On the other hand, starch is a cheap, abundant, renewable and
biodegradable biopolymer. In particular, starch nanoparticles or
nanocrystals can be obtained that have many potential applications,
such as plastic fillers, food additives, drug carriers, implant
materials, fillers in biodegradable composites, coating binders,
adhesives, etc. [8]. Starch nanoparticles also have a great potential
for use in papermaking wet end, surface sizing, coating and
paperboard as part of biodegradable adhesives for substitution of
petroleum based ones. In previous works, the production and
characterization of starch nanoparticles have been reported in
relation to their interesting performance as reinforcing agents [8,9].
On the other hand, starch is a cheap, abundant, renewable and
biodegradable biopolymer. In particular, starch nanoparticles or
nanocrystals can be obtained that have many potential applications,
such as plastic fillers, food additives, drug carriers, implant
materials, fillers in biodegradable composites, coating binders,
adhesives, etc. [8]. Starch nanoparticles also have a great potential
for use in papermaking wet end, surface sizing, coating and
paperboard as part of biodegradable adhesives for substitution of
petroleum based ones. In previous works, the production and
characterization of starch nanoparticles have been reported in
relation to their interesting performance as reinforcing agents [8,9].
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