That-Inhibits-HCV-Infection-and-Cell-to-Cell-Transmission-by-pone.0111333.s002.ogv 15 s, 352 × 288; 1.85 MB
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Identification-of-Candida-glabrata-Genes-Involved-in-pH-Modulation-and-Modification-of-the-pone.0096015.s002.ogv 8.5 s, 1,388 × 520; 3.73 MB
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Identification-of-SerThr-kinase-and-Forkhead-Associated-Domains-in-Mycobacterium-ulcerans-pntd.0003315.s011.ogv 32 s, 496 × 476; 16.49 MB
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Identification-of-SerThr-kinase-and-Forkhead-Associated-Domains-in-Mycobacterium-ulcerans-pntd.0003315.s012.ogv 48 s, 572 × 532; 24.53 MB
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Identification-of-SerThr-kinase-and-Forkhead-Associated-Domains-in-Mycobacterium-ulcerans-pntd.0003315.s013.ogv 48 s, 572 × 532; 18.65 MB
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IFNs-Modify-the-Proteome-of-Legionella-Containing-Vacuoles-and-Restrict-Infection-Via-IRG1-Derived-ppat.1005408.s013.ogv 16 s, 223 × 237; 264 KB
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Image-Restoration-and-Analysis-of-Influenza-Virions-Binding-to-Membrane-Receptors-Reveal-Adhesion-pone.0163437.s004.ogv 30 s, 512 × 512; 60.76 MB
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Image-Restoration-and-Analysis-of-Influenza-Virions-Binding-to-Membrane-Receptors-Reveal-Adhesion-pone.0163437.s005.ogv 30 s, 512 × 512; 60.7 MB
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In-Vitro-Interaction-of-Pseudomonas-aeruginosa-with-Human-Middle-Ear-Epithelial-Cells-pone.0091885.s005.ogv 2.1 s, 700 × 526; 506 KB
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Initial-Characterization-of-the-FlgE-Hook-High-Molecular-Weight-Complex-of-Borrelia-burgdorferi-pone.0098338.s001.ogv 40 s, 640 × 480; 3.76 MB
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Intercellular-Extensions-Are-Induced-by-the-Alphavirus-Structural-Proteins-and-Mediate-Virus-ppat.1006061.s001.ogv 6.0 s, 512 × 512; 1.06 MB
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Interplay-of-the-SerineThreonine-Kinase-StkP-and-the-Paralogs-DivIVA-and-GpsB-in-Pneumococcal-Cell-pgen.1004275.s018.ogv 10 s, 1,064 × 878; 85 KB
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Interplay-of-the-SerineThreonine-Kinase-StkP-and-the-Paralogs-DivIVA-and-GpsB-in-Pneumococcal-Cell-pgen.1004275.s019.ogv 13 s, 216 × 168; 293 KB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s002.ogv 11 s, 1,156 × 1,036; 5.26 MB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s003.ogv 13 s, 1,392 × 1,040; 3.34 MB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s004.ogv 12 s, 1,392 × 1,040; 3.87 MB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s005.ogv 15 s, 1,392 × 1,040; 3.3 MB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s006.ogv 16 s, 400 × 246; 687 KB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s007.ogv 12 s, 1,392 × 1,040; 3.68 MB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s008.ogv 15 s, 1,392 × 1,040; 4.6 MB
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Intoxication-of-Host-Cells-by-the-T3SS-Phospholipase-ExoU-PI(45)P2-Associated-Cytoskeletal-Collapse-pone.0103127.s009.ogv 20 s, 1,392 × 1,040; 3.03 MB
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Intravaginal-Chlamydia-trachomatis-Challenge-Infection-Elicits-TH1-and-TH17-Immune-Responses-in-pone.0162445.s007.ogv 11 s, 472 × 500; 387 KB
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Intravaginal-Chlamydia-trachomatis-Challenge-Infection-Elicits-TH1-and-TH17-Immune-Responses-in-pone.0162445.s008.ogv 11 s, 472 × 500; 266 KB
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KIF5B-and-Nup358-Cooperatively-Mediate-the-Nuclear-Import-of-HIV-1-during-Infection-ppat.1005700.s006.ogv 46 s, 1,346 × 815; 1.23 MB
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KIF5B-and-Nup358-Cooperatively-Mediate-the-Nuclear-Import-of-HIV-1-during-Infection-ppat.1005700.s007.ogv 14 s, 1,648 × 1,002; 465 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s004.ogv 4.2 s, 854 × 538; 3.39 MB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s005.ogv 4.2 s, 956 × 573; 3.17 MB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s006.ogv 4.0 s, 694 × 520; 144 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s007.ogv 3.2 s, 474 × 386; 58 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s008.ogv 5.4 s, 474 × 383; 115 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s009.ogv 6.3 s, 694 × 520; 76 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s010.ogv 4.0 s, 519 × 411; 100 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s011.ogv 41 s, 510 × 372; 653 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s012.ogv 19 s, 474 × 379; 152 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s013.ogv 20 s, 474 × 384; 313 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s014.ogv 5.0 s, 468 × 380; 58 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s015.ogv 3.6 s, 480 × 386; 78 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s016.ogv 5.2 s, 450 × 375; 182 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s017.ogv 15 s, 447 × 386; 101 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s018.ogv 3.4 s, 515 × 451; 48 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s019.ogv 21 s, 480 × 380; 347 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s020.ogv 20 s, 366 × 332; 332 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s021.ogv 20 s, 473 × 386; 255 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s022.ogv 3.2 s, 511 × 387; 102 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s023.ogv 41 s, 474 × 386; 431 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s024.ogv 41 s, 474 × 386; 670 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s025.ogv 41 s, 474 × 384; 504 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s026.ogv 20 s, 474 × 390; 312 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s027.ogv 20 s, 534 × 520; 283 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s028.ogv 6.4 s, 450 × 375; 99 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s029.ogv 13 s, 672 × 555; 4.67 MB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s030.ogv 7.8 s, 450 × 375; 173 KB
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Live-Cell-Imaging-Reveals-Novel-Functions-of-Salmonella-enterica-SPI2-T3SS-Effector-Proteins-in-pone.0115423.s031.ogv 29 s, 480 × 370; 112 KB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s002.ogv 1 min 5 s, 1,108 × 720; 38.44 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s003.ogv 6.6 s, 1,280 × 720; 1.96 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s004.ogv 6.3 s, 1,280 × 720; 1.15 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s005.ogv 5.7 s, 1,280 × 720; 1.14 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s006.ogv 9.2 s, 1,280 × 720; 2.07 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s007.ogv 4.9 s, 1,280 × 720; 911 KB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s008.ogv 5.3 s, 1,280 × 720; 225 KB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s009.ogv 17 s, 1,280 × 720; 8.32 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s010.ogv 23 s, 640 × 360; 3.36 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s011.ogv 23 s, 640 × 360; 3.27 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s012.ogv 23 s, 640 × 360; 3.28 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s013.ogv 23 s, 640 × 360; 3.12 MB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s014.ogv 5.0 s, 1,920 × 1,080; 788 KB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s015.ogv 6.6 s, 1,920 × 1,080; 395 KB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s016.ogv 7.0 s, 1,920 × 1,080; 515 KB
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Live-Imaging-of-Influenza-Infection-of-the-Trachea-Reveals-Dynamic-Regulation-of-CD8+-T-Cell-ppat.1005881.s017.ogv 7.0 s, 1,920 × 1,080; 410 KB
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Low-Cost-3D-Printers-Enable-High-Quality-and-Automated-Sample-Preparation-and-Molecular-Detection-pone.0158502.s006.ogv 1 min 35 s, 1,920 × 1,080; 28.95 MB
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Macropinosomes-are-Key-Players-in-Early-Shigella-Invasion-and-Vacuolar-Escape-in-Epithelial-Cells-ppat.1005602.s008.ogv 9.0 s, 231 × 77; 66 KB
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Macropinosomes-are-Key-Players-in-Early-Shigella-Invasion-and-Vacuolar-Escape-in-Epithelial-Cells-ppat.1005602.s009.ogv 11 s, 201 × 63; 418 KB

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