Search alternatives:
decrease cycling » decreasing cyclin (Expand search), decreases healing (Expand search), decrease during (Expand search)
cycling patterns » calling patterns (Expand search), cracking patterns (Expand search), coupling patterns (Expand search)
decrease taping » decrease walking (Expand search), decrease during (Expand search), decrease owing (Expand search)
taping decrease » statins decrease (Expand search), training decreases (Expand search), rapidly decrease (Expand search)
decrease cell » decreases cell (Expand search)
cell decrease » cells decrease (Expand search), cells decreases (Expand search), will decrease (Expand search)
decrease cycling » decreasing cyclin (Expand search), decreases healing (Expand search), decrease during (Expand search)
cycling patterns » calling patterns (Expand search), cracking patterns (Expand search), coupling patterns (Expand search)
decrease taping » decrease walking (Expand search), decrease during (Expand search), decrease owing (Expand search)
taping decrease » statins decrease (Expand search), training decreases (Expand search), rapidly decrease (Expand search)
decrease cell » decreases cell (Expand search)
cell decrease » cells decrease (Expand search), cells decreases (Expand search), will decrease (Expand search)
1
2
3
6
7
8
9
10
11
12
13
14
15
“... inhibition of mitochondrial biogenesis and oxidative metabolism. Cell viability, mitochondrial respiration...”
Access document (1)
Access document (2)
Access document (1)
Access document (2)
Article
16
“..., assessment of protein components of the biofilm matrix, and of cell viability using confocal laser scanning...”
Access document (1)
Access document (2)
Access document (1)
Access document (2)
Article
17
“... expression assays, we observed that RESV was able to decrease protein acetylation patterns, such...”
Access document
Access document
Article
18
“... in horses with ischemia and reperfusion injuries by preventing apoptotic cell death....”
Access document
Access document
Article
19
“... screened by cell flow. The level of m 6A RNA methylation in the FTO knockdown group was significantly...”
Access document
Access document
Article
20
“... follicular cells, increasing cell growth and reducing the expression of the sodium-iodide symporter gene, has...”
Access document
Access document
Article