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Chapter category: Nanomedicine

Are Diamondoid Nanorobots Hazardous?

This chapter appears in the following book:

Nanomedicine, Volume IIA: Biocompatibility

Edited by: Robert A. Freitas Jr.
ISBN: 1-57059-700-6
» Get more information about this book at landesbioscience.com «

Chapter authors:
Robert A. Freitas

I diamondoid substances (Chapters 2 and 11). The first and most obvious question regarding biocompatibility thus must be: What health risks, if any, are associated with the in vivo use of diamondoid devices or their detached parts, components, or detritus? There may be billions or trillions of nanorobots employed during a nanomedical procedure, and conservatively it must be presumed that some small unavoidable amount of in vivo nanorobot detritus (e.g., detached nanorobot manipulators, tool tips, or sensor elements, fragmented devices, or even nonfunctional whole nanorobots) might be generated during this activity.

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References

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Glossary

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A great deal is already known about the biocompatibility of various materials that are likely to find extensive use in medical nanorobots. Chapter 15.3 includes a review of the experimentally-deter...

Classical Biocompatibility

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The question of biocompatibility234-237 arises whenever any foreign substance — be it natural materials,6054 therapeutic cells, a transplanted organ, an artificial implant, or a medical nanorobot —...

Are Diamondoid Nanorobots Hazardous?

Robert A. Freitas

I diamondoid substances (Chapters 2 and 11). The first and most obvious question regarding biocompatibility thus must be: What health risks, if any, are associated with the in vivo use of diamondoid...

Preface

Robert A. Freitas

“Compatibility” most broadly refers to the suitability of two distinct systems or classes of things to be mixed or taken together without unfavorable results.2004 More specifically, the safety, eff...


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