What question did this study set out to answer?

To investigate the co-regulation of PySLD5 by miRNA and lncRNA and its impact on cold tolerance in poplar under freeze-thaw stress.

March 14, 2026

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CYChengchao YangLiaoning Academy of Agricultural Sciences LLLiwei LiangLiaoning Academy of Agricultural Sciences SWShiqi WangLiaoning Academy of Agricultural Sciences

Key Points

To investigate the co-regulation of PySLD5 by miRNA and lncRNA and its impact on cold tolerance in poplar under freeze-thaw stress.
Analysis of miRNA and lncRNA expression levels in poplar
Assessment of cold tolerance in poplar plants
Experimental manipulation of PySLD5 expression
Enhanced cold tolerance in poplar observed with co-regulation of PySLD5
miRNA and lncRNA interactions significantly improve plant resilience to freeze-thaw stress

Abstract

Inside Front Cover: The cover image is based on the article Co-Regulation of PySLD5 by miRNA-lncRNA Enhances Cold Tolerance in Poplar Under Overwintering Freeze-Thaw Stress by Chengchao Yang et al., https://doi.org/10.1111/pce.70369.

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