71) gnificant challenge for their industry or activity. |
72) signaling pathway(s) that regulates Pin1 activity. |
73) cellular growth and repressed glycolytic activity. |
74) protective effects due to its antioxidant activity. |
75) om activated cells also revealed lysozyme activity. |
76) gical properties that include antioxidant activity. |
77) body may be one way to increase physical activity. |
78) any negative effect on the initial enzyme activity. |
79) nd HSP90, but nevertheless requires HSP90 activity. |
80) celia samples revealed higher antioxidant activity. |
81) effect of social content on these areas' activity. |
82) possibly antiatherosclerotic HDL-Lp-PLA2 activity. |
83) lter insect metabolism and nervous system activity. |
84) % purification yield and 5562.02 specific activity. |
85) ed coagulation and depressed fibrinolytic activity. |
86) nfections augmented by strong antioxidant activity. |
87) ed in gambling behavior as a recreational activity. |
88) os showed an inhibition on CA-II esterase activity. |
89) ium due to concerns for potential seizure activity. |
90) ement of key residues for iNA's catalytic activity. |
91) oxidative stress and inhibition of TBARS activity. |
92) indicating diminished tissue factor (TF) activity. |
93) ng incremental ITB reported more physical activity. |
94) nce of additives had no effects on enzyme activity. |
95) ced CREB phosphorylation and CRE-promoter activity. |
96) rmacological properties from epileptiform activity. |
97) Runx2 may be involved in that stimulatory activity. |
98) inking, and increasing levels of physical activity. |
99) es and domains and a κ of 0.73 for total activity. |
100) cts on orthodontically induced resorptive activity. |
101) GPx-1 activity, and decreased renal GPx-1 activity. |
102) asma could immunoprecipitate asparaginase activity. |
103) encouraged us to look into its anticancer activity. |
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