In this paper, we introduce and study a new system of variational inclusions with B-monotone operators in Banach spaces. By using the proximal mapping associated with Bmonotone operator, we construct a new iterative algorithm for approximating the solution of this system of variational inclusions. We also prove the existence of solutions and the convergence of the sequences generated by the alg...

Isochronal late activation mapping (ILAM) was initially described in reentrant ventricular tachycardia to characterize the functional substrate responsible for arrhythmia propagation. Recently, this technique successfully applied atypical atrial flutter, but it has yet be prototypical arrhythmia: typical flutter (AFL). Our objective examine relationship between slow conduction cavotricuspid ist...

Under the condition that the values of mapping F are evaluated approximately, we propose a proximal analytic center cutting plane algorithm for solving variational inequalities. It can be considered as an approximation of the earlier cutting plane method, and the conditions we impose on the corresponding mappings are more relaxed. The convergence analysis for the proposed algorithm is also give...

results at follow-up, the nonoperatively treated patients had better functional outcomes than the operatively treated patients. nonoperatively treated patients also scored better on pain intensity and satisfaction. there were no significant differences in cesd, pcs, and sf-36 physical- and mental health summary scores between cohorts. conclusions the results of this study suggest that operative...

one of the locations of renal artery atherosclerosis is at the orifice of the renal artery, therefore thestructure of this orifice was assessed in 6 normal, adult male dogs by light microscopy (lm) andtransmission electron microscopy (tem). for the lm study, processed tissues were embedded in paraffinand sectioned serially into 6-μm thickness. sections were stained with orcein. for the tem stud...

Selection methods for the isolation of i(-d) and i(s) mutants are described. Two hundred and forty-seven i(-d) and 98 i(s) mutations have been localized by deletion mapping. All i(-d) mutations map in the region of the i gene, which codes for the aminoterminal part of the lac repressor, whereas i(s) mutations map in the middle of the i gene and at the proximal end of the i(-d) cluster.