… Over the past decade, the surface chemistry of nanomaterials … CdTe core QDs have
replaceable ligands on QDs surface (… QDs coverage on the surface of the bacterial cell and cell …

… used in the PONs conjugate exposures to bacterial cells was 0.16 μM, which is below the
concentration where there was any significant QD activity against bacterial cells without LED …

… YPED medium incubated with microbes and different amounts of … of the exposure period,
cells (control and exposed group) … complex aggregates around the CdTe core, which depletes …

… One Gram-negative and one Gram-positive bacterium were chosen because they present
distinct surface chemistry during QD exposure. Gram-negative bacteria exhibit a double-…

… We observed that once exposed to light with energy greater … surface charge on cellular
uptake and consequent bacterial … QDs, we observed that CdTe core QDs have the lowest …

… chemical properties of the obtained particles. In this study, we characterized the basic
properties and composition of quantum dots (… with the bacterial culture. After the inoculation, the …

… to the same low concentrations of QDs without exposure to light were able to grow well ( …
CdTe core, CdTe/ZnS core-shell, and CdTe/Cd overcoated QDs, we observed that CdTe core …

… such as quantum dots (QDs) with non-photosynthetic bacteria … in nanotoxicology is the NP's
surface chemistry and ζ potential, … After CdTe core growth, thiourea was added to build the …

… lifestyle are increasing our exposure to various environmen… , biological media stability and
surface chemistry are the factors … CdTe-core QDs can also act as an antibacterial nanomaterial…

… Nuclear Magnetic Resonance (NMR) spectroscope instrument has been used to characterize
the surface chemistry of nanocrystals. Here, 1 H NMR spectroscopy has been performed …