The Experts below are selected from a list of 63 Experts worldwide ranked by ideXlab platform
Robert G Martindale - One of the best experts on this subject based on the ideXlab platform.
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the Uterine Sound as a convenient cost effective method for creating the subcutaneous tunnel for long term venous catheters
Journal of Parenteral and Enteral Nutrition, 1994Co-Authors: Brad E Waddell, Robert G MartindaleAbstract:Long-term central venous access catheters generally require creating a subcutaneous tunnel to minimize infectious complications and secure the catheter to the chest wall. Many techniques for this procedure have been reported. We describe the use of a Uterine Sound to create the subcutaneous tunnel. (Journal of Parenteral and Enteral Nutrition18:81-82, 1994)
Brad E Waddell - One of the best experts on this subject based on the ideXlab platform.
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Techniques, Materials, and Devices The Uterine Sound as a Convenient, Cost-Effective Method for Creating the Subcutaneous Tunnel for Long-Term Venous Catheters
2016Co-Authors: Brad E Waddell, G. MartindaleAbstract:ABSTRACT. Long-term central venous access catheters generally require creating a subcutaneous tunnel to minimize infectious complications and secure the catheter to the chest wall. Many techniques for this procedure have been reported. We describe the use of a Uterine Sound to create the subcutaneous tunnel. (Journal of Parenteral and Enteral Nutrition 18:81-82, 1994) Indwelling tunneled catheters are commonly placed to provide long-term central venous access for the administration of parenteral nutrition, chemotherapeutic agents, or antibiotics. Creating a subcutaneous tunnel is a necessary step in placing these catheters. Many techniques for creating this type of tunnel have been described.’- ’ Instruments used include: Alligator clamps, Kelly forceps, intestinal probes, trocar needles
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the Uterine Sound as a convenient cost effective method for creating the subcutaneous tunnel for long term venous catheters
Journal of Parenteral and Enteral Nutrition, 1994Co-Authors: Brad E Waddell, Robert G MartindaleAbstract:Long-term central venous access catheters generally require creating a subcutaneous tunnel to minimize infectious complications and secure the catheter to the chest wall. Many techniques for this procedure have been reported. We describe the use of a Uterine Sound to create the subcutaneous tunnel. (Journal of Parenteral and Enteral Nutrition18:81-82, 1994)
Obata Koshiro - One of the best experts on this subject based on the ideXlab platform.
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〈Case Reports〉New catheter stent using a nelaton catheter for treatment of cervical stenosis in postmenopausal women with pyometra
The Kinki University Medical Association, 2012Co-Authors: Obata Koshiro, オバタ コウシロウ, Mitsuhashi Yoji, ミツハシ ヨウジ, Omura Gen, オオムラ ゲン, Amano Yoko, アマノ ヨウコ, Ikoma Naoko, イコマ ナオコAbstract:publisherMituhashi, Youji, Ohmura, Gen, Amano, Youko[Abstract] We developed a new catheter stent as a safe, easy and effective treatment method for cervical stenosis. Two postmenopausal women with pyometra were treated using a new catheter stent. The cervical canal is identified with a Uterine Sound under ultraSound guidance. A sterilized catheter stent using a nelaton catheter is then placed in the cervical canal for 3 months because of increasing re-stenosis of Uterine cervix placing the another catheter within 2 months. Resolution of pyometra was achieved in both patients immediately after catheter stent insertion. At follow-up after removal of the tube, there was no evidence of recurrence of cervical stenosis. The new catheter stent can be placed for a long period and removed easily without any sutures or specialized instruments. There is no need for general anesthesia during our management procedure, which is beneficial in the office setting. This temporary catheter stent is both effective and safe in the treatment of cervical stenosis
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〈Case Reports〉New catheter stent using a nelaton catheter for treatment of cervical stenosis in postmenopausal women with pyometra
The Kinki University Medical Association, 2012Co-Authors: Obata Koshiro, Mitsuhashi Yoji, Omura Gen, Amano Yoko, Ikoma Naoko, Inoue YoshikiAbstract:[Abstract] We developed a new catheter stent as a safe, easy and effective treatment method for cervical stenosis. Two postmenopausal women with pyometra were treated using a new catheter stent. The cervical canal is identified with a Uterine Sound under ultraSound guidance. A sterilized catheter stent using a nelaton catheter is then placed in the cervical canal for 3 months because of increasing re-stenosis of Uterine cervix placing the another catheter within 2 months. Resolution of pyometra was achieved in both patients immediately after catheter stent insertion. At follow-up after removal of the tube, there was no evidence of recurrence of cervical stenosis. The new catheter stent can be placed for a long period and removed easily without any sutures or specialized instruments. There is no need for general anesthesia during our management procedure, which is beneficial in the office setting. This temporary catheter stent is both effective and safe in the treatment of cervical stenosis.Mituhashi, Youji, Ohmura, Gen, Amano, Youk
Mohammed K Ali - One of the best experts on this subject based on the ideXlab platform.
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ultraSound guided versus Uterine Sound sparing approach during copper intraUterine device insertion a randomised clinical trial
The European Journal of Contraception & Reproductive Health Care, 2021Co-Authors: Mohammed K Ali, Asmaa Ramadan, Ahmed M Abuelhassan, Ahmed M A SobhAbstract:To compare the outcomes of trans-abdominal ultraSound (TAS) guided approach and Uterine Sound-sparing approach (USSA) during copper intraUterine device (IUD) insertionA randomised open-label clinic...
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classic versus Uterine Sound sparing approach for insertion of copper t380a intraUterine device a randomized clinical trial
Middle East Fertility Society Journal, 2018Co-Authors: Mohammed K Ali, Ahmed M Abbas, Osama S Abdalmageed, T A Farghaly, Ali YosefAbstract:Abstract Objective The current study compares the efficacy of the classic approach and the Uterine Sounding sparing approach (a new approach) for copper intraUterine device (Cu-IUD) insertion. Study design A randomized clinical trial. Setting Woman's Health Hospital, Assiut, Egypt. Materials and methods The current study was an open parallel randomized clinical study conducted in Assiut Woman’s Health Hospital, Egypt included women requesting Copper IUD insertion. Enrolled women were randomized into 2 groups; group I included women subjected to classic approach for Cu-IUD insertion and group II included women had Cu-IUD insertion using the Uterine Sound-sparing approach (USSA). This approach utilized transvaginal ultraSound (TV/US) for assessment of the Uterine cavity length and position before IUD insertion without using Uterine Sounding. The primary outcome was the successful Cu-IUD insertion. Results 46 women were analyzed in group I and 46 in group II. The pain during IUD insertion and 5 min post-insertion was significantly lower in group II than group I (p Conclusions Cu-IUD can be inserted successfully without using Uterine Sound provided using TV/US prior to insertion. This method associated with less pain, greater women satisfaction during insertion with shorter duration.
イコマ ナオコ - One of the best experts on this subject based on the ideXlab platform.
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〈Case Reports〉New catheter stent using a nelaton catheter for treatment of cervical stenosis in postmenopausal women with pyometra
The Kinki University Medical Association, 2012Co-Authors: Obata Koshiro, オバタ コウシロウ, Mitsuhashi Yoji, ミツハシ ヨウジ, Omura Gen, オオムラ ゲン, Amano Yoko, アマノ ヨウコ, Ikoma Naoko, イコマ ナオコAbstract:publisherMituhashi, Youji, Ohmura, Gen, Amano, Youko[Abstract] We developed a new catheter stent as a safe, easy and effective treatment method for cervical stenosis. Two postmenopausal women with pyometra were treated using a new catheter stent. The cervical canal is identified with a Uterine Sound under ultraSound guidance. A sterilized catheter stent using a nelaton catheter is then placed in the cervical canal for 3 months because of increasing re-stenosis of Uterine cervix placing the another catheter within 2 months. Resolution of pyometra was achieved in both patients immediately after catheter stent insertion. At follow-up after removal of the tube, there was no evidence of recurrence of cervical stenosis. The new catheter stent can be placed for a long period and removed easily without any sutures or specialized instruments. There is no need for general anesthesia during our management procedure, which is beneficial in the office setting. This temporary catheter stent is both effective and safe in the treatment of cervical stenosis
