The most enriched GO (P < 5%) at the molecular function level are "structural molecular activity," "transporter activity," "catalytic activity," "electron carrier activity," "molecular transducer activity," "binding," "enzyme regulator activity," "antioxidant activity," "nutrient reservoir activity," and "TR activity".
Molecular functions were primarily related to binding activity, catalytic activity, transporter activity, electron carrier activity, transcription regulator activity, and others.
To uncover their secrets, Kim uses a variety of methods, one of which is simulations models of electron activity that can help predict behaviors and what they mean.
If the number of contacts is dominant then increase in temperature would increase in electron activity and this would reduce the electrical resistance.
( Eh=-2.3frac{RT}{F}left( log {a}_{overline{e}}right) ), where F is the Faraday constant and a ē is the electron activity.
Colbeau-Justin and Kunst [42] used a time-resolved microwave conductivity (TRMC) method to probe charge carrier lifetimes in TiO2 with the TRMC signal attributable to electron activity because electron mobility is greater than that of the associated holes.
Mackinawite (tetragonal FeS) has been shown to reduce metals under conditions in which the electron activity is high.
Kirsch et al. circumvented this difficulty through careful measurement of the electron activity in their FeS suspensions, which also spanned that over which we expect Hg II) to be reduced.
Under molecular function, the top six categories for the leaf library were binding, catalytic activity, transporter activity, structural molecule activity, electron carrier activity, and transcription regulator activity.
Under the classification of molecular function, binding (2,710, 46.99%) and catalytic activity (2,339, 40.56%) were separately the first and second largest categories, whereas other categories such as antioxidant activity, electron carrier activity, enzyme regulator activity, molecular transducer activity, etc. contained 718 unigenes only representing 12.45%.
