Verification of skin related markers in hiPSC-SKE.

<p>IF staining for (A) KRT14 and (B) ΔNp63 identifying SB distribution in hiPSC-SKE according to ALI culture duration (10 and 20 days). IF staining for (C) KRT10 to identify SS distribution and (D) Loricrin to identify SC distribution. IF staining for (E) vimentin, (F) PDGFRα, and (G) fibronec...

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Bibliografski detalji
Glavni autor:	Hyewon Shin (7037438) (author)
Daljnji autori:	Se-Eun Kim (8482638) (author), C-Yoon Kim (5558168) (author), Suemin Lee (19108068) (author), Ji-Heon Lee (22075774) (author), Jieun Baek (22075777) (author), Gujin Chung (22075780) (author), Min Woo Kim (566016) (author), Jeong-Seop Oh (15245698) (author), Shinhye Park (22075783) (author), Yun Hyeong Lee (22075786) (author), Youngin Jeong (16940207) (author), Jeong Hwan Park (8853659) (author), Yoonseo Kim (9220796) (author), Myeonghee Lee (22075789) (author), Seul-Gi Lee (532270) (author), Hyung Min Chung (15083407) (author)
Izdano:	2025
Teme:	Cell Biology Physiology Biotechnology Immunology Developmental Biology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified standardized testing guidelines restricted donor availability model &# 8217 marked epidermal damage liquid culture conditions expressed appropriate epidermal evaluating cosmetic ingredients eosin staining confirmed purity skin cells known skin irritant differentiating skin cells ske model represents hfibros mixture within native human skin various skin skin regeneration ske recapitulated ske ), derived ske widely utilized valuable tools triton x specific studies seeded onto related applications recent approaches promising alternative layered architecture histological analysis functional responsiveness first formed findings indicate differentiate high developing treatments dermal markers conducting genotype
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Verification of skin related markers in hiPSC-SKE.

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