Bladder recovery in XXXX with traumatic cervical @entity1566 evaluated by voiding synchronous cystosphincterometry with uroflowmetry.

@entity1 @entity1494 @entity1566
Voiding synchronous cystosphincterometry with uroflowmetry was used in 16 @entity1 with traumatic cervical @entity1566 to evaluate bladder recovery. This method was shown to be reliable since the statistical analysis of the voiding responses showed the same values with repeated tests. A total of 14 @entity1 with such injuries recovered from shock in 6 weeks and 10 acquired mature @entity1494 with a synergic external sphincteric urethra approximately 13 weeks after @entity1566 . Bladders in @entity1 with cervical @entity1566 usually recover from a state of inactive detrusor to that of a mature contraction by way of immature small and/or sustained contractions. Pressure measurements revealed 7.1 plus or minus 3.7 cm. water in the empty bladder and 74 plus or minus 20.5 cm. water (43 plus or minus 13.3 seconds in duration) in the recovered @entity1494 . Resting pressure in the external sphincteric urethra was 70 plus or minus 25.3 cm. water. The dyssynergic sphincter coexists with immature sustained @entity1494 and it usually improves to the synergic state, according to the degree of maturity of @entity1494 . The bladder and external urethral sphincter recover independently and a synergic response develops even in cases of complete lesions. Thus, synergy can be accomplished by regulatory mechanisms at the sacral cord level. Surgical intervention should be postponed if the maturity of @entity1494 is not yet established. More precise objective information in the @entity1494 caused by cervical @entity1566 can be obtained when voiding synchronous cystosphincterometry with uroflowmetry is used.
