Category:Monoclonal antibodies

Subcategories

This category has the following 22 subcategories, out of 22 total.

Media in category "Monoclonal antibodies"

The following 112 files are in this category, out of 112 total.

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  3D Dual Color Super Resolution Microscopy Cremer 2010.png 3,486 × 1,280; 3 MB
  
• A-proteomic-approach-reveals-integrin-activation-state-dependent-control-of-microtubule-cortical-ncomms7135-s3.ogv 8.5 s, 512 × 512; 3.22 MB
  
• A-proteomic-approach-reveals-integrin-activation-state-dependent-control-of-microtubule-cortical-ncomms7135-s4.ogv 7.3 s, 512 × 512; 785 KB
  
• A-proteomic-approach-reveals-integrin-activation-state-dependent-control-of-microtubule-cortical-ncomms7135-s5.ogv 12 s, 900 × 675; 7.35 MB
  
• A-proteomic-approach-reveals-integrin-activation-state-dependent-control-of-microtubule-cortical-ncomms7135-s6.ogv 12 s, 900 × 675; 5.25 MB
  
• A-proteomic-approach-reveals-integrin-activation-state-dependent-control-of-microtubule-cortical-ncomms7135-s7.ogv 12 s, 900 × 675; 1.93 MB
  
• A-shear-gradient-activated-microfluidic-device-for-automated-monitoring-of-whole-blood-haemostasis-ncomms10176-s2.ogv 11 s, 1,200 × 453; 406 KB
  
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  Anticuerpo Monoclonal.png 950 × 776; 664 KB
  
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  Atezolizumab for treatment of non small cell lung cancer in the first line, IMpower 110, 130 and 150 studies.jpg 492 × 935; 139 KB
  
• Autophagy-Facilitates-the-Development-of-Breast-Cancer-Resistance-to-the-Anti-HER2-Monoclonal-pone.0006251.s001.ogv 4.5 s, 1,024 × 576; 225 KB
  
• Autophagy-Facilitates-the-Development-of-Breast-Cancer-Resistance-to-the-Anti-HER2-Monoclonal-pone.0006251.s002.ogv 4.4 s, 856 × 480; 971 KB
  
• Autophagy-Facilitates-the-Development-of-Breast-Cancer-Resistance-to-the-Anti-HER2-Monoclonal-pone.0006251.s003.ogv 4.5 s, 856 × 480; 1.19 MB
  
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  BiologicsPatentCliff2011.pdf 1,614 × 958; 44 KB
  
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  Biomedicines-07-00018-g002.jpg 695 × 574; 51 KB
  
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  Cancer antibody receptor blockade.png 960 × 720; 61 KB
  
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  Certolizumab binding TNF-alpha homotrimer 5WUX.png 2,000 × 2,000; 1.56 MB
  
• Cytokeratin-8-ectoplasmic-domain-binds-urokinase-type-plasminogen-activator-to-breast-tumor-cells-1476-4598-8-88-S2.ogv 40 s, 240 × 180; 1.19 MB
  
• Cytokeratin-8-ectoplasmic-domain-binds-urokinase-type-plasminogen-activator-to-breast-tumor-cells-1476-4598-8-88-S3.ogv 40 s, 240 × 180; 2.02 MB
  
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  Determinación de grupo sanguíneo AB+ y B+.png 542 × 674; 597 KB
  
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  Development of better monoclonal antibodies for human therapy and their nomenclature.svg 2,144 × 892; 85 KB
  
• Differential-Effects-of-TNF-(TNFSF2)-and-IFN-γ-on-Intestinal-Epithelial-Cell-Morphogenesis-and-pone.0022967.s003.ogv 6.4 s, 836 × 736; 1.25 MB
  
• ER-Bound-Protein-Tyrosine-Phosphatase-PTP1B-Interacts-with-Src-at-the-Plasma-MembraneSubstrate-pone.0038948.s007.ogv 4.0 s, 312 × 332; 77 KB
  
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  Factors affecting Immunogenicity of Monoclonal Antibodies.png 2,732 × 1,544; 1.88 MB
  
• Fluorescently-tagged-anti-ganglioside-antibody-selectively-identifies-peripheral-nerve-in-living-srep15766-s2.ogv 20 s, 320 × 240; 121 KB
  
• Fluorescently-tagged-anti-ganglioside-antibody-selectively-identifies-peripheral-nerve-in-living-srep15766-s3.ogv 5.8 s, 320 × 240; 104 KB
  
• Fluorescently-tagged-anti-ganglioside-antibody-selectively-identifies-peripheral-nerve-in-living-srep15766-s4.ogv 5.8 s, 320 × 240; 41 KB
  
• FYVE-Dependent-Endosomal-Targeting-of-an-Arrestin-Related-Protein-in-Amoeba-pone.0015249.s007.ogv 12 s, 256 × 256; 112 KB
  
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  Gantenerumab Aβ(1–11) 5CSZ.png 1,500 × 1,632; 1.53 MB
  
• Generation-of-functional-scFv-intrabody-to-abate-the-expression-of-CD147-surface-molecule-of-293A-1472-6750-8-5-S1.ogv 52 s, 864 × 672; 1.69 MB
  
• High-Affinity-Antigen-Recognition-of-the-Dual-Specific-Variants-of-Herceptin-Is-Entropy-Driven-in-pone.0017887.s001.ogv 7.4 s, 640 × 480; 424 KB
  
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  How hCG Is Used To Indicate a Positive Pregnancy Test.svg 512 × 307; 210 KB
  
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  How to obtain monoclonal antibodies.jpg 3,968 × 2,976; 3.83 MB
  
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  IG-scFv-TCR fusion protein.svg 328 × 230; 90 KB
  
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  Ijms-23-11166-g001-550- 1.jpg 550 × 406; 37 KB
  
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  Images large 10.1177 03946320231209839-fig1.jpg 2,980 × 2,366; 618 KB
  
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  Immunoglobulin G1-kappa, anti-CD3E + anti-MS4A1 bispecific.svg 260 × 288; 118 KB
  
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  Immunoglobulin G4-lambda, anti-CD3E + anti-TNFRSF17 bispecific.svg 260 × 288; 106 KB
  
• Intermolecular-biparatopic-trapping-of-ErbB2-prevents-compensatory-activation-of-PI3KAKT-via-ncomms11672-s2.ogv 19 s, 800 × 800; 11.67 MB
  
• Intermolecular-biparatopic-trapping-of-ErbB2-prevents-compensatory-activation-of-PI3KAKT-via-ncomms11672-s3.ogv 20 s, 800 × 800; 22.83 MB
  
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  Isatuximab 4CMH.png 1,829 × 1,829; 137 KB
  
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  Jcm-12-00168-g002-550.webp 550 × 245; 14 KB
  
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  Mechanism of Action of Dalotuzumab.jpg 960 × 540; 72 KB
  
• Monitoring-the-Systemic-Human-Memory-B-Cell-Compartment-of-Melanoma-Patients-for-Anti-Tumor-IgG-pone.0019330.s003.ogv 4.0 s, 1,388 × 1,040; 559 KB
  
• Monitoring-the-Systemic-Human-Memory-B-Cell-Compartment-of-Melanoma-Patients-for-Anti-Tumor-IgG-pone.0019330.s004.ogv 4.0 s, 1,388 × 1,040; 925 KB
  
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  Monoclonal antibodies (1).jpg 2,700 × 1,800; 2.07 MB
  
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  Monoclonal antibodies (colon).jpg 2,124 × 1,800; 1.12 MB
  
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  Monoclonal antibodies (mAbs) (14050986246).jpg 972 × 962; 303 KB
  
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  Monoclonal antibodies smaller.jpg 387 × 555; 53 KB
  
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  Monoclonal antibodies used in the treatment of non small cell lung cancer and their mechanism of action.webp 550 × 354; 23 KB
  
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  Monoclonal antibody.jpg 686 × 347; 29 KB
  
• Monoclonal-Antibodies-Against-Peptidorhamnomannans-of-Scedosporium-apiospermum-Enhance-the-pntd.0000853.s003.ogv 28 s, 720 × 540; 5.49 MB
  
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  Natalizumab 4IRZ.png 2,048 × 2,048; 155 KB
  
• Patterned-Cell-Adhesion-Associated-with-Tissue-Deformations-during-Dorsal-Closure-in-Drosophila-pone.0027159.s004.ogv 6.9 s, 512 × 512; 15.51 MB
  
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  Pembrolizumab results as in Lung cancer keynote studies KEYNOTE-024 KEYNOTE-042 KEYNOTE-189 KEYNOTE-407.jpg 1,020 × 601; 172 KB
  
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  Pharmaceuticals-13-00373-g002-550.jpg 550 × 536; 96 KB
  
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  Prof.Joseph Gligorov from Paris, Dr.Nikola Vasev, Dr.Milan Risteski, Prof.Dr.Petar Stefanovski from Skopje.JPG 4,320 × 3,240; 783 KB
  
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  REGN-COV2 binding SARS-CoV-2 spike protein.png 2,048 × 2,048; 292 KB
  
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  S41467-020-16256-y.pdf 1,239 × 1,629, 6 pages; 2.77 MB
  
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  Sifalimumab 4YPG.png 1,353 × 2,048; 149 KB
  
• Signaling-Signatures-and-Functional-Properties-of-Anti-Human-CD28-Superagonistic-Antibodies-pone.0001708.s004.ogv 45 s, 688 × 516; 15.66 MB
  
• Signaling-Signatures-and-Functional-Properties-of-Anti-Human-CD28-Superagonistic-Antibodies-pone.0001708.s005.ogv 29 s, 688 × 516; 5.71 MB
  
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  Siltuximab.pdf 1,275 × 1,650, 16 pages; 211 KB
  
• Staged-stromal-extracellular-3D-matrices-differentially-regulate-breast-cancer-cell-responses-1471-2407-9-94-S1.ogv 1.2 s, 516 × 484; 2.08 MB
  
• Staged-stromal-extracellular-3D-matrices-differentially-regulate-breast-cancer-cell-responses-1471-2407-9-94-S2.ogv 1.2 s, 514 × 484; 530 KB
  
• Staged-stromal-extracellular-3D-matrices-differentially-regulate-breast-cancer-cell-responses-1471-2407-9-94-S3.ogv 1.2 s, 516 × 484; 1.07 MB
  
• Staged-stromal-extracellular-3D-matrices-differentially-regulate-breast-cancer-cell-responses-1471-2407-9-94-S4.ogv 0.9 s, 516 × 484; 2.3 MB
  
• Staged-stromal-extracellular-3D-matrices-differentially-regulate-breast-cancer-cell-responses-1471-2407-9-94-S5.ogv 0.9 s, 516 × 484; 1.73 MB
  
• Staged-stromal-extracellular-3D-matrices-differentially-regulate-breast-cancer-cell-responses-1471-2407-9-94-S6.ogv 0.9 s, 516 × 484; 1.76 MB
  
• Structure-Function-Correlation-of-the-Human-Central-Retina-pone.0012864.s004.ogv 28 s, 638 × 486; 3.67 MB
  
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  T-cell killing cancer cell.gif 300 × 300; 1.02 MB
  
• The-Development-and-Characterization-of-a-Human-Mesothelioma-In-Vitro-3D-Model-to-Investigate-pone.0014640.s001.ogv 13 s, 516 × 512; 3.77 MB
  
• The-Development-and-Characterization-of-a-Human-Mesothelioma-In-Vitro-3D-Model-to-Investigate-pone.0014640.s002.ogv 13 s, 516 × 512; 2.35 MB
  
• The-Glycan-Role-in-the-Glycopeptide-Immunogenicity-Revealed-by-Atomistic-Simulations-and-srep09200-s3.ogv 12 s, 640 × 246; 1 MB
  
• The-Glycan-Role-in-the-Glycopeptide-Immunogenicity-Revealed-by-Atomistic-Simulations-and-srep09200-s4.ogv 12 s, 640 × 246; 1.18 MB
  
• The-immune-synapse-clears-and-excludes-molecules-above-a-size-threshold-ncomms6479-s2.ogv 5.0 s, 219 × 219; 350 KB
  
• The-immune-synapse-clears-and-excludes-molecules-above-a-size-threshold-ncomms6479-s3.ogv 5.0 s, 219 × 219; 419 KB
  
• The-pericyte-as-a-cellular-regulator-of-penile-erection-and-a-novel-therapeutic-target-for-erectile-srep10891-s2.ogv 5.5 s, 800 × 800; 696 KB
  
• The-pericyte-as-a-cellular-regulator-of-penile-erection-and-a-novel-therapeutic-target-for-erectile-srep10891-s3.ogv 6.5 s, 808 × 808; 3.78 MB
  
• The-pericyte-as-a-cellular-regulator-of-penile-erection-and-a-novel-therapeutic-target-for-erectile-srep10891-s4.ogv 11 s, 808 × 808; 3.5 MB
  
• The-pericyte-as-a-cellular-regulator-of-penile-erection-and-a-novel-therapeutic-target-for-erectile-srep10891-s5.ogv 5.8 s, 808 × 808; 3.02 MB
  
• The-pericyte-as-a-cellular-regulator-of-penile-erection-and-a-novel-therapeutic-target-for-erectile-srep10891-s6.ogv 5.8 s, 808 × 808; 1.52 MB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s009.ogv 21 s, 512 × 512; 1,003 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s010.ogv 6.2 s, 512 × 512; 285 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s011.ogv 15 s, 512 × 512; 273 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s012.ogv 11 s, 512 × 512; 221 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s013.ogv 10 s, 512 × 512; 701 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s014.ogv 5.0 s, 512 × 512; 304 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s015.ogv 18 s, 512 × 512; 547 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s016.ogv 17 s, 512 × 512; 812 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s017.ogv 10 s, 512 × 512; 387 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s018.ogv 12 s, 512 × 512; 502 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s019.ogv 8.2 s, 512 × 512; 445 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s020.ogv 32 s, 512 × 512; 670 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s021.ogv 26 s, 512 × 512; 1.33 MB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s022.ogv 13 s, 512 × 512; 188 KB
  
• The-Use-of-Spinning-Disk-Confocal-Microscopy-for-the-Intravital-Analysis-of-Platelet-Dynamics-in-pone.0025109.s023.ogv 24 s, 512 × 512; 361 KB
  
• Tissue-and-Stage-Specific-Distribution-of-Wolbachia-in-Brugia-malayi-pntd.0001174.s002.ogv 8.2 s, 352 × 288; 62 KB
  
• Tissue-and-Stage-Specific-Distribution-of-Wolbachia-in-Brugia-malayi-pntd.0001174.s003.ogv 8.2 s, 352 × 288; 79 KB
  
• Tissue-and-Stage-Specific-Distribution-of-Wolbachia-in-Brugia-malayi-pntd.0001174.s004.ogv 8.2 s, 320 × 240; 54 KB
  
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  Tralokinumab 5L6Y.png 1,851 × 1,467; 137 KB
  
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