Results 301 to 310 of about 571,840 (321)
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Self-Assembling Nanostructures
Nature Biotechnology, 1993A new generation of biomaterials will, by design, harness the power of surfaces to direct specific ...
N, Kossovsky +4 more
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Current Opinion in Solid State and Materials Science, 2004
Self-assembly processes provide an effective and environmentally benign method for synthesising novel ceramic and composite materials. The development of self-assembly methodology, which is the archetypal bioinspired synthesis route, has greatly expanded the methods of producing nanostructures.
DEPERO, Laura Eleonora, CURRI M. L.
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Self-assembly processes provide an effective and environmentally benign method for synthesising novel ceramic and composite materials. The development of self-assembly methodology, which is the archetypal bioinspired synthesis route, has greatly expanded the methods of producing nanostructures.
DEPERO, Laura Eleonora, CURRI M. L.
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Self‐Assembled Fluorescent Chemosensors
Chemistry – A European Journal, 2006AbstractSelf‐assembling and self‐organizing methodologies are powerful tools for the “bottom‐up” approach for the realization of complex structure with functional properties. Recently, this concept has been extended to the design of fluorescent chemosensors providing new exciting potentialities for the development of innovative sensing systems.
Fabrizio Mancin +3 more
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Angewandte Chemie International Edition, 1998
A modular strategy has been applied to synthesize large, porous, self-assembling capsules. The coupling of tricyclic building blocks incorporating glycoluril hydrogen-bonding units and derivatives of triethylbenzene produces monomers which readily form homo- and heterodimeric assemblies (calculated structure is shown). Large guests can be trapped while
Tomas, Szabo +2 more
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A modular strategy has been applied to synthesize large, porous, self-assembling capsules. The coupling of tricyclic building blocks incorporating glycoluril hydrogen-bonding units and derivatives of triethylbenzene produces monomers which readily form homo- and heterodimeric assemblies (calculated structure is shown). Large guests can be trapped while
Tomas, Szabo +2 more
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Folding versus Self‐Assembling
Chemistry – A European Journal, 2003AbstractModel foldable polymers with sequences of rigid hydrophobic chromophores and flexible hydrophilic tetra(ethylene glycol) were synthesized and used as a paradigm for studying molecular‐folding and self‐assembly phenomena. Our results demonstrate that intramolecular association or folding prevails over intermolecular interaction or self ...
Alexander D Q, Li +2 more
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Science, 1986
Decanal and N -amino- N ′-1-octylguanidine (AOG), combined at 28 μ M each, mediated erythrocyte lysis within 80 minutes under physiological conditions. By contrast, no lysis was observed after 20 hours with either decanal (56 μ M ) or AOG (100 μ
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Decanal and N -amino- N ′-1-octylguanidine (AOG), combined at 28 μ M each, mediated erythrocyte lysis within 80 minutes under physiological conditions. By contrast, no lysis was observed after 20 hours with either decanal (56 μ M ) or AOG (100 μ
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Self-Assembly-Driven Nematization
Langmuir, 2014The anisotropy of attractive interactions between particles can favor, through a self-assembly process, the formation of linear semi-flexible chains. In the appropriate temperatures and concentration ranges, the growing aspect ratio of the aggregates can induce formation of a nematic phase, as recently experimentally observed in several biologically ...
NGUYEN, KHANH THUY +2 more
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2022
This chapter focuses on the process of self-assembly, which is the reversible association of molecules and/or ions to form larger and more complex supramolecular structures. The fact that each building block (neutral or charged) has been pre-programmed with the chemical information needed for this process to occur spontaneously is key.
Paul D. Beer +2 more
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This chapter focuses on the process of self-assembly, which is the reversible association of molecules and/or ions to form larger and more complex supramolecular structures. The fact that each building block (neutral or charged) has been pre-programmed with the chemical information needed for this process to occur spontaneously is key.
Paul D. Beer +2 more
openaire +2 more sources