Results of a prospective observational study on efficacy and safety of the TOT-SAFYRE® (TOT/S), a composite silicone-polypropylene sling system for the treatment of stress urinary incontinence (SUI)

Kuschel, Stefanie; Schuessler, Bernhard

doi:10.1055/s-2006-952783

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Hierarchical Features Of Mesoporous Silica Materials As Prot1

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2008

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“…[29] To date, porous matrices containing benzoic-acid, aninilin, ketones, chiral benzylalcohols or even styrene can be provided with this approach. [36] Because each of these building blocks can be further modified, it is possible to design the functional properties of the mesoporous materials and their surfaces.…”

Section: Hierarchical Features Of Mesoporous Silica Materials As Protmentioning

confidence: 99%

Chemistry in Confining Reaction Fields with Special Emphasis on Nanoporous Materials

Polarz

Kuschel

2008

Chemistry A European J

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The everyday routine of most chemists is dictated by large numbers. The chemical rules for ensembles of molar size (N approximately N(A)=6.022 x 10(23)) are well known and can be understood in most cases by using Boltzmann distribution. It is an interesting question how a small ensemble of a chemical system behaves and if it differs from the respective large-ensemble counterpart. The experimental approach presented in the current paper involves the division of a macroscopic volume into compartments that contain only a small number of reactants. The compartments represent the pores of tailor-made nanoporous materials.

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Section: Hierarchical Features Of Mesoporous Silica Materials As Protmentioning

confidence: 99%

Chemistry in Confining Reaction Fields with Special Emphasis on Nanoporous Materials

Polarz

Kuschel

2008

Chemistry A European J

View full text Add to dashboard Cite

show abstract

Results of a prospective observational study on efficacy and safety of the TOT-SAFYRE® (TOT/S), a composite silicone-polypropylene sling system for the treatment of stress urinary incontinence (SUI)

Cited by 1 publication

References 0 publications

Chemistry in Confining Reaction Fields with Special Emphasis on Nanoporous Materials

Chemistry in Confining Reaction Fields with Special Emphasis on Nanoporous Materials

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