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Possible equilibrium relationships between oxidized and reduced forms of flavin and pyridine nucleotide coenzymes.

Possible erroneous optimum indication in using the method of steepest ascents.

Possible error sources in the integration of chromatographic peaks. variation of peak area due to differences between the real sloping baseline and the interpolated integrator baseline.

Possible ESR splitting patterns for the CH2OH radical. A

Possible ether reduction patterns on Li 50,85,140,149 .

Possible etherification reactions during the cure of TGDDM with DDS. Reproduced with permission from St John .

Possible events in the pyrolysis of polyacrylonitrile.

Possible evolution of direct costs for PV module components.

Possible evolution route from inorganic molecules to the primitive living systems. Figure reproduced with permission from

Possible evolutionary chain leading to photosynthesis

Possible evolutionary development of ferredoxins

Possible evolutionary development of the transferrin family, showing also the proposed relationship of bacterial periplasmic binding proteins .

Possible evolutionary interrelationships of aerobic prokaryotes evolving from photosynthetic bocateria .

Possible evolutionary relationships among various nucleotide binding proteins, as suggested by their structures.

Possible examples of the anionic leaving-group acting as the ultimate proton acceptor in either a SNi type mechanism that leads to retention of configuration or, in a reaction mixture that contains exchangeable protons , via a Sn2 -like mechanism involving a proton relay. The former is plausible for cases where X triflate or similar very good leaving groups that can spontaneously ionize, whereas the

Possible exchange pathways for a A5MO6 material.Reprinted with permission from Derakhshan etal. . Copyright American Physical Society

Possible exchange pathways for the inversion at le in complexes of the type , 3leMe in CDCI3 at 313 K. The circles indicate the position of the exchange cross peaks between the DL and the meso isomers. No exchange between the two meso isomers is observed in this compound.

Possible excitations of fluoresence.

Possible experimental arrangement for saturation spectroscopy outside the laser resonator

Possible explanation for satellite peaks in the FD-MS widi M 79 79

Possible explanation for the absolute stereochemistry.

Possible explanation is the ineffectiveness of the i-electron spins in the re-electron transport in the high-pressure range where the metallic features are enhanced, which is supported by the reduction of the negative magnetoresistance as the pressure increases.

Possible explanations for the large catalytic effect of DMSO in the hydrolysis of phosphate monoester dianions, more favorable enthalpic contribution for the transition state.

Possible explanations for the negative influence of a basic residue at in a polypeptide substrate on the cleavage

Possible exposure pathways of a chemical.



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