Experimental data on plant cell reproduction, growth, and differentiation in spaceflight and
under clinostating that partially reproduce the biological effects of microgravity are …

The putative Ca2+-channel blocker LaCl3 prevented the gravitropic bending of cut
snapdragon (Antirrhinum majus L.) spikes (S. Philosoph-Hadas, S. Meir, I. Rosenberger, AH …

Abstract Space biology can be said to have begun in the late 1940s, with the launch of
monkey Albert on a US rocket called 'Blossom 3'in 1948. Several other suborbital flights with …

Plants cannot grow or develop properly without the support of their roots. Gravity plays an
essential role in the formation of the root structure, but it is not clear how roots respond to …

The changes of [Ca2+] i controlled is known to play a key regulatory role in numerous
cellular processes especially associated with membranes. Previous studies from our …

In recent years significant progress has been made in studying the role of calcium as a
universal messenger in processes of intra-and intercellular signaling. Among Ca 2+ …

This paper introduces one of the plant biology experiments,“Biological effects and the signal
transduction of microgravity stimulation in plants”, carried out on the SJ-10 recoverable …

One-year-old Taxodium distichum seedlings were decapitated and attached to plastic tubing
for 'force feeding'of liquid media containing different levels of calcium regulating chemicals …

从地基研究植物向重性和在神舟八号卫星微重力条件下培养植物细胞出发, 探讨重力变化对植物
细胞发生作用时产生的生物学效应. 已有结果显示, 在植物向重性反应和处于失重状态时 …

In this review, the biological effects of gravity change on plant cells based on the data
obtained from both ground-based research and space experiment on board the Chinese …