Nature, Volume 448Sir Norman Lockyer Macmillan Journals Limited, 2007 |
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Página 61
... activity and pH . Activities of Ca2 + and Al3 + are the same as for Fig . 1a . The maximum of silica activity is 103 , where amorphous silica starts to precipitate , whereas 3.2 × 10 ̄ ( log [ H4SiO4 ] = -4.5 ) corresponds to the medium ...
... activity and pH . Activities of Ca2 + and Al3 + are the same as for Fig . 1a . The maximum of silica activity is 103 , where amorphous silica starts to precipitate , whereas 3.2 × 10 ̄ ( log [ H4SiO4 ] = -4.5 ) corresponds to the medium ...
Página 264
... activity regulate the strength ( plasticity ) of synaptic connections in the brain . In the hippocampus ' ( left panels ) , excitatory transmission is mediated by glutamate released from presynaptic neuron terminals and sensed by ...
... activity regulate the strength ( plasticity ) of synaptic connections in the brain . In the hippocampus ' ( left panels ) , excitatory transmission is mediated by glutamate released from presynaptic neuron terminals and sensed by ...
Página 378
... activity of peroxiredoxins , which in turn are critical antioxidant defences2 24-26 . In confirmation and extension of the above , we found that Sesnl and Sesn2 are expressed in a p53 - dependent manner in MEFs , reaching the highest ...
... activity of peroxiredoxins , which in turn are critical antioxidant defences2 24-26 . In confirmation and extension of the above , we found that Sesnl and Sesn2 are expressed in a p53 - dependent manner in MEFs , reaching the highest ...
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