Academic and industrial research on nanoï¬bres is an area of increasing global interest, as seen in thecontinuously multiplying number of research papers and patents and the broadening range of chemical,medical, electrical and environmental applications. This in turn expands the size of the marketopportunity and is reflected in the signiï¬cant rise of entrepreneurial activities and investments in theï¬eld. Electrospinning is probably the most researched top-down method to form nanoï¬bres from aremarkable range of organic and inorganic materials. It is well known and discussed in many comprehensive studies, so why this review?Â
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Human tissue to be grown using outdated electrospinning technique used for industrial fibers
