Shelley's "Time": An Unpublished Sequel

Blocking When Service Is Required From Several Facilities Simultaneously

“…They also can be obtained from the related work of Massey. [36][37][38] For our comparison result, we consider an arbitrary finite state space S. (It will be clear that similar results hold for infinite state spaces, but it suffices for us to consider a finite state space.) Let the space â" = â"(S) of all probability measures P on S be endowed with an order relation < defined by Pi < P 2 if Pi (A) < P 2 (.A) for all subsets A of S in some class s/.…”

“…Symmetric models were apparently first investigated by Mitra and Weinberger, 21 but they were brought to my attention by Heyman and Smith. Heyman and Smith also developed the reduced-load approximation (9) for symmetric models and conjectured Theorem 3.1 am grateful to W. A. Massey for showing me his unpublished work 38 and for commenting on Ref. 31, which presents the general stochastic comparison theory behind Theo rems 1,6, and 7.…”

Flavin and 5‐deazaflavin: A chemical evaluation of ‘modified’ flavoproteins with respect to the mechanisms of redox biocatalysis

“…(ii) In deazaflavin photoreductions by e.g., EDTA as donor, a relatively long-lived by-product absorbing in the range 360 nm is invariably observed and can be characterized by its fluorescence emission at 430 nm, and excitation maxima at 303, 365 nm [31] by which it differs from the 5,5'-dimer (emission max 375 nm, excitation max 3 10 nm) and the starting dFl,x with its strong emission max at 460 nm, excitation max 3 18, 390 nm. These values have been found for 7,8-unsubstituted deazaflavin.…”

“…slow [21] fast [ 37 ] 4.2 x lo4 M-'s-r [31] -0.850 V [25] + 0.210 V [25] -0.320 V [25] +++ [28] +++ 2 X lo-* M [32] 4 X 1O-3 M [33] slow [35] fast [38] none slow [31] very slow (fs -days)…”

8α‐substituted flavins of biological importance: An updating

“…Synthetic 8a-[N(3)-histidyl] -FMN is tightly bound by apo 'Old Yellow Enzyme' [47] and restores 100% the catalytic activity of the native holoenzyme [7]. In contrast, neither the 8~[N(3)-histidyl] -FAD pentapeptide from succinate dehydrogenase nor the 8a-S-cysteinyl-FAD pentapeptide from monoamine oxidase restores any catalytic activity to apo-D-amino acid oxidase or apo-glucose oxidase [7].…”