Biosilicification takes place at or very close pH 7.0 and under ambient conditions of temperature and pressure in vivo. The silicic acid transporters and the proteins facilitating biosilicification in diatoms have been identified. Silica synthesis under mild conditions in vitro has been demonstrated using synthetic polymers with control over the resulting silica morphology. The results presented herein show that the silica synthesis in vitro is not specific to particular enzymes/polypeptides due to their particular chemical structure and activity but that many other synthetic macromolecules are also capable of facilitating silica formation at neutral pH. We also report the synthesis of organic-inorganic hybrid materials that have potential ...
A review of research efforts in approaches and the analysis of the way the formation of silica proce...
Figure 1. Schematic representation of the synthetic procedures. In biomimetic silicification, we abs...
Biosilicification in diatoms1 and sponges2 potentially pro-mises physiological, mild reaction condit...
Biosilicification in diatoms has been reported to occur at (or close to) neutral pH and it has been ...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
The controlled formation of intricate silica structures in organisms (via biosilicification) occurs ...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
Silicification at neutral pH and under ambient conditions is of growing interest due to its close re...
Biosilicification is facilitated by proteins and occurs under modest conditions in an aqueous medium...
Biosilicification results in the formation of ornate silica structures, which are seen in diatoms, s...
In a previous review of biological and bioinspired silica formation (S. V. Patwardhan et al., Chem. ...
In nature, biominerals are formed under the control of organic components such as proteins and polys...
The formation of uniquely synthesized well-structured nanometer and micrometer sized silica spheres ...
Several biological organisms are able to produce patterned and hierarchical biomineral structures. D...
Organisms of various kingdoms have been reported to deposit a variety of different minerals through ...
A review of research efforts in approaches and the analysis of the way the formation of silica proce...
Figure 1. Schematic representation of the synthetic procedures. In biomimetic silicification, we abs...
Biosilicification in diatoms1 and sponges2 potentially pro-mises physiological, mild reaction condit...
Biosilicification in diatoms has been reported to occur at (or close to) neutral pH and it has been ...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
The controlled formation of intricate silica structures in organisms (via biosilicification) occurs ...
Precipitated silica is synthesized commercially by neutralizing sodium silicate solution under harsh...
Silicification at neutral pH and under ambient conditions is of growing interest due to its close re...
Biosilicification is facilitated by proteins and occurs under modest conditions in an aqueous medium...
Biosilicification results in the formation of ornate silica structures, which are seen in diatoms, s...
In a previous review of biological and bioinspired silica formation (S. V. Patwardhan et al., Chem. ...
In nature, biominerals are formed under the control of organic components such as proteins and polys...
The formation of uniquely synthesized well-structured nanometer and micrometer sized silica spheres ...
Several biological organisms are able to produce patterned and hierarchical biomineral structures. D...
Organisms of various kingdoms have been reported to deposit a variety of different minerals through ...
A review of research efforts in approaches and the analysis of the way the formation of silica proce...
Figure 1. Schematic representation of the synthetic procedures. In biomimetic silicification, we abs...
Biosilicification in diatoms1 and sponges2 potentially pro-mises physiological, mild reaction condit...