BioEssays 2021, 43, 2100068, https://doi.org/10.1002/bies.202100068

After acceptance of the article, three additional references were added. The respective sentences should read:

• - On page 4:

• “To further explore the presence of epigenetic-modifying proteins in bacteria associated with corals, we searched for potential homologs of known epigenome-modifying proteins from other host systems (see above) in the predicted proteins of seven genomes of bacterial isolates from P. damicornis (average genome size 4.8 Mb) ^[81], 52 P. lutea-associated MAGs (average genome size 3.5 Mb) ^[54], and 11 bacterial genomes from the octocoral Eunicella labiata (average genome size 4.4 Mb).^[67]”

• - On page 6:

• Although BMCs have been shown to aid in coral resistance ^{[66,77–79, 82]} through the regulation of genes involved in the coral immune response and protection against heat stress ^[82], or even increase energy reserves and calcification rates, ^[80] the exact mechanisms producing the improved phenotype are not fully known.”

• - On page 6:

• Several coral rehabilitation techniques have been proposed as ways to facilitate adaptation of coral to rapid global changes. ^[1,36,83]“

The full details of the newly added references are as follows:

中文翻译：

---

更正参考：表观遗传控制下的宿主：微生物与珊瑚相互作用的新视角

BioEssays 2021 , 43 , 2100068, https://doi.org/10.1002/bies.202100068

文章录用后，又增加了三篇参考文献。相应的句子应为：

• -第 4 页：

• “为了进一步探索与珊瑚相关的细菌中表观遗传修饰蛋白的存在，我们在来自P. damicornis的细菌分离物的七个基因组的预测蛋白质中搜索了来自其他宿主系统的已知表观基因组修饰蛋白的潜在同源物（见上文）（平均基因组大小 4.8 Mb）^{[ 81 ]}、52 个P. lutea相关 MAG（平均基因组大小 3.5 Mb）^[54]和 11 个来自八珊瑚 Eunicella labiata 的细菌基因组（平均基因组大小 4.4 Mb）。^[67] ”

• -第 6 页：

• 尽管 BMC 已被证明有助于珊瑚抵抗^{[66,77-79, 82 ]，}通过调节参与珊瑚免疫反应和抵御热应激的基因^{[ 82 ]}，甚至增加能量储备和钙化率，^{[80] ]}产生改善表型的确切机制尚不完全清楚。”

• -第 6 页：

• 已经提出了几种珊瑚康复技术作为促进珊瑚适应全球快速变化的方法。^{[1,36, 83 ]} “

新添加的引用的完整详细信息如下：