Research context and placement

The abstract explicitly concerns antifouling and low-friction medical surfaces. A coating process does not by itself establish an interconnect–component integration study.

Research overview and key contributions

L-skin combines a bioadhesive layer with a lubricant-swellable fluoropolymer for complex medical-device surfaces.

The abstract reports coating compatibility and low-friction/antifouling behavior in tubing, catheters, microfluidics and bioprinting.

Open challenges

Exact thermal-recovery and sterilization conditions are unread; recovery must not be interpreted as spontaneous at body temperature.

Comparison context

Match tube length, bore, curvature, coating uniformity, sterilization method and lubricant loss.

Related external research

Bioinspired self-repairing slippery surfaces with pressure-stable omniphobicity

DOI: 10.1038/nature10447 ↗

Compare lubricated interfaces and fabrication on complex devices.

This is an abstract-level connection; durability or sterilization comparisons require full testing conditions.

Abstract checked

Corresponding-author verification

Correspondence unresolved

This record concerns Jungmok Seo’s correspondence designation. Author order or an asterisk alone is not treated as confirmation; this check is separate from verification of the research content.

Main-text review scope
Read matching abstracts in Yonsei’s research portal and Europe PMC. Publisher fetch failed, PMC showed a browser check and the XML API returned 500; full text was not read.
Pending verification
Publisher fetch failed; PMC10088055 showed a browser check and Europe PMC fullTextXML returned 500. Verify full text, sterilization and recovery conditions at school.

COVERAGE & OUTREACH

Coverage and outreach

Links are checked for their relationship to this paper. Media publication does not establish independent reporting or additional experimental validation.

  • 조선일보 Life & Learning · 2022-08-25 · Release-based reporting / republication

    연세대 서정목 교수팀, 면역위장 유막코팅 기술 개발 ↗

    The article explicitly gives #67's title and DOI and describes the team's layered lubricant-skin coating.

    Body read Read the body, date, researchers and DOI. Classified as institutional-announcement-based coverage rather than independent reporting.

  • BLISS Lab — Yonsei University · 2022-07-18 · Lab announcement

    BLISS 박기준 학생 JCR 상위 1.14% Bioactive Materials에 논문 게재 ↗

    The author/journal announcement and image labels for Lubricant Skin with adhesive, fluoropolymer and lubricant layers identify #67.

    Body read Read the public news JSON title/date and its linked image content (entry: ytlee-contest-2-2-2-2-2-2-2-2-2-2-2). Lab self-promotion; artwork is not redistributed.

  • Jungmok Seo · LinkedIn · 2026-10-03 · Researcher-authored post

    Device–tissue interfaces: prior studies, ELFS biliary stents and FLUID ureteral stents ↗

    The post describes prior work on antifouling coatings for diverse biomaterials and complex device shapes. DOI 10.1016/j.bioactmat.2022.07.019, documented as the destination of the in-body shortened link, matches the title and DOI of #67 in the public 101-paper catalogue.

    Body read Based on a verification record documenting the post body, “Worldwide” visibility and DOI destinations of six shortened links in a logged-in session. The publication date was determined from the “4 hours” display observed at 22:37 KST on 2026-10-03; the exact publication time remains unverified. DOI destinations were checked on LinkedIn’s external-link notice screens; this does not represent a new review of publisher full text. This is researcher-authored promotion, not independent reporting or additional experimental validation.

Channel coverage and search log for all 101 records →

Sources and verification scope

Read matching abstracts in Yonsei’s research portal and Europe PMC. Publisher fetch failed, PMC showed a browser check and the XML API returned 500; full text was not read.