… The development of a living electrode using blue-green algae was … Encapsulation of living
cells in an inert, biologically … Moreover, hydrogels are an important class of biomaterials that …

… When encapsulated in a 1.5% agar matrix, the cyanobacteria Oscillatoria sp. showed that …
PCC 6803 in silica matrices showed that hydrogen production of encapsulated cells was …

… sol–gel processes, such as carbon, titania, silica and alumina. … For example, microcystine
is produced by cyanobacteria in … SnO 2 nanoparticles were encapsulated in situ within the …

… a microfluidic approach to encapsulate microorganisms in gel-… , which typically employs
non-aqueous or aqueous sol–gel … single-cell modifications of cyanobacteria [30]. This process …

… critical roof contaminant class that present on pre-painted steel. [ 17 ] Cyanobacteria and
algae … Nano-TiO 2 can be synthesized by using different techniques such as sol–gel, spray …

… Therefore, we synthesized silica hexapods on an α-Fe 2 O 3 core that can be
magnetically-rotated to inflict lethal cell-wall-damage to planktonic Gram-negative and Gram-positive …

… cyanobacteria on the synthesis of nanoparticles that were … The research on optimizing
encapsulation techniques could … on the surface via a sol–gel process for the magnetic actuation of …

… of 200∼300 nm at 1200 ℃ by sol-gel method. Sol-gel method can accurately control the
mixing of raw … Nevertheless, the preparation process of sol-gel method is time-consuming and …

… to remove highly toxic cyanobacteria from drinking water and … Therefore, sol-gel process
is widely used for the synthesis of … poly(N-vinylpyrrolidone)-encapsulated C 60 have a better …

… MIPs produced by the sol-gel process may face problems … imprinted materials in academic
research. One promising solution … This leads to a proliferation of populations of cyanobacterial …