Publications by authors named "Bryan C Dong"

Objective: Recently, two scoring systems have been developed for predicting pain-free outcomes after microvascular decompression (MVD). Evaluation of these scores on large external datasets has been limited. In this study, the authors aimed to evaluate the performance of published MVD scoring systems in predicting pain-free outcome.

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Article Synopsis
  • - This study shifts the focus from internal mechanisms of neuronal survival to the role of intercellular communication in helping retinal ganglion cells (RGCs) survive after optic nerve injury, using single-cell RNA sequencing to analyze interactions.
  • - Researchers found that high-survival RGCs have more interactions with neighboring cells, identifying 47 stronger ligand-receptor interactions that likely provide neuroprotective benefits.
  • - One key finding was that the μ-opioid receptor (Oprm1) enhances neuroprotection and can be beneficial across different types of RGCs; altering its activity even improved visual function in mouse models.
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The progressive death of mature neurons often results in neurodegenerative diseases. While the previous studies have mostly focused on identifying intrinsic mechanisms controlling neuronal survival, the extracellular environment also plays a critical role in regulating cell viability. Here we explore how intercellular communication contributes to the survival of retinal ganglion cells (RGCs) following the optic nerve crush (ONC).

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Epithelioid hemangioma is a rare vascular mesenchymal tumor with a paucity of reports of cranial involvement. In particular, guidance on treatment for lateral skull base lesions is lacking, despite this being a highly technically challenging location. Nuances in the management decisions for this tumor type are discussed.

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RNA-binding proteins Lin28a/b regulate cellular growth and tissue regeneration. Here, we investigated the role of Lin28 in the control of axon regeneration in postmitotic neurons. We find that Lin28a/b are both necessary and sufficient for supporting axon regeneration in mature sensory neurons through their regulatory partners, let-7 microRNAs (miRNAs).

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