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A project:
Papers in this range demonstrate a thorough and exceptional understanding of the reading.It goes well beyond the partial understandings achieved in class discussions, and often there are insights or approaches to the readings that surprise us, notice what we have overlooked, and/or teach us new ways of reading.As a reading the paper, works “with and against the grain,” balancing the writer’s own opinions and experiences with critical engagements with the text.Quotations are often closely woven into the writer’s text.In the best A papers, the writer is (sometimes self-consciously) working not to be simplistic or reductive: there may be careful qualifications, subtle asides, acknowledgments of the limitations or problems inherent in a line of argument, attempts to look at a statement more than one way, a recognition of productive ambiguities in what is being said and/or quoted.
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OUTLINE
Introduction
Thesis
Body
Conclusion
References
Running head: NANOSCALE TECHNOLOGY ON HUMAN BRAIN
Nanoscale Technology on Human Brain
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NANOSCALE TECHNOLOGY ON HUMAN BRAIN
Introduction
Nanotechnology, which is also known as nanoscale technology is known to produce
significant technological and scientific advances in different fields constituting of physiology and
medicine. In the broader sense, it can be described as the engineering and science involved in
application, characterization and design of devices and materials whose tiniest functional
organization in a dimension is basically on nanometer scales that range between few to 100
nanometers.
Overview
The potential effect of nanoscale technology originates directly from temporal and spatial
scales that are regarded as devices and materials at a nanometer scale that mainly control the
manipulation of constituent atoms and molecules and the manner in which they are arranged to
create an upper microscopic substrate. Therefore, this means that nanotechnological substrates
can be designed to reveal controlled and peculiar bulky physical and chemical structural
properties due to control over molecular assembly and synthesis (Coenen, 2009).
For the application of nanotechnology in physiology and medicine, these devices and
materials are capable of being designed to directly interact with tissues and cells at the molecular
level like subcellular, with a high functional specificity degree thereby permitting integration of
biological systems and technology that was not previously achievable (Jotterand, 2008).
Nanotechnology should be appreciated based on the fact that it is one of the emergent scientific
disciplines that tend to meet traditional sciences approaches such as biology, material science,
physics and chemistry.
As a result, it can bring closer the requisite cumulative expertise required to enhance the
development of other evolving technologies (Coenen, 2009). This review is therefore formulated
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NANOSCALE TECHNOLOGY ON HUMAN BRAIN
to explore the vital implication of nanotechnology in human health particularly the human brain.
By thoroughly addressing this, the paper will be entitled to provide bio-conservatives as well as
transhumanist’s arguments and also give a deep insight into Peter Singer’s benefit analysis of
nanotechnology (Allhoff, Lin, Moor, Wecrert & Roco, 2007).
Nanoscale Technology on Human Brain
It is evidently known that living cells contain highly functional and sufficiently complex
machines at a nanometer scale, which are made of macromolecules, consisting of proteins. All
these are practically involved in each process in one’s brain cell like transportation of substances,
metabolism and information transfer. Nanoscale technology, therefore, provides new instruments
to monitor the operation of the complex machines at the individual molecular level. By
employing microscopic atomic...
Review
Review
Europe(Continental)