Thus tetravalent protactinium in solutions is obtained by the action of strong reducing agents in a hydrogen atmosphere.
A charge of lead oxide sinter, coke, and flux is poured into the open top of the furnace, and the strong reducing atmosphere in the furnace shaft reduces the oxide to metal.
The kinetic stability of graphite intercalation compounds (GICs) is markedly increased by a surface passivation reaction that occurs under strong reducing conditions in the presence of long-chain tetra-n-alkylammonium cations.
GSH is the predominant form and maintains strong reducing conditions in the cytosol.
Recently, Rao et al. (2013) reported the role played by strong reducing agents in facilitating efficient metal removal by Yarrowia lipolytica.
Second, mammalian CBS is known to bind heme and there is evidence that the enzyme is 50% less active under strong reducing conditions in vitro [ Taoka et al., 1998].
These results suggested that at a low concentration, both the n-butanol and the mixture of n-butanol and EtOAc fractions showed a strong reducing power in a time dependent manner.
These observations for PFL-AE and LAM, together with the requirement of a strong reducing agent in all radical SAM enzyme activity assays, have led to the general acceptance of the [4Fe 4S]+ state being the catalytically active oxidation state for these enzymes.
The 220 kDa complex appears to be stable in reducing and nondenaturing conditions, and labile in strong reducing and denaturing conditions suggesting that hydrophobic interactions may play a role in the maintenance of its stability.
4H2O compounds in phenyl ether solvent using weak reducing agent 1,2Hexadecandiol (C16H34O2) and strong reducing agent superhydride (LiBEt3H) in two steps.
