Martin Walko
MOLECULAR AND BIOMOLECULAR SWITCHES - Rijksuniversiteit Groningen, The Netherlands Stratingh Institute for Chemistry 2009 - 190 B5
In this chapter, effort to apply diarylethene photochromic switches in the reversible control of different functions and properties of molecules and molecular systems are discussed.
Diarylethene photochromic switches for reversible control of functions Dithienylethene photochromic switches with resolvable atropisomers 3,4-Dithienylfurans – coupling of molecular switching to reversible cycloaddition Dipyridylethene photochromic switches Tripod anchoring of diarylethenes to a surface Protein channel as a biomolecular switchable nanovalve, an introduction pH induced switching of a protein channel Light-induced switching of a protein channel
978-90-367-3896-5
Molecular Photochromism Diarylethenes Switching Synthesis Conclusion Photochemical
540 Chemistry / W-18
MOLECULAR AND BIOMOLECULAR SWITCHES - Rijksuniversiteit Groningen, The Netherlands Stratingh Institute for Chemistry 2009 - 190 B5
In this chapter, effort to apply diarylethene photochromic switches in the reversible control of different functions and properties of molecules and molecular systems are discussed.
Diarylethene photochromic switches for reversible control of functions Dithienylethene photochromic switches with resolvable atropisomers 3,4-Dithienylfurans – coupling of molecular switching to reversible cycloaddition Dipyridylethene photochromic switches Tripod anchoring of diarylethenes to a surface Protein channel as a biomolecular switchable nanovalve, an introduction pH induced switching of a protein channel Light-induced switching of a protein channel
978-90-367-3896-5
Molecular Photochromism Diarylethenes Switching Synthesis Conclusion Photochemical
540 Chemistry / W-18