Corrigendum to: New mechanism of strigolactone-regulated cold tolerance in tomato

Abstract

New Phytologist (2025) 245, 921–923, doi: 10.1111/nph.20165.

Since its publication, the authors of Li et al. (2025) have identified an error in their article. The label ‘Lysosome’ in Fig. 1 has been corrected to ‘Vacuole’. The correct Fig. 1 and associated legend are given below.

We apologize to our readers for this error.

Corrected Fig. 1:

Fig. 1

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Strigolactones positively regulate cold tolerance by activating HY5-dependent autophagy in tomato. In the wild-type, cold stress-induced strigolactone biosynthesis increased the protein level of HY5, which directly bound to and activated the promoter of ATG18a to increase autophagy, thereby facilitating cold-induced protein aggregation and degradation to enhance cold tolerance in tomato. In the hy5 mutant, the expression levels of ATG18a and the formation of autophagosomes show little response to cold stress-induced strigolactone biosynthesis, and the accumulation of ubiquitinated proteins leads to impaired cold tolerance in tomato.

Author for correspondence:

Hong Yu

Email: hyu@genetics.ac.cn