Identification of potential immunologic resilience in the healing process of diabetic foot ulcers.

"our research not only holds the promise of unveiling the pathogenesis of dfu but may also offer new targets for the prevention and treatment of dfu 2 2 1 we collected gene expression data from dfu patients from the publicly available gene expression omnibus (geo) database gse134431 includes gene expression files of nine ulcer samples from healer four ulcer samples from no-healer and eight healthy skin samples from dfu by high-throughput sequencing gse143735 includes gene expression files of five skin samples from healer four skin samples from no-healer and four healthy skin samples from dfu by high-throughput sequencing gse165816 includes single-cell rna sequencing (scrnaseq) of skin samples from seven dfu with no-healer 12 skin samples from dfu with healer and 10 healthy skin samples2 2 we processed the data using the limma package in r which included background correction normalization and the calculation of gene expression values."

"CONFLICT OF INTEREST STATEMENT The authors declare no potential conflicts of interest."

"FUNDING INFORMATION This work was supported by the Open Project of the State Key Laboratory on the Causes and Prevention of High Incidence in Central Asia Jointly Constructed by the Ministry and the Province (SKL‐HIDCA‐2019‐19)."