Mushroom Nanobiotechnology: Concepts, Developments and Potentials
273
market availability. In addition to these specific problems, almost all other challenges
of nanotechnology abound in mushroom nanobiotechnology. It is believed that there
is no single technology without challenges. Nanotechnology has challenges, and
no one can give vivid solutions to the problems that nanotechnology causes. It is
therefore necessary to monitor human and animal population for any adverse effect
of nanomaterial exposure in the environment. The challenges become increasingly
strenuous in exceedingly difficult grid like food requiring high standard and regulations. Another challenge is the development of applicable methodology to find
and ascertain how poisonous the manufactured nanomaterials could be. However,
suggesting models to forecast the impact of these nanomaterials on the well-being
of human and its surroundings would be an unavoidable challenge. Furthermore, the
problem of reverse system developments to appraise detailed influence of the manufactured nanomaterials on well-being and the surroundings over the entire span of
life with respect to the life cycle problem abound. Another major challenge is the
development of the tools that could be used to appropriately evaluate the possible
danger to the health of humans and to the environment.
The use of nanoparticles in different fields will keep developing; nevertheless,
there is a reason to assess the toxicity aftermath and concentration in the environment
and the outcome on the people and animal health. This calls for more research in
the optimization of various reaction states to achieve better grip over magnitude,
structure and monodiversity of the nanoparticles. Also, nanoparticles stability is also
a very crucial variable to be reviewed. It is imperative to carry out and overcome
all these restrictions. More so, the correct process of nanoparticles formation with
the use of mushroom (fungi) has not been distinctly and thoroughly comprehended
yet. Therefore, more study and experimental trials are needed in this aspect to detail
the exact mechanism in other to identify the responsible biomolecules (enzymes
and proteins) involved in reduction and stabilization of nanoparticles (Khandel and
Shahi 2018). The potentials of nanobiotechnology are massive in terms of improving
existing products and producing entirely new products. Although, a lot of questions
need to be answered in this new field majorly requiring new rules. Governments all
over the world should appraise likely dangers and a suitable law-binding answer to
the wide application of this advanced technology.
8 Mushroom Nanobiotechnology: Current and Future
Prospects
Nanotechnology is an international business enterprise influencinguniversities,
industries and regulatory agencies. Though still at its primitive stage of expansion and
in all aspects, nanobiotechnology’s evolution is multifaceted and rapid. Nanobiotechnology will provide chances for creating new materials in a way that will strengthen
human’s capability to grow faster with enablement to evolving more dependable
and thoughtful problem-solving structures. It is a multidisciplinary field that has
273
market availability. In addition to these specific problems, almost all other challenges
of nanotechnology abound in mushroom nanobiotechnology. It is believed that there
is no single technology without challenges. Nanotechnology has challenges, and
no one can give vivid solutions to the problems that nanotechnology causes. It is
therefore necessary to monitor human and animal population for any adverse effect
of nanomaterial exposure in the environment. The challenges become increasingly
strenuous in exceedingly difficult grid like food requiring high standard and regulations. Another challenge is the development of applicable methodology to find
and ascertain how poisonous the manufactured nanomaterials could be. However,
suggesting models to forecast the impact of these nanomaterials on the well-being
of human and its surroundings would be an unavoidable challenge. Furthermore, the
problem of reverse system developments to appraise detailed influence of the manufactured nanomaterials on well-being and the surroundings over the entire span of
life with respect to the life cycle problem abound. Another major challenge is the
development of the tools that could be used to appropriately evaluate the possible
danger to the health of humans and to the environment.
The use of nanoparticles in different fields will keep developing; nevertheless,
there is a reason to assess the toxicity aftermath and concentration in the environment
and the outcome on the people and animal health. This calls for more research in
the optimization of various reaction states to achieve better grip over magnitude,
structure and monodiversity of the nanoparticles. Also, nanoparticles stability is also
a very crucial variable to be reviewed. It is imperative to carry out and overcome
all these restrictions. More so, the correct process of nanoparticles formation with
the use of mushroom (fungi) has not been distinctly and thoroughly comprehended
yet. Therefore, more study and experimental trials are needed in this aspect to detail
the exact mechanism in other to identify the responsible biomolecules (enzymes
and proteins) involved in reduction and stabilization of nanoparticles (Khandel and
Shahi 2018). The potentials of nanobiotechnology are massive in terms of improving
existing products and producing entirely new products. Although, a lot of questions
need to be answered in this new field majorly requiring new rules. Governments all
over the world should appraise likely dangers and a suitable law-binding answer to
the wide application of this advanced technology.
8 Mushroom Nanobiotechnology: Current and Future
Prospects
Nanotechnology is an international business enterprise influencinguniversities,
industries and regulatory agencies. Though still at its primitive stage of expansion and
in all aspects, nanobiotechnology’s evolution is multifaceted and rapid. Nanobiotechnology will provide chances for creating new materials in a way that will strengthen
human’s capability to grow faster with enablement to evolving more dependable
and thoughtful problem-solving structures. It is a multidisciplinary field that has