SEARCH Articles Figures Tables Aldehydes modification with Amines modification with Applying Surface Modification Methods to Promote Adhesion with Coating Processes Carbon nanotube-reinforced composites modification with polymers Carboxylates modification with Cellulose modification with acetic Clay modification with thermally stable ionic liquids Combining Site-directed Mutagenesis with Chemical Modification Combustion with fuel modification Corticoids with Multiple Modifications Cysteine modification with 2-bromoethylamine Cytosine modification with Descent with modification Electrode surfaces, advantages modification with polymer films Ferritin modification with bishydrazide reagents Fibre surface modification by sol-gel finishes with inorganic oxide films Functional modifications with organosulfur compounds Glass slides modification with Glutaraldehyde protein modification with Glycoproteins modification with Histidine modification with Hybrid Materials Based on Modification with Conducting Polymers Hydroxyl groups modification with anhydrides Hypervariable region protein modification with Imidazole modification with Impact modification Balancing stiffness with toughness Lactose modification with MODIFICATION WITH LIQUID RESINS MODIFICATION WITH MONOMERS MODIFICATION WITH REDISPERSIBLE POLYMER POWDERS MODIFICATION WITH WATER-SOLUBLE POLYMERS Measurement using Ellman modification with Modification depth measurement with Modification dextran with Modification of Alkyd Resins by Blending with Other Polymers Modification of Biomolecules with Nanomaterials Modification of CHDM-based Polyesters with Other Glycols and Acids Modification of Macroscopic Transducers with Nanomaterials Modification of PBT with 1,2-Epoxybutane Modification of PU with functional groups Modification of Polymer Properties with Functional Fillers Modification of Polypeptides with Fatty Acids and Amphiphilic Block Copolymers Modification of polymers with Modification reaction with Modification with 2-bromoethylamine Modification with 2-iminothiolane Modification with AMCA-NHS Modification with Lissamine rhodamine Modification with adipic Modification with adipic dihydrazide Modification with diols Modification with ethylenimine Modification with expanding monomer Modification with galactose oxidase Modification with glutaraldehyde Modification with inversion Modification with myristoyl Modification with reducing sugars Modification with sulfonyl chloride Modification with thiolation Modification with using SATA Modifications and Scope with Respect to Pharmaceutical Application Modifications with methyl cyanide Nanoparticles modification with Oligonucleotides with Modifications of the Nucleotide-Linkage Oligosaccharides modification with P-Aminobenzoyl biocytin modification of DNA with Parallelization with Minimal Modifications Phosphate groups modification with Phosphates modification with Photobiotin DNA modification with Plants (D) with modification of the oxidant in combustion Plants with combustion modification Poly modification with Poly modification, blending with Polyethylene glycol) modification with Polymer modification containing precursor polymers with Polymer modification reinforced with silicas Polymer modification through reaction with acid Polymers liposome modification with Polymers modification with Polysaccharide modification with anhydrides Protecting groups modification with iodine Protein Modification with Activated Dextrans Protein modification with Proteins with Deranged Levels and Modifications in AD Proteins with deranged levels and modifications Reversible modification of amino groups with maleic anhydride and similar reagents Self-assembly with covalent modification Self-assembly with modification Self-assembly with post-modification Site-directed mutagenesis chemical modification with Starch modifications with hypochlorite Streptavidin modification with Succinic anhydride protein modification with Surface Modification of Polymer Membranes with Nanoparticles Surface modification with poly(ethylene Surface modification with silane coupling agent Surface modification, with chlorosilanes Surface modification, with poly Synthetic polymers modification with Tyrosine modification with Why Modifications with RPs Zeolites modification with rare earths