The Japanese Journal of Urology
Online ISSN : 1884-7110
Print ISSN : 0021-5287
Volume 44, Issue 10
Displaying 1-3 of 3 articles from this issue
  • Masao Akagi
    1953 Volume 44 Issue 10 Pages 517-523
    Published: 1953
    Released on J-STAGE: July 23, 2010
    JOURNAL FREE ACCESS
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  • 2ND REPORT. INFLUENCES OF ANTISYPHILITIC THERAPY
    Kyojyo So
    1953 Volume 44 Issue 10 Pages 524-543
    Published: 1953
    Released on J-STAGE: July 23, 2010
    JOURNAL FREE ACCESS
    The following was the results of usual antisyphilitic therapy, mercurial embrocation, Swift Ellis therapy, fever therapy, electric shock operation.
    1) 20 cases out of 21 cases with normal cystometrogram showed no change, but in one case of late latent syphilis which adopted the usual antisyphilitic therapys was observed neurogenic hypotony as a pre-clinical symptom of tabes dorsalis.
    2) Out of 19 cases with abnormal cystometrogram, in 3 cases of early syphilis returned the abnormality to normal by usual antisyphilitic therapy.
    Bnt in 5 cases of late syphilis, whose cystometrogram showed pre-clinical symptom of metasyphilis was the view of bladder not influenced by usual antisyphilitic therapy. In these 5 cases of late syphilis and in 12 cases out of 15 metasyphilis returned the abnormal bladder to normal by Swift-Ellis therapy, fever therapy and electric shock operation.
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  • Akira Suzuki
    1953 Volume 44 Issue 10 Pages 544-550
    Published: 1953
    Released on J-STAGE: July 23, 2010
    JOURNAL FREE ACCESS
    I have measured the intraluminal pressure by using the ordinary simple cystometer tinder following 4 different conditions: 1) the artificial ileum-bladder, 2) the artificial sigmoid bladder, 3) the normal rectum and 4) the normal urinary bladder. The results are as the following table.
    Tab. 1.
    The followings become clear from these data:
    1. In the ileum-bladder, the pressure is considerably lower than in the sigmoid bladder or normal rectum. These results coincide strikingly to the fact that the blood electrolyte imbalance occurs far more frequently after ureterosigmoidostomy or sigmoid bladder formation than after ileum-bladder formation. And, I think that the renal damage which is caused by the deleterious effect of high intrarectal preseure, is the cause of blood electrolyte imbalance. As the intraluminal pressure of the ileum-bladder is very low, the effect of the pressure upon the renal pelvis which is transmitted from the ileal segment is negligible. The blood chemistry imbalance which may be caused by the renal damage, has never been observed in all our cases with ileum-bladder formation.
    Therefore I believe that the pressure in the bowel in which the ureter is transplanted, will play the very important role for the occurrence of the blood electrolyte imbalance following the uretero-intestinal anastomosis, and the bacterial infections in the bowel are of less importance (while the isolated sigmoid bladder is as sterile as the ileum-bladder, the former is remarkably more balanced than the latter in blood chemistry).
    2. The normal intravesical pressure and the normal intrarectal pressure shown on Tab. 1, are values at the volume of 300cc. The intravesical pressure is considerably lower than the latter in various condition. But the former rises as high as the latter on straining in the erect position, which makes us consider that the structure of the ureteral orifice is important to prevent the free transmission of intravesical pressure to the renal pelvis.
    Accordingly, the low pressure is particulary significant in the artificial urinary bladders which have no such structures of their ureteral orifices as normal bladders.
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