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The generation of well-defined nanoparticles of excellent size and
shape involves physical and chemical methodologies that are
complicated, expensive, and produce hazardous toxic waste that is
harmful to the environment and to human health. In order to combat
the disadvantages of these methods, scientists have created "the
biological method," a new synthetic methodology that serves as a
proper alternative to physical and chemical methodologies because
of its easy utility, low cost, rapid synthesis, controlled size
characteristics, controlled toxicity, and eco-friendliness.
Nanobiotechnology is the science in which living matter can be
manipulated and exploited to produce materials within the
nano-scale. It is a multidisciplinary field of science framed by
biology, chemistry, engineering, materials, and life sciences.
Different biological entities can be exploited to yield
biologically synthesized nanomaterials including bacteria,
actinomycetes, yeast, fungi, viruses, algae, plant extracts, and
agro-industrial waste extracts. This book represents a
comprehensive review concerning the state of the art in
nanobiotechnology, emphasizing the use of diverse biological
entities in the science, and its versatile applications. It
describes currently existing methodology with the latest published
references, and provides safety information. It serves as the ideal
guide for scientists interested in exploring nanobiotechnology.
This book focuses on corrosion and microbial corrosion, providing
solutions for these problems based on nanotechnology and
nanobiotechnology. It introduces the causes, consequences, cost and
control of corrosion processes. It gives a particular emphasis on
microbial corrosion of steel and other metals in oil, gas and
shipping industries. The book presents the materials vulnerable to
such kind of corrosion, and the use of nanomaterials to control it.
The generation of well-defined nanoparticles of excellent size and
shape involves physical and chemical methodologies that are
complicated, expensive, and produce hazardous toxic waste that is
harmful to the environment and to human health. In order to combat
the disadvantages of these methods, scientists have created "the
biological method," a new synthetic methodology that serves as a
proper alternative to physical and chemical methodologies because
of its easy utility, low cost, rapid synthesis, controlled size
characteristics, controlled toxicity, and eco-friendliness.
Nanobiotechnology is the science in which living matter can be
manipulated and exploited to produce materials within the
nano-scale. It is a multidisciplinary field of science framed by
biology, chemistry, engineering, materials, and life sciences.
Different biological entities can be exploited to yield
biologically synthesized nanomaterials including bacteria,
actinomycetes, yeast, fungi, viruses, algae, plant extracts, and
agro-industrial waste extracts. This book represents a
comprehensive review concerning the state of the art in
nanobiotechnology, emphasizing the use of diverse biological
entities in the science, and its versatile applications. It
describes currently existing methodology with the latest published
references, and provides safety information. It serves as the ideal
guide for scientists interested in exploring nanobiotechnology.
This book focuses on corrosion and microbial corrosion, providing
solutions for these problems based on nanotechnology and
nanobiotechnology. It introduces the causes, consequences, cost and
control of corrosion processes. It gives a particular emphasis on
microbial corrosion of steel and other metals in oil, gas and
shipping industries. The book presents the materials vulnerable to
such kind of corrosion, and the use of nanomaterials to control it.
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