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by
Sansalone, Lorenzo, author.
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implemented imaging and spectroscopic techniques applied to the “biological world”. In fact, molecules that
by
Patil, Yashodeep C., author.
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and even in environmental monitoring. In this study, we have used paper for designing devices capable
by
Cappuccio, Nicole, author.
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) developed the National Aquatic Monitoring Framework (NAMF) to implement standardized assessments of stream
by
Singh, Archana, author.
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-chemical information can be of great significance in river quality monitoring. The importance of primary productivity
by
Yannell, Karen E., author.
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classifying diseased and healthy samples. This methodology targets biological functional groups in a pooled
by
Pouli, Dimitra, author.
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-functional changes for diagnostic, monitoring and treatment related biomedical applications in a noninvasive, label
by
Fluet-Chouinard, Etienne, author.
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ecosystem conversion, an array of physical, chemical and biological stressors stemming from human activities
by
McGeachy, Alicia Christine, author. (orcid)0000-0003-1519-308X
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.). Given the complexity of both nanomaterials and biological surfaces, we simplify our systems to include
by
Alhasawi, Fatemah M., author.
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identified, especially in light of the confinements in the currently available methods for monitoring GI
by
Liu, Jingjing, author.
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extremely useful in both toxicological research as well as biological monitoring.
by
Damasco, Jossana Abcede, author.
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in the use of nanoparticles as unique tools for many biological applications. In the clinic, these
by
Hizir, Mustafa Salih, author.
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and in biological matrices such as liquid biopsies or cancer cell lines regardless of the homology

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