Researchers uncover molecular mechanisms of desiccation tolerance in desert moss
A study led by Prof. Zhang Daoyuan from the Xinjiang Institute of Ecology and Geography of the Chinese Academy of Sciences has uncovered the phosphorylation-mediated regulatory mechanisms of desiccation tolerance of Syntrichia caninervis, a model moss for desiccation tolerance research.他们的作品发表在《植物杂志
（a）civettics的头骨和下颌骨来自兰巴巴堡和（b）活着的非洲民civet civetcivetcistis civetta civetta doi.org/10.1127/pala/2025/0157 www.ucm.es www.ucm.es www.ucm.es摘要摘要摘要，摘要'prosinind of'plabry dectranctional of'planebry arterab are'' （South，5.2 Ma），包括完整的头骨，多个牙齿和孤立的牙列。 Langebabaal位置相对于Toros Menalla（Chad，7 Ma）和Laetol1（Tanzania
This tiny desert moss could be key to terraforming Mars
Syntrichia caninervis 拥有恢复活力的真正天赋。
Moss that survives deep freeze and radiation could live on Mars
Syntrichia caninervis 存在于地球上一些最极端的地方，可以在几乎任何其他生物都会死亡的条件下生存，使其成为殖民火星的潜在候选者
