Nanostructuring organo-silicas: combination of intermolecular interactions and molecular recognition properties to generate self-assembled hybrids with phenylene or adenine center dot center dot center dot thymine bridging units

Owing to hydrophobic interactions, silyl linkers containing long alkylene chains allowed the synthesis of self-organised hybrids. Lamellar organo-silicas with phenylene or a hydrogen-bonded adenine...thymine complex as the bridging units are reported.

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Published inNew journal of chemistry Vol. 29; no. 5; pp. 653 - 658
Main Authors Moreau, JJE, Pichon, BP, Arrachart, G, Man, MWC, Bied, C
Format Journal Article
LanguageEnglish
Published CAMBRIDGE Royal Soc Chemistry 01.01.2005
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Abstract Owing to hydrophobic interactions, silyl linkers containing long alkylene chains allowed the synthesis of self-organised hybrids. Lamellar organo-silicas with phenylene or a hydrogen-bonded adenine...thymine complex as the bridging units are reported.
AbstractList Owing to hydrophobic interactions, silyl linkers containing long alkylene chains allowed the synthesis of self-organised hybrids. Lamellar organo-silicas with phenylene or a hydrogen-bonded adenine...thymine complex as the bridging units are reported.
Author Pichon, BP
Arrachart, G
Moreau, JJE
Man, MWC
Bied, C
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Cites_doi 10.1002/anie.200352485
10.1021/ja020975e
10.1021/ja0499400
10.1021/ja003843z
10.1021/ja016053d
10.1002/anie.200351419
10.1021/cm000479u
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Issue 5
Keywords PERIODIC MESOPOROUS ORGANOSILICAS
SILSESQUIOXANES
HYDROLYSIS
PRECURSORS
POLYCONDENSATION
DERIVATIVES
MORPHOLOGY
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SHEA KJ (WOS:000228744800002.26) 2004
SCHALL, OF (WOS:A1994NX54800005) 1994; 116
Zeng, CC (WOS:000170532500041) 2001; 42
Inagaki, S (WOS:000174482200037) 2002; 416
Han, JT (WOS:000220849900025) 2004; 126
Ben, F (WOS:000177345600018) 2002; 14
Muramatsu, H (WOS:000180579600001) 2003; 125
LAINE RM (WOS:000228744800002.14) 2002; 726
SHEA, KJ (WOS:A1992JH99600014) 1992; 114
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LATXAGUE, L (WOS:A1994PA84500031) 1994; 35
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SHEA KJ (WOS:000228744800002.27) 1989; 1
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Chomski, E (WOS:000088469200026) 2000; 12
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Snippet Owing to hydrophobic interactions, silyl linkers containing long alkylene chains allowed the synthesis of self-organised hybrids. Lamellar organo-silicas with...
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SubjectTerms Chemistry
Chemistry, Multidisciplinary
Physical Sciences
Science & Technology
Title Nanostructuring organo-silicas: combination of intermolecular interactions and molecular recognition properties to generate self-assembled hybrids with phenylene or adenine center dot center dot center dot thymine bridging units
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