Explore tweets tagged as #TissueStructure
What type of tissue connects muscles to bones? ðĶī a) Ligaments b) Tendons c) Cartilage #MuscleToBone #TendonConnection #TissueTypes #HumanAnatomy #Tendons #BoneAndMuscle #LigamentsVsTendons #AnatomyFacts #MusculoskeletalSystem #TissueStructure
1
0
3
#highlycited #mdpifishes Effects of #Alkalinity on the #Antioxidant Capacity, Nonspecific #Immune Response and #TissueStructure of Chinese Mitten Crab Eriocheir sinensis https://t.co/fJtWIGDTW9
0
0
1
ðŽ#Fishes #HighlyAccessedPaper ð"Effects of #Alkalinity on the Antioxidant Capacity, Nonspecific #Immune Response and #TissueStructure of Chinese Mitten Crab Eriocheir sinensis" by Yuhong Yang et al. ð https://t.co/pZzJ83QoQF ðŦ#aquaculture #LC50 #physiology #histology
0
1
1
What do the vessels in a lymph node look like? Electron micrograph. . . . . #LymphNodes #LymphaticSystem #Histology #Microanatomy #ElectronMicroscopy #Immunology #HealthScience #CellBiology #MedicalResearch #Pathology #VascularHealth #TissueStructure #Anatomy #Biology
0
0
1
#FishesMDPI #HighlyCitedPaper "Effects of #Alkalinity on the #AntioxidantCapacity, Nonspecific #ImmuneResponse and #TissueStructure of Chinese Mitten Crab Eriocheir sinensis" by Mingshuai Li et al. from Chinese Academy of Fishery Sciences https://t.co/pZzJ83QoQF
#aquaculture
0
0
0
#FishesMDPI #HighlyCitedPaper in 2022 series "Effects of #Alkalinity on the Antioxidant Capacity, Nonspecific #Immune Response and #TissueStructure of Chinese Mitten #Crab Eriocheir sinensis" by Mingshuai Li et al. https://t.co/pZzJ83QoQF
#aquaculture #LC50 #physiology
0
0
0
Scientists at #NTUsg & @CarnegieMellon discovered how to control the growth of #hydrogel so that it mimics the #tissuestructure and shape of a plant or animal tissue, they report in @PNASNews today. #NTUsgResearch
https://t.co/cfurDNHWNd
0
0
2
The #SpinalCord can be infected like other #tissuestructure of the body. #EUROSPINE's #PatientLine gives more information about #diagnosis & #treatment
https://t.co/A3ivuqhWRO
0
2
1
Researchers reveal links between connectivity of three-dimensional #tissuestructures and emergence of their architecture to better engineer #organoids that mimic human #organs. https://t.co/TQVocZt6De
#organoid #cellbiology #microscopy #stemcells #epithelia #tissuestructure
0
0
1
Researchers reveal links between connectivity of three-dimensional #tissuestructures and emergence of their architecture to better engineer #organoids that mimic human #organs. https://t.co/HlegikoxX5
#organoid #cellbiology #microscopy #stemcells #epithelia #tissuestructure
0
0
0
PUBLICATION: Many #cardiacpathologies involve changes in #tissuestructure. Conventional analysis is extremely time-consuming and subject to observer bias: https://t.co/fvu9ulhzkd Well done to all authors involved including Laura Sommerfeld, Professors Fabritz and Kirchhof
0
0
3