… Sol-gel technology allows us to obtain a wide range of high-… of hybrid sol-gel materials
obtained by encapsulation of … The study of cyanobacteria encapsulation in a silicate matrix …

… composed by the filamentous and coccoids cyanobacteria of the genera, Gloeocapsa and
… microrganisms, such as algae and cyanobacteria, while meristematic fungi, which are really …

… a study on the mildly halotolerant cyanobacteria Synechocystis, where a more persistent …
use as functional encapsulation materials for microalgae, low-sodium silica hydrogel lenses …

… manual instruction. Further, the samples of the cells and the silica sol–gel matrix were applied
… We believe the pressure of the silicone-like framework of the matrix on the encapsulated …

… cyanobacterial cells were immobilized in a 96-well microplate using sol-gel method using
silica… for microalgal cultures and 8 weeks for cyanobacterial culture, at 4 C storage temperature…

… In this study, the silica non-toxic sol–gel is used as a matrix … 3–30 μm and cyanobacteria as
small as 0.2–2 μm [Citation22]. … for cell encapsulation before applying it in a sol–gel matrix to …

… usually arise from the growth of cyanobacteria, fungi, and algae [23,… and encapsulated in an
organically modified silica matrix (… and classes of synthetic polymers allow the research and …

… cyanobacterial cells were immobilized in a 96-well microplate using sol-gel method using
silica… for microalgal cultures and 8 weeks for cyanobacterial culture, at 4 C storage temperature…

… from encapsulating microalgal and cyanobacterial … encapsulated matrix used in this study
is a silica sol-gel created from the reaction of an alkoxide precursor, Tetra-Methyl Ortho-Silicate …

… effect [27], which make AuNPs a promising class of nanomaterials for the development of
novel biomedical applications such as, photovoltaics, sensory probes, therapeutic agents, eg, …