Records matched to the searched keyword "STS-131"

Matched Space Investigations


Click "Study ID" to access detailed information.

Study IDs Study Titles Investigation Categories Studied Biophysical Phenomena Associated Disease conditions Studied Biological Phenomena
SLID-041 Effects of spaceflight on the murine mandible: Possible factors mediating skeletal changes in non-weight bearing bones of the head Investigated Organism: Mus musculus;
Studied Organism Strains: C57BL/6;
Organism Common Name: Mice;
Organism Class: Mammalia;
Studied Organ/Tissue/Part: Bone;
●n.a.
 ●Bone loss
 ●Musculoskeletal system - Bone properties ---> Skull remodeling
●Musculoskeletal system - Bone properties ---> Bone volume
●Musculoskeletal system - Bone properties ---> Mineral density
●Musculoskeletal system - Bone properties ---> Mineral content
SLID-048 Multiscale effects of spaceflight on murine tendon and bone Investigated Organism: Mus musculus;
Studied Organism Strains: C57BL/6J;
Organism Common Name: Mice;
Organism Class: Mammalia;
Studied Organ/Tissue/Part: Tendon; Bone;
●n.a.
 ●Bone loss
●Tendon decline
 ●Musculoskeletal system - Bone properties ---> Bone composition
●Musculoskeletal system - Bone properties ---> Bone structure
●Musculoskeletal system - Bone properties ---> Bone mechanics
●Musculoskeletal system - Tendon properties ---> Fibril diameter
SLID-071 Thirty days of spaceflight does not alter murine calvariae structure despite increased Sost expression Investigated Organism: Mus musculus;
Studied Organism Strains: C57BL/6N;
Organism Common Name: Mice;
Organism Class: Mammalia;
Studied Organ/Tissue/Part: Bone;
●n.a.
 ●Bone loss
 ●Musculoskeletal system - Bone properties ---> Bone structure
●Musculoskeletal system - Bone properties ---> Calvaria mechanotransduction pathways
●Musculoskeletal system - Bone properties ---> Sclerostin
SLID-250 An endogenous growth pattern of roots is revealed in seedlings grown in microgravity Investigated Organism: Arabidopsis thaliana;
Organism Common Name: Thale cress;
Organism Class: Model organism;
Studied Organ/Tissue/Part: Seedling; Root;
Food Category: n.a.;
Growth Stage During Space Flight: Seedling;
●Gravitational pull - Gravitropism
 ●n.a.
 ●Growth - Seed germination ---> Germination rate
●Growth - Seed germination ---> Seedling length
●Growth - Root ---> Root angle
●Growth - Root ---> Adventitious roots
●Growth - Root ---> Gravitropism
SLID-253 Transcriptome analyses of Arabidopsis thaliana seedlings grown in space: implications for gravity-responsive genes Investigated Organism: Arabidopsis thaliana;
Organism Common Name: Thale cress;
Organism Class: Model organism;
Studied Organ/Tissue/Part: Seedling; Root;
Food Category: n.a.;
Growth Stage During Space Flight: Seedling;
●Gravitational pull - Gravitropism
 ●n.a.
 ●Omics - Transcriptomics ---> Seedling
●Growth - Root ---> Gravitropism
●Environment - Artificial gravity
SLID-254 Transcriptional response of Arabidopsis seedlings during spaceflight reveals peroxidase and cell wall remodeling genes associated with root hair development Investigated Organism: Arabidopsis thaliana;
Organism Common Name: Thale cress;
Organism Class: Model organism;
Studied Organ/Tissue/Part: Seedling; Root;
Food Category: n.a.;
Growth Stage During Space Flight: Seedling;
●n.a.
 ●n.a.
 ●Process - Stress resistance ---> Oxidative stress
●Growth - Root ---> Root hair length
●Component - Cell wall ---> Cell wall remodeling
SLID-255 Morphometric analyses of petioles of seedlings grown in a spaceflight experiment Investigated Organism: Arabidopsis thaliana;
Organism Common Name: Thale cress;
Organism Class: Model organism;
Studied Organ/Tissue/Part: Seedling;
Food Category: n.a.;
Growth Stage During Space Flight: Seedling;
●n.a.
 ●n.a.
 ●Growth - Seed germination ---> Germination rate
●Growth - Seed germination ---> Seedling length
●Growth - Seed germination ---> Cell plastids
SLID-256 Comparative transcriptomics indicate changes in cell wall organization and stress response in seedlings during spaceflight Investigated Organism: Arabidopsis thaliana;
Organism Common Name: Thale cress;
Organism Class: Model organism;
Studied Organ/Tissue/Part: Shoot;
Food Category: n.a.;
Growth Stage During Space Flight: Seedling;
●n.a.
 ●n.a.
 ●Process - Stress resistance ---> Hypoxia responses
●Process - Stress resistance ---> Heat shock response
●Process - Stress resistance ---> DNA repair
●Component - Cell wall ---> Cell wall structure
●Component - Cell wall ---> Cell wall components
●Component - Cell wall ---> Glycome profiling
●Omics - Transcriptomics ---> Shoot
SLID-423 Effects of spaceflight on the muscles of the murine shoulder Investigated Organism: Mus musculus;
Studied Organism Strains: C57BL/6;
Organism Common Name: Mice;
Organism Class: Mammalia;
Studied Organ/Tissue/Part: Muscle;
●n.a.
 ●Muscle atrophy
 ●Musculoskeletal system - Muscle properties ---> Muscle structure
●Musculoskeletal system - Muscle properties ---> Muscle proteins
●Omics - Proteome ---> Muscle
SLID-426 Fifteen days of microgravity causes growth in calvaria of mice Investigated Organism: Mus musculus;
Studied Organism Strains: C57BL/6;
Organism Common Name: Mice;
Organism Class: Mammalia;
Studied Organ/Tissue/Part: Bone;
●n.a.
 ●Skeletal deformity
 ●Musculoskeletal system - Bone properties ---> Bone structure
●Musculoskeletal system - Bone properties ---> Mineral density
●Musculoskeletal system - Bone properties ---> Bone volume
SLID-435 Response of the mouse sublingual gland to spaceflight Investigated Organism:
Studied Organism Strains: C57BL/6;
Organism Common Name: Mice;
Organism Class: Mammalia;
Studied Organ/Tissue/Part: Sublingual salivary gland;
●n.a.
 ●n.a.
 ●Nervous and regulatory systems - Endocrine function ---> Sublingual salivary glands morphology
●Nervous and regulatory systems - Endocrine function ---> Sublingual salivary glands protein expression
SLID-418 Spaceflight transcriptomes: unique responses to a novel environment Investigated Organism: Arabidopsis thaliana;
Organism Common Name: Thale cress;
Organism Class: Model organism;
Studied Organ/Tissue/Part: Seedling; Tissue culture;
●n.a.
 ●n.a.
 ●Omics - Transcriptomics of stress resistance ---> Spaceflight adaptation
●Omics - Transcriptomics ---> Seedling
●Omics - Transcriptomics ---> Tissue culture