Publications by authors named "A C Jordan"

This study demonstrates that patient advocacy groups significantly enhance medication availability and improve diagnosis of hereditary angioedema (HAE), particularly in emerging economies within the Asia-Pacific region. This study supports integrating patient advocacy group involvement into management guidelines, emphasising their role in improving access to diagnostics and treatment for HAE.

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Previously we discovered that among 15 DNA-binding plant secondary metabolites (PSMs) possessing anticancer activity, 11 compounds cause depletion of the chromatin-bound linker histones H1.2 and/or H1.4.

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Potentially zoonotic Mycobacterium spp. are impacting freshwater ornamental fish in Trinidad and Tobago. Clinical cases presented at the Aquatic Animal Health Unit of The University of the West Indies, School of Veterinary Medicine, from September 2011 to September 2018 indicated the presence of piscine mycobacteriosis in freshwater ornamental fish from locations throughout Trinidad and Tobago.

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Article Synopsis
  • The study investigates the thermoelectric properties of Abrikosov vortices in type-II superconductors under quantum conditions, focusing on two setups: a superconductor-insulator-normal-metal junction and a scanning tunneling microscope tip over the superconductor.
  • The strong breaking of particle-hole symmetry in these vortices leads to a significant thermoelectric response, predicting thermovoltage values of a few mV/K at temperatures near absolute zero.
  • The study finds favorable thermoelectric coefficients, with a figure of merit (ZT) around 1 for the S-I-N junction and over 3 when using the STM junction, suggesting potential applications as low-temperature thermocouples or in detecting single low-energy photons.
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A (target) quantum system is often measured through observations performed on a second (meter) system to which the target is coupled. In the presence of global conservation laws holding on the joint meter-target system, the Wigner-Araki-Yanase theorem and its generalizations predict a lower bound on the measurement's error (Ozawa's bound). While practically negligible for macroscopic meters, it becomes relevant for microscopic ones.

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