… The sol–gel process is advantageous in producing uniform nanostructures at low … Entrapment
can be done using electro-polymerization, sol–gel, or microencapsulation techniques. In …

… There are four classes of nanoscale materials potentially … titania nanoparticles by controlled
sol-gel progress. Chitosan as … drug delivery systems for encapsulation and release of anti-TB …

… Besides, cyanobacteria are rich storehouse of numerous … Some of the nanoformulations
encapsulating these … Apratoxins are another class of cyanobacterial compounds which, at …

… The rationale behind the selection of bacteria, cyanobacteria, … of nanotechnology for various
graduate courses and PhD pro… In sol–gel methods, colloidal solution of solids called a “sol” …

… pectinata using a silica-based sol-gel to evaluate the binding with hydrogen sulfide … applied
in a gas state to monitor the binding of the gas to the hemeprotein encapsulated in the sol-gel…

… Microalgae and cyanobacteria are considered intriguing microbes for sustainable … of
cell/DNA droplets encapsulated in biocompatible oil, and electric pulses applied from an array of …

… to address these limitations in encapsulation technology for its wider applications. … This
technology utilises biofilms formed by bacteria, cyanobacteria etc., as a possible carrier material …

… as a host matrix for encapsulation of photoreactive moieties or … Alternatively, the immobilization
of algae or cyanobacteria in … one-pot approach based on the sol-gel method with in situ …

… Cyanobacteria and algae are used in the production of third-generation biofuel, but these …
Quintinite-3T catalyst can be prepared at 393K in 24 h using a sol–gel method, followed by …

… interactive 3D models of tumours can be used during lectures and practical lessons for …
wood samples treated with silica nanoparticles synthesized via the sol-gel method were analyzed …