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Many naturally occurring biopolymers have unique structures
and unique physical or mechanical properties. The understan-
ding of the moleclar basisof these biomolecules, their syn-
thesis, assembly and processing is a prerequisit for any ap-
plication to the design of novel biomolecular materials. Se-
veral classes of biopolymers are sampled in depth in this
volume, such as nanolaminated ceramics, adhesive proteins,
eggshellproteins, protein fibres and silk which are synthe-
sized by a variety of organisms (mulluscs, parasitic trema-
todes, fish and insects). The reader will be introduced to
the biological systems to understand Nature's use of each
biopolymer and the highly differentiated cells responsible
for their synthesis. Corresponding to the variety of organ-
isms and possible applications of biopolymers, the combined
expertise of interdisciplinary teams of scientists - such as
the authors of this volume - have the greatestopportunity
to decipher and exploit Nature's skill in biopolymer engi-
neering.
and unique physical or mechanical properties. The understan-
ding of the moleclar basisof these biomolecules, their syn-
thesis, assembly and processing is a prerequisit for any ap-
plication to the design of novel biomolecular materials. Se-
veral classes of biopolymers are sampled in depth in this
volume, such as nanolaminated ceramics, adhesive proteins,
eggshellproteins, protein fibres and silk which are synthe-
sized by a variety of organisms (mulluscs, parasitic trema-
todes, fish and insects). The reader will be introduced to
the biological systems to understand Nature's use of each
biopolymer and the highly differentiated cells responsible
for their synthesis. Corresponding to the variety of organ-
isms and possible applications of biopolymers, the combined
expertise of interdisciplinary teams of scientists - such as
the authors of this volume - have the greatestopportunity
to decipher and exploit Nature's skill in biopolymer engi-
neering.