Hyung Jun Woo on Muck Rack

Hyung Jun Woo

Verified
Seoul
As seen in: SBS Biz, Oxford Academic, Oxford University Press (OUP), Frontiers, The BMJ, ACS Publications, Nano Convergence Journal, The Rheumatology Podcast
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Articles

High transposable element expression in sarcomas is associated with increased immune infiltrates and improved outcomes including after immunotherapy

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By Benjamin A Nacev, Martina Bradic, Hyung Jun Woo Verified, Allison Richards
| The BMJ Verified
Results Baseline immune cell populations predict response and progression-free survival in patients with sarcoma treated with immune checkpoint inhibitors To study the influence of features linked to epigenetic states on antitumor immunity, we first characterized baseline immune infiltrates in tumor biopsies from 67 patients with a heterogeneous set of sarcomas (>10 subtypes) who were subsequently treated on ICI clinical trials (figure 1A and online supplemental table S1).
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Recent progress of gas sensors toward olfactory display development - Nano Convergence

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By Chae young, Sung Min, Hyung Jun Woo Verified
| Nano Convergence Journal Verified
Gas sensors based on organic and inorganic materials each offer distinct advantages; however, they also exhibit inherent limitations. Organic material-based sensors are characterized by excellent selectivity and the potential for diverse surface functionalization. Therefore, hybrid platforms that integrate organic and inorganic elements represent a promising pathway to overcome these trade-offs and achieve balanced, high-performance gas sensing.
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Investigation of poly(benzodifurandione) for bioelectronics: high conductivity, electrical stability, and biocompatibility - Macromolecular Research

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By Eun Mi Chae, Hyung Jun Woo Verified
| link.springer.com
Abstract Poly(benzodifurandione) (PBFDO), a recently developed n-type conductive polymer, shows promise as an alternative material for bioelectronics, particularly in neural probes. This study systematically evaluates the electrical, mechanical, and biocompatibility properties of PBFDO and compares its performance with the widely used material for bioelectronics; poly(3,4-ethylenedioxythiophene) polystyrene sulfonate (PEDOT:PSS).
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