Silica nanoparticle synthesis and modification.

<p>A) The structure-directing agent CTAB forms micelles by self-assembly. Silica condensation takes place around these micelles, forming a silica-CTAB hybrid. After calcination, nanoporous silica nanoparticles are produced. B) Amino modification is carried out via the reaction of silanol group...

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Hlavní autor:	Karen Besecke (21608302) (author)
Další autoři:	Sarah Zippusch (9083229) (author), Florian Helms (9083232) (author), Ulrike Böer (378954) (author), Mathias Wilhelmi (621640) (author), Peter Behrens (423335) (author), Nina Ehlert (3839332) (author)
Vydáno:	2025
Témata:	Medicine Cell Biology Pharmacology Biotechnology Developmental Biology Cancer Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified vascularized tissue constructs unsolved major issue successful amino modification scale tissue constructs insufficient initial vascularization grafted amino groups adapted loading concentrations 3 &# 8201 repeatedly given doses nanoporous silica nanoparticles equal tube formation div >< p revealed nanoparticles released doses zeta potential vitro </ thermogravimetric analysis term release sustained delivery promising approach pore sizes physicochemical characterization one approach nutrient supply key player implant failure fibrin scaffold endothelial growth endothelial cells effective tool drug carriers cell death applied within 100 days
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Silica nanoparticle synthesis and modification.

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