A note on certain classes of transformation formulas involving several variables

This paper gives certain new classes of transformation formulas in the form of multiple-series identities involving several variables. The results obtained, besides being capable of unifying and providing extensions to various transformation and reduction formulas, also yield other new formulas. The applicability of the main results is treated briefly in the concluding section.

On Certain Formulas For The Multivariable Hypergeometric Functions

. We present relatively simple and direct proofs of the integral representations established recently in [7]. An algorithm is then furnished and applied to obtain new classes of integral formulas for the multivariable hypergeometric functions, thereby, providing generalizations to the results of [7]. Also, an operational formula involving fractional calculus operators for an analytic function is derived and its usefulness illustrated by considering some examples. 1. Preliminaries and Definitions The multivariable generalized Lauricella function due to Srivastava and Daoust [8, p. 454] is a generalization of the Wright function p \Psi q in several variables, and is defined by ([1, p. 107]), S p : p 1 ; : : : ; pn q : q 1 ; : : : ; q n [(a p ): (ff 1 p );: : : ; (ff n p )]: [(c 1 p1 ): (fl 1 p1 )];: : : ; [(c n pn ): (fl n pn )]; [(b p ) : (fi 1 q );: : : ; (fi n q )]: [(d 1 q1 ): (ffi 1 q1 )]; : : : ; [(d n qn ): (ffi n qn )]; (1) z 1 ; : : : ; z n = 1 X m1 ;..

Disposition kinetics and dosage regimen of sulfadiadine in crossbed calves.

After a single intravenous administration (100 mg/kg) of sulfadiadine to calves, the distribution half-life, elimination half-life and volume of distribution were 0.353 +/- 0.071 h, 11.2 +/- 0.79 h and 0.55 +/- 0.08 l/kg, respectively. Total body clearance and tissue/plasma ratio were calculated to be 34.8 +/- 4.6 ml.kg-1.1-1 and 1.34 +/- 0.38, respectively. A satisfactory intravenous dosage regimen of sulfadiadine in the treatment of infections in calves would be 125 mg/kg, followed by 100 mg/kg at 24 h intervals