This research explores the role of JAK/STAT signaling molecules in the skin of NCSTN knockout mice and their implications for treatment.
Used immunolocalization techniques to identify JAK/STAT molecules in mouse skin.
Analyzed gene expression of JAK1 and JAK2.
Compared findings in NCSTN knockout mice versus wild-type mice.
JAK/STAT signaling was significantly altered in NCSTN knockout mice.
JAK1/2 levels might correlate with the severity of skin inflammation in these mice.
Targeting JAK1/2 may offer a new treatment avenue for skin conditions like hidradenitis suppurativa (HS).
Abstract
This study suggests that the JAK/STAT pathway is important in AI, rendering it a potential therapeutic target. Targeting the JAK1/2 may be more prominent in the treatment of HS.