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crossref | en | article | 10.1021 | nature | <citation-number>74.</citation-number> <author>Morales, M. A. & Halpern, J. M.</author> <title>Guide to Selecting a Biorecognition Element for Biosensors.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3231–3239</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>75.</citation-number> <author>Hu, X., Lerch, T. F. & Xu, A.</author> <title>Efficient and Selective Bioconjugation Using Surfactants.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3667–3676</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>76.</citation-number> <author>Imaninezhad, M., Hill, L., Kolar, G., Vogt, K. & Zustiak, S. P.</author> <title>Templated Macroporous Polyethylene Glycol Hydrogels for Spheroid and Aggregate Cell Culture.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>30,</volume> <page>34–46</... |
crossref | en | article | 10.1021 | nature | <citation-number>77.</citation-number> <author>Ennist, J. H., Termuehlen, H. R., Bernhard, S. P., Fricke, M. S. & Cloninger, M. J.</author> <title>Chemoenzymatic Synthesis of Galectin Binding Glycopolymers.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>4030–4039</page> <ye... |
crossref | en | article | 10.1021 | nature | <citation-number>78.</citation-number> <author>Zhao, Y. et al.</author> <title>Glycomimetic-Conjugated Photosensitizer for Specific Pseudomonas aeruginosa Recognition and Targeted Photodynamic Therapy.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3222–3230</page> <year>(2... |
crossref | en | article | 10.1021 | nature | <citation-number>79.</citation-number> <author>Cohen, L. & Walt, D. R.</author> <title>Evaluation of Antibody Biotinylation Approaches for Enhanced Sensitivity of Single Molecule Array (Simoa) Immunoassays.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3452–3458</page> <ye... |
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crossref | en | article | 10.1021 | nature | <citation-number>81.</citation-number> <author>Munsell, E. V., Fang, B. & Sullivan, M. O.</author> <title>Histone-Mimetic Gold Nanoparticles as Versatile Scaffolds for Gene Transfer and Chromatin Analysis.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3691–3704</page> <yea... |
crossref | en | article | 10.1021 | nature | <citation-number>82.</citation-number> <author>Tridgett, M. et al.</author> <title>Dye Aggregate-Mediated Self-Assembly of Bacteriophage Bioconjugates.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3705–3714</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>83.</citation-number> <author>Beutel, B. et al.</author> <title>New in Vivo Compatible Matrix Metalloproteinase (MMP)-2 and MMP-9 Inhibitors.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3715–3725</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>84.</citation-number> <author>Ren, W. et al.</author> <title>Fluorescent Imaging of $\upbeta$-Amyloid Using {BODIPY} Based Near-Infrared Off{\textendash}On Fluorescent Probe.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3459–3466</page> <year>(2018).</yea... |
crossref | en | article | 10.1021 | nature | <citation-number>85.</citation-number> <author>Hou, Z. et al.</author> <title>Facile Chemoselective Modification of Thio-Ethers Generates Chiral Center-Induced Helical Peptides.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>2904–2908</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>86.</citation-number> <author>Xia, J. et al.</author> <title>Ultrasound-Responsive Nanoparticulate for Selective Amplification of Chemotherapeutic Potency for Ablation of Solid Tumors.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3467–3475</page> <year>(2... |
crossref | en | article | 10.1021 | nature | <citation-number>87.</citation-number> <author>Frutos, S. et al.</author> <title>Site-Specific Antibody Drug Conjugates Using Streamlined Expressed Protein Ligation.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3503–3508</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>88.</citation-number> <author>Moroz, A. et al.</author> <title>A Preclinical Assessment of 89Zr-atezolizumab Identifies a Requirement for Carrier Added Formulations Not Observed with 89Zr-C4.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3476–3482</page> <... |
crossref | en | article | 10.1021 | nature | <citation-number>89.</citation-number> <author>Schmitt, J. et al.</author> <title>A Porphyrin Dimer–GdDOTA Conjugate as a Theranostic Agent for One- and Two-Photon Photodynamic Therapy and MRI.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3726–3738</page> <year>(2018).</y... |
crossref | en | article | 10.1021 | nature | <citation-number>90.</citation-number> <author>Pelegri-O’Day, E. M. et al.</author> <title>PEG Analogs Synthesized by Ring-Opening Metathesis Polymerization for Reversible Bioconjugation.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3739–3745</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>91.</citation-number> <author>Harmatys, K. M. et al.</author> <title>Tuning Pharmacokinetics to Improve Tumor Accumulation of a Prostate-Specific Membrane Antigen-Targeted Phototheranostic Agent.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3746–3756</pag... |
crossref | en | article | 10.1021 | nature | <citation-number>92.</citation-number> <author>Manandhar, S. et al.</author> <title>Properties of Heparinoids Premixed with Tumor-Derived Extracellular Vesicles.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3757–3767</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>1.</citation-number> <author>Wang, J. et al.</author> <title>A Mechanistic Investigation of Methylene Blue and Heparin Interactions and Their Photoacoustic Enhancement.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3768–3775</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>2.</citation-number> <author>Gonzales, J. et al.</author> <title>Nanoemulsion-Based Delivery of Fluorescent PARP Inhibitors in Mouse Models of Small Cell Lung Cancer.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3776–3782</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>3.</citation-number> <author>Gai, Y. et al.</author> <title>Synthesis and Evaluation of New Bifunctional Chelators with Phosphonic Acid Arms for Gallium-68 Based PET Imaging in Melanoma.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3483–3494</page> <year>... |
crossref | en | article | 10.1021 | nature | <citation-number>4.</citation-number> <author>Fink, K., Kobak, K., Kasztura, M., Boratynski, J. & Goszczynski, T. M.</author> <title>Synthesis and Biological Activity of Thymosin $\upbeta$4-Anionic Boron Cluster Conjugates.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>350... |
crossref | en | article | 10.1021 | nature | <citation-number>5.</citation-number> <author>Jeen, T. & Algar, W. R.</author> <title>Mimicking Cell Surface Enhancement of Protease Activity on the Surface of a Quantum Dot Nanoparticle.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3783–3792</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>6.</citation-number> <author>Nikitina, A. A. et al.</author> <title>Nanostructured Layer-by-Layer Polyelectrolyte Containers to Switch Biofilm Fluorescence.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3793–3799</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>7.</citation-number> <author>Ahmed, N. et al.</author> <title>Visualization of the Delivery and Release of Small RNAs Using Genetic Code Expansion and Unnatural RNA-Binding Proteins.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3982–3986</page> <year>(201... |
crossref | en | article | 10.1021 | nature | <citation-number>8.</citation-number> <author>Li, C. et al.</author> <title>Small Molecule Nanodrug Assembled of Dual-Anticancer Drug Conjugate for Synergetic Cancer Metastasis Therapy.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3495–3502</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>9.</citation-number> <author>Jaffe, J. et al.</author> <title>Effects of Conformational Changes in Peptide–CRM197 Conjugate Vaccines.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>30,</volume> <page>47–53</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>10.</citation-number> <author>Shi, R., Nejad, M. I., Zhang, X., Gu, L.-Q. & Gates, K. S.</author> <title>Generation and Single-Molecule Characterization of a Sequence-Selective Covalent Cross-Link Mediated by Mechlorethamine at a C–C Mismatch in Duplex DNA for Discrimination of a Disease-Relevant Singl... |
crossref | en | article | 10.1021 | nature | <citation-number>11.</citation-number> <author>Colombo, M. et al.</author> <title>Half-Chain Cetuximab Nanoconjugates Allow Multitarget Therapy of Triple Negative Breast Cancer.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3817–3832</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>12.</citation-number> <author>Aubrey, N. et al.</author> <title>Site-Specific Conjugation of Auristatins onto Engineered scFv Using Second Generation Maleimide to Target HER2-positive Breast Cancer in Vitro.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>35... |
crossref | en | article | 10.1021 | nature | <citation-number>13.</citation-number> <author>Kurbegovic, S. et al.</author> <title>Molecular Targeted NIR-II Probe for Image-Guided Brain Tumor Surgery.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3833–3840</page> <year>(2018).</year> |
crossref | en | article | 10.1021 | nature | <citation-number>14.</citation-number> <author>Makris, G. et al.</author> <title>NOTA and NODAGA [99mTc]Tc- and [186Re]Re-Tricarbonyl Complexes: Radiochemistry and First Example of a [99mTc]Tc-NODAGA Somatostatin Receptor-Targeting Bioconjugate.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>... |
crossref | en | article | 10.1021 | nature | <citation-number>15.</citation-number> <author>Su, X. et al.</author> <title>Dual-Responsive Doxorubicin-Conjugated Polymeric Micelles with Aggregation-Induced Emission Active Bioimaging and Charge Conversion for Cancer Therapy.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <pag... |
crossref | en | article | 10.1021 | nature | <citation-number>16.</citation-number> <author>Zhu, Y. et al.</author> <title>Anthranilic Acid as a Versatile Fluorescent Tag and Linker for Functional Glycomics.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3847–3855</page> <year>(2018).</year> |
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crossref | en | article | 10.1021 | nature | <citation-number>21.</citation-number> <author>Cui, L. et al.</author> <title>Integrin $\upalpha$v$\upbeta$3-Targeted [64Cu]{CuS} Nanoparticles for {PET}/{CT} Imaging and Photothermal Ablation Therapy.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>4062–4071</page> <year>(2... |
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crossref | en | article | 10.1021 | nature | <citation-number>27.</citation-number> <author>Prévot, G. et al.</author> <title>Harnessing Lysosomal pH through PLGA Nanoemulsion as a Treatment of Lysosomal-Related Neurodegenerative Diseases.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>4083–4089</page> <year>(2018).</... |
crossref | en | article | 10.1021 | nature | <citation-number>28.</citation-number> <author>Zhou, Z., Devoogdt, N., Zalutsky, M. R. & Vaidyanathan, G.</author> <title>An Efficient Method for Labeling Single Domain Antibody Fragments with 18F Using Tetrazine-Trans-Cyclooctene Ligation and a Renal Brush Border Enzyme-Cleavable Linker.</title> <container-title>Bioco... |
crossref | en | article | 10.1021 | nature | <citation-number>29.</citation-number> <author>Macias-Contreras, M., He, H. & Zhu, L.</author> <title>Beyond O6-Benzylguanine: O6-(5-Pyridylmethyl)guanine as a Substrate for the Self-Labeling Enzyme SNAP-Tag.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>4104–4109</page> <... |
crossref | en | article | 10.1021 | nature | <citation-number>30.</citation-number> <author>Palmieri, G. et al.</author> <title>Small Synthetic Peptides Bioconjugated to Hybrid Gold Nanoparticles Destroy Potentially Deadly Bacteria at Submicromolar Concentrations.</title> <container-title>Bioconjugate Chemistry</container-title> <volume>29,</volume> <page>3877–38... |
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