Search alternatives:
decrease processes » disease processes (Expand search), decay processes (Expand search), increase process (Expand search)
decrease decrease » decrease release (Expand search), disease decreases (Expand search), decreases disease (Expand search)
strength decrease » strength increase (Expand search), strength degree (Expand search), strength decline (Expand search)
decrease human » increase human (Expand search), disease human (Expand search), decrease asian (Expand search)
human decrease » human deceased (Expand search), human increase (Expand search), human disease (Expand search)
decrease after » increase after (Expand search), disease after (Expand search)
decrease processes » disease processes (Expand search), decay processes (Expand search), increase process (Expand search)
decrease decrease » decrease release (Expand search), disease decreases (Expand search), decreases disease (Expand search)
strength decrease » strength increase (Expand search), strength degree (Expand search), strength decline (Expand search)
decrease human » increase human (Expand search), disease human (Expand search), decrease asian (Expand search)
human decrease » human deceased (Expand search), human increase (Expand search), human disease (Expand search)
decrease after » increase after (Expand search), disease after (Expand search)
1
“...) on human OS MG63 cells as well as underlying mechanisms. Viability of MG63 cells was assessed by CCK...”
Access document
Access document
Article
2
3
“...The understanding of how human-induced habitat disturbance shapes the contemporary population...”
Access document
Access document
Conference object
4
“...Objective: This study was designed to evaluate the biaxial flexural strength (BFS) of different...”
Access document
Access document
Article
5
“... ± 23,05). Conclusion: It was concluded that the decrease in the flexural strength in MPa is directly...”
Access document
Access document
Article
6
7
8
9
10
“... decrease BFS after aging. KEYWORDS Aging; Cementation; Ceramics; Flexural strength; Lithium disilicate....”
Access document
Access document
Article
11
12
“... very few studies about the effects of nanoclays on the impact strength of laminates after exposure...”
Access document (1)
Access document (2)
Access document (1)
Access document (2)
Article
13
“... cycling without decreases in flexural strength. However, mean COP10 showed only about 25% of the RelyX ARC...”
Access document
Access document
Article
14
“... cycling without decreases in flexural strength. However, mean COP10 showed only about 25% of the RelyX ARC...”
Access document (1)
Access document (2)
Access document (1)
Access document (2)
Article
15
“... cycling without decreases in flexural strength. However, mean COP10 showed only about 25% of the RelyX ARC...”
Access document
Access document
Article
16
17
18
19
20