1.Risk Factors for Surgical Site Infection (SSI) after Urological Surgery: Incisional and Deep-organ/space Experience at Anjo Hospital
Jun Sawai ; Takehiko Okamura ; Taku Naiki ; Yasuhiro Hijikata ; Hideyuki Oe ; Masashi Sawa ; Miyuki Hyodo ; Rie Inatomi ; Masami Okudaira ; Atsushi Naito ; Kazuhisa Inuzuka
Journal of Rural Medicine 2008;4(2):59-63
Objective: In urological operations, many endourological procedures and pre-existing urinary tract infections may cause surgical complications. It is essential to identify the risk factors for surgical site infections (SSI) and determine additional influences. Patients and Methods: In the present retrospective investigation, a total of 324 patients who underwent open urological surgery between January 2003 and December 2007 at Anjo-Kosei Hospital were assessed for SSI along with possible associated factors. Results: Forty-four cases (13.6%) proved positive for SSIs during the surveillance period. Among these, 31 demonstrated incisional SSI and 13 demonstrated deep/organ space SSI. Greater age and body mass index, low preoperative haemoglobin levels, long preoperative hospital stay, prolonged operation time and increased blood loss during surgery were all positively associated with SSI in general. For the deep/organ space SSI cases, advanced age, low preoperative haemoglobin levels, long preoperative hospital stay and prolonged operation time were significant factors. Conclusion: This study identified several independent predictors of SSI in general, as well as deep/organ space infection, for urological open surgery at our hospital. The results provided a basis for urologists to decrease the incidence of urological SSI.
Surgical aspects
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Hospitals
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Organ
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Infection as complication of medical care
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Risk Factors
2.A Comprehensive Study of Outcome of Bilateral Cataract Surgery Performed on Patients Living on Remote Islands, Postoperative Management at their Homes and Postoperative Complications
Koji KAWAMOTO ; Yumiko YAMASHITA ; Mitsue KAWANO ; Kayoko YASUI ; Misato OKAIRI ; Miho NOMURA ; Kyouko SAGAWA ; Ayako FUJII ; Yoko IWASHIGE ; Miyuki OKAMURA ; Hiroki OKIDA ; Makoto KENJO ; Makoto FUJIKAWA ; Miho NINOMIYA ; Hiroyuki TANAKA ; Takahiko KUBO ; Hiroyuki NISHIHARA ; Toru HAYASHI ; Jyunichi MURAKAMI
Journal of the Japanese Association of Rural Medicine 2010;59(4):493-499
Purpose: We examined the safety and efficacy of cataract surgery and postoperative management in our hospital and at the homes of the patients who live on medically underserved remote.
Patients and methods: A total of 27 patients (54 eyes), who were followed in our hospital or at their homes were enrolled in this study. Cataract surgery was performed on them between January 2009 and January 2010 and we could follow up six months postoperatively. We divided these patients into two groups:group I (GI) consisted of 13 patients who could come to our hospital regularly during both preoperative and postoperative periods, and group II (GII) consisted of 14 patients who could not come to our hospital regularly during either preoperative or postoperative periods. Cataract surgeries were performed on all the patients in GI and GII in our hospital. The patients in GI were hospitalized for three days and those in GII were for seven days. After cataract surgery, the patients in GI had their eyes checked regularly in our hospital and those in GII were in their homes where the doctor visited. Postoperative ophthalmic clinical tests were conducted to examine visual acuity, intraocular pressure and fundus.
Results: GI comprised three males and 10 females. Their age averaged 79.3. GII comprised four males and 10 females. Their age averaged 82.6. Preoperative ophthalmic examinations found that preoperative average visual acuity (LogMAR and decimal visual acuity in parentheses) and spherical equivalent in GI and GII were 0.69 (0.41), 0.80 (0.33) and -0.43 dioptors, -0.42 dioptors respectively, showing no significant differences between the two groups. Postoperative ophthalmic examinations found that, best corrected visual acuity (LogMAR) was significantly increased to 0.36 (0.66) and 0.44 (0.53) in GI and GII respectively, showing no significant differences either.
Conclusions: We concluded that we could get safe and efficient cataract surgery and postoperative management combined with prolonged hospitalization and house calls on the patients who live in the isolated islands.
3.Measurement of Blood Methadone Concentration and Investigation of the Possibility of Early Effect Assessment in Japanese Patients with Cancer Pain
Takeshi NAKAMURA ; Daisuke TANADA ; Saki OKAMURA ; Takae INUI ; Yoko DOI ; Hiroki MIYAWAKI ; Munetaka HIROSE ; Takeshi KIMURA ; Tadashi SHIMIZU ; Akito TANAKA ; Miyuki MABUCHI
Palliative Care Research 2021;16(3):231-239
Methadone is a difficult medicine to assess the efficacy at an initial stage because the blood concentration of it varies greatly among individuals and it takes days to reach a steady state and cannot be increased for 7 days. Nevertheless, there are few reports of blood concentration together with effects after administration of methadone about Japanese cancer patients. In this study, we investigated changes in blood concentration and pain score (NRS), and factors that affect blood concentration. Dose per body weight was only correlated with blood concentration of methadone. In the effective cases, NRS decreased chronologically until the 7th day after treatment initiation, and significantly decreased from the 1st day compared to before treatment initiation, but in the ineffective cases, it tended to decrease until the 3rd day, but there was no change thereafter. The blood concentration increased to 110 ng/ml on the 7th day in the effective cases, and in the ineffective cases, it reached the concentration on the 3rd day. Thus there was no correlation between the blood concentration and the drug efficacy. The individual blood concentrations tended to increase slightly or decrease after the 3rd day, but in only one case, it continued to increase. From the above-mentioned, it was shown that the effect could be judged at an early stage, however, since there was a case in which the blood concentration continued to rise until the 7th day, it was considered that the early dose increase within 7 days after initiation should be performed carefully.