Aspirotomy

Lith, Dirk A. F. van; Beekhuizen, W.; Schie, Kees J. van; Plessis-Alblas, Marijke du

doi:10.1007/978-94-009-8293-2_23

Cited by 3 publications

(1 citation statement)

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“…Laparoskopide ikinci bir alternatif girifl noktas› özellikle morbid obez hastalarda kullan›labilecek; uzun veres yard›m› ile transvaginal olarak uterusun fundusunun geçildi¤i trans uterin yoldur (20,21) . Kilosu 118-181 (body mass index-BMI: 36-66) aras›nda de¤iflen morbid obez kad›nlarda abdominal kaviteye girifl teknikleri incelenmifltir.…”

Section: G‹r‹fiunclassified

Different Access Areas, Access Techiques and Trocar Types in Transperitoneal Laparoscopy

Bozkurt¹,

Yumru²

2013

J Turk Soc Obstet Gynecol

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(1,2) . Bundan baflka laparoskopik cerrahinin laparatomik cerrahiye oranla daha az komplikasyon h›z›na sahip oldu¤una dair veriler mevcuttur (3,4) . Laparoskopik cerrahinin relatif güvenli olmas›na ra¤men istenmeyen ciddi ba¤›rsak, mesane ve vasküler hasara neden olmas›, komplike ekipmanlar gerektirmesi ve uzun ö¤renme e¤risi kullan›m›n› k›s›tlamaktad›r (5,6) . Ciddi komplikasyonlar›n ço¤u trokar yerleflimi ile iliflkilidir (7,8) . Bu DIFFERENT ACCESS AREAS, ACCESS TECHNIQUES AND TROCAR TYPES IN TRANSPERITONEAL LAPAROSCOPY SUMMARYLaparoscopy has enabled a radical change of practice for surgeons over the last two decades. In general, laparoscopic surgery leads to less scarring, less postoperative pain and more rapid healing rates compared to laparotomy (1,2) . Data are also available indicating that laparoscopic surgery has lesser complication rates compared to laparotomic surgery (3,4) . Although laparoscopic surgery is relatively safe, its causes unwanted and severe intestinal, bladder and vascular injury, requiring complicated equipment and a long learning curve limit is required for surgeons to master its use (5,6) . Most of the severe complications are related to trocar insertion (7,8) .

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Section: G‹r‹fiunclassified

Different Access Areas, Access Techiques and Trocar Types in Transperitoneal Laparoscopy

Bozkurt¹,

Yumru²

2013

J Turk Soc Obstet Gynecol

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Carbon Dioxide Hysteroscopy Immediately after Second-Trimester Pregnancy Termination

Lith¹,

Schie²,

Beekhuizen³

et al. 1983

Hysteroscopy

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Carbon dioxide hysteroscopy immediately after second trimester abortion

Lith¹,

Beekhuizen²,

Schie³

et al. 1983

Intl J Gynecology & Obste

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The use of hysteroscopy has been restricted a.o. by the need for general anesthesia. This applies in particular to the pre- or post-partum period, because the hyperemic atonic uterus is easily over-inflated to a dangerous level. Over-inflation did not occur following 50 aspirotomy D & E procedures in the second trimester, using a para- and intracervical block with lidocaine 1% with adrenaline 1:200,000 only. The uterine cavity was always thoroughly evacuated in these cases in which final check suction had been performed. We recommend that postabortum hysteroscopy should be performed preferably under local anesthesia.

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Aspirotomy

Cited by 3 publications

References 0 publications

Different Access Areas, Access Techiques and Trocar Types in Transperitoneal Laparoscopy

Different Access Areas, Access Techiques and Trocar Types in Transperitoneal Laparoscopy

Carbon Dioxide Hysteroscopy Immediately after Second-Trimester Pregnancy Termination

Carbon dioxide hysteroscopy immediately after second trimester abortion

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