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Development of a fast chromatographic method for the detection of organoarsenic antimicrobials 

Vélez-Calder, Raymond A. (2010)
New protocols were developed for the routine analysis of the organoarsenic drugs roxarsone (4-hydroxy-3-nitrophenylarsonic acid), p-arsanilic acid, and acetarsone (Nacetyl-4-hydroxy-m-arsanilic acid) based on ion-pairing ...

Use of polydimethyl siloxane microparticles for the sequestering of model pollutants in water 

Saavedra-Valencia, Lina M. (2009)
Polymer micro and nanoparticles are an emerging type of material with promising applications for remediation and degradation of environmental contaminants in water, due to their enhanced surface area and chemical reactivity. ...

Metal-polymer nanocomposites as raman probes for the identification of model probiotics, gram-negative and gram- positive bioactive agents 

Gratacós-Velázquez, Grecia V. (2018)
Despite recent advances, there is still a need to improve existing technology to achieve faster, more efficient identification tools for bacterial detection and monitoring. Raman scattering is information-rich vibrational ...

Novel bio-inspired structures and sample translation approaches for the Raman detection of pharmaceutical agents in water 

Areizaga-Martínez, Héctor I. (2016-06)
Over the years the widespread use of pharmaceuticals and personal care products (PPCPs) has become an emerging environmental problem affecting agriculture, ecological systems, and water quality as well. Surface Enhanced ...

Development of plasmonic nanostructures as raman sensors for the detection of arsenic antimicrobials 

Olavarría-Fullerton, Jenifier (2013-12)
Pharmaceutical and Personal Care Products (PPCP’s) have been considered as a new category of emerging pollutants due to their persistence in the environment. These compounds have been a cause of concern since they have ...

Design fundamentals of plasmonic substrates for surface-enhanced Raman Scattering Applications 

Velez-Calder, Raymond A. (2019-05-13)
The use of nanomachining methods capable of reproducible construction of nano-arrayed devices have revolutionized the field of plasmonic sensing through the introduction of rationally engineered designs. Significant strives ...

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AuthorAreizaga-Martínez, Héctor I. (1)Gratacós-Velázquez, Grecia V. (1)Olavarría-Fullerton, Jenifier (1)Saavedra-Valencia, Lina M. (1)Velez-Calder, Raymond A. (1)Vélez-Calder, Raymond A. (1)Advisor
De Jesús-Ruiz, Marco A. (6)
KeywordsArsenic antimicrobials (1)Liquid chromatography (1)Model pollutants (1)Nanocomposites (1)Nanopillars (1)Organoarsenic antimicrobials (1)Plasmonic nanostructures (1)Plasmonics (1)Polydimethylsiloxane (1)Raman (1)... View MoreSubject HeadingRaman effect, Surface enhanced (3)Organoarsenic compounds (2)Polydimethylsiloxane (2)Anti-infective agents (1)Bioactive compounds--Environmental aspects (1)Chemisorption (1)High performance liquid chromatography (1)Hygiene products--Environmental aspects (1)Nanoestructured materials (1)Plasmonics (1)... View MoreTypeDissertation (3)Thesis (3)Date2009 (1)2010 (1)2013 (1)2016 (1)2018 (1)2019 (1)Department
Department of Chemistry (6)
ProgramApplied Chemistry (3)Chemistry (3)CollectionTheses & Dissertations (6)

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