Publications by authors named "Hoe-Myung Jung"

Article Synopsis
  • Biliverdin IXβ reductase (BLVRB) is a key target for treating thrombocytopenia, as it relates to the management of reactive oxygen species (ROS).
  • Olsalazine (OSA) has been identified as a strong inhibitor of BLVRB but is unstable due to degradation by gut bacteria enzymes, which complicates its use.
  • To address this, a new compound called olsalkene (OSK) was developed, which maintains OSA’s effectiveness while being more stable and can inhibit BLVRB in different conditions, paving the way for new research on its role in blood disorders.
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DJ-1, a protein encoded by PARK7 plays a protective role against neurodegeneration. Since its glyoxalase III activity catalyzing methylglyoxal (MG) to lactate was discovered, DJ-1 has been re-established as a deglycase decomposing the MG-intermediates with amino acids and nucleotides (hemithioacetal and hemiaminal) rather than MG itself, but it is still debatable. Here, we have clarified that human DJ-1 directly recognizes MG, and not MG-intermediates, by monitoring the detailed catalytic processes and enantiomeric lactate products.

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Recent studies on neoagarooligosaccharides prepared by hydrolyzing agar with β-agarase DagA produced from Streptomyces coelicolor A3(2) have enhanced our knowledge about the enzymatic utility of S. coelicolor. For safety evaluation, a crude extracellular protein containing DagA (crDagA) was prepared from the culture broth of S.

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Synopsis of recent research by authors named "Hoe-Myung Jung"

  • - Hoe-Myung Jung's recent research focuses on the development of innovative therapeutic agents and the biochemical mechanisms of proteins associated with disease, particularly in areas such as thrombocytopenia and neurodegeneration.
  • - A significant finding is the identification of olsalazine (OSA) as a potent inhibitor of Biliverdin IXβ reductase (BLVRB), highlighting challenges related to its stability and degradation in biological systems, which may impact its therapeutic application.
  • - Additionally, Jung clarified the role of the DJ-1 protein in neuroprotection by providing kinetic evidence that supports its glyoxalase III activity, specifically its direct recognition of methylglyoxal rather than its intermediates, thereby contributing to the understanding of its protective mechanisms against neurodegeneration.