| BIOROCK | ESA | Extraterrestrial Geomicrobiological Package Test Bed for the ISS | PUB 4 |
| Cell Shape and Expression (CYTOSPACE) | ASI | Microgravity and cells: morphotype and phenotype correlation. | PUB 0 |
| CORM | ASI | Countermeasure for retinal lesions induced by radiation and microgravity on the ISS: experiment on cultured retinal cells. | PUB 2 |
| ENDO | ESA | Endothelial Cells: Effects of Space Flight on endothelial function | PUB 1 |
| MME | ASI | Molecular Muscle Experiment - Establishing Molecular Mechanisms of and | PUB 2 |
| MYOGRAVITY | ASI | Analysis of the functional alterations induced by microgravity in human satellite cells and study of possible countermeasure. | PUB 0 |
| NANO | ESA | Nanotechnological countermeasures against oxidative stress in muscle cells exposed to microgravity | PUB 1 |
| Nanoparticles and Osteoporosis (NATO) | ASI | NAnoparticles based countermeasures for Treatment of microgravity induced Osteoporosis. | PUB 0 |
| NANOROS | ASI | Nanotechnology solutions against oxidative stress in muscle tissue during long-term microgravity exposure | PUB 4 |
| ROALD | ESA | To ascertain the induction of apoptosis in human lymphocytes under authentic microgravity, and to elucidate the possible involvement of 5-LOX | PUB 1 |
| SCD | ESA | Stem cells differentiation | PUB 2 |
| SERISM | ASI | Role of the endocannabinoid system in pluripotent human stem cell reprogramming under microgravity conditions. | PUB 1 |
| SPHINX | ESA | ISS In vitro Experiment in KUBIK incubator examining Endothelial cell gene expression under microgravity. Endothelial cells line blood vessels and play a key role in vascular function. Results of the experiment show that gene expression. | PUB 1 |
| STROMA-2 | ESA | Investigation on the effects of microgravity on BMSC (bone, marrow, stroma cells) by looking at morphological changes, gene expression profiling and bone forming capacity. | PUB 1 |
| XENOPUS | ESA | Aim of the experiment is to characterize the effect of microgravity on the vestibuloocular (VBO) system in Xenopus laevis tadpoles at late development stages. In detail are investigated: a) the critical period in the developing of the vestibuloocular reflex (rVOR); b) the relations between oculomotor and spinal motor μg-sensitivities (freely swimming); c) the correlation of tail lordosis with rVOR modifications. | PUB 1 |
