Molecular Recognition

Self-assembly of dimeric tetraurea calix[4]pyrrole capsules

Thermodynamics / Self Assembly / Magnetic Resonance Spectroscopy / Porphyrins / Multidisciplinary / Molecular Recognition / Urea / Hydrogen Bonding / X ray diffraction / Molecular Conformation / Oxides / Molecular Structure / Dimerization / Calixarenes / Molecular Recognition / Urea / Hydrogen Bonding / X ray diffraction / Molecular Conformation / Oxides / Molecular Structure / Dimerization / Calixarenes

Molecular biomimetics: nanotechnology through biology

Molecular Biology / Biomimetics / Self Assembly / Crystallization / Nanotechnology / Multidisciplinary / Protein Engineering / Genetic Engineering / Molecular Recognition / Phage display / Proteins / Biomimetic materials / Control Structure / Inorganic chemicals / Soft Tissue / Amino Acid Sequence / Nature Materials / Protein Binding / Biocompatible Materials / Cell Surface Markers / Multidisciplinary / Protein Engineering / Genetic Engineering / Molecular Recognition / Phage display / Proteins / Biomimetic materials / Control Structure / Inorganic chemicals / Soft Tissue / Amino Acid Sequence / Nature Materials / Protein Binding / Biocompatible Materials / Cell Surface Markers

Aza-β3-amino acid containing peptidomimetics as cAMP-dependent protein kinase substrates

Organic Chemistry / Molecular Recognition / Bioorganic Chemistry / Peptidomimetics / Mice / Animals / Peptides / Phosphorylation / Enzyme / PKA / Amino Acids / Biomimetic materials / Substrate Specificity / Enzyme activity / Amino Acid Profile / DMF / Kinetic Parameter / Structural model / Animals / Peptides / Phosphorylation / Enzyme / PKA / Amino Acids / Biomimetic materials / Substrate Specificity / Enzyme activity / Amino Acid Profile / DMF / Kinetic Parameter / Structural model

Aza-β3-amino acid containing peptidomimetics as cAMP-dependent protein kinase substrates

Organic Chemistry / Molecular Recognition / Bioorganic Chemistry / Peptidomimetics / Mice / Animals / Peptides / Phosphorylation / Enzyme / PKA / Amino Acids / Biomimetic materials / Substrate Specificity / Enzyme activity / Amino Acid Profile / DMF / Kinetic Parameter / Structural model / Animals / Peptides / Phosphorylation / Enzyme / PKA / Amino Acids / Biomimetic materials / Substrate Specificity / Enzyme activity / Amino Acid Profile / DMF / Kinetic Parameter / Structural model

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