The Experts below are selected from a list of 33 Experts worldwide ranked by ideXlab platform

Bambang Purwantara - One of the best experts on this subject based on the ideXlab platform.

  • sonogram of Coccygeus Muscle in dairy cows with different gestational ages
    Journal of Animal Science and Technology, 2017
    Co-Authors: Mokhamad Fakhrul Ulum, Dilla Frastantie, Bambang Purwantara
    Abstract:

    The change in size and weight of the female reproductive organs during gestation and birth might be affect the perineal Muscles and this condition in dairy cow not been reported. This study aimed to assess the ultrasonographic image of Coccygeus Muscle in 11 inseminated dairy cows with different gestational ages and postpartum. Gestational age was calculated based on the record of artificial insemination and confirmed by using transrectal brightness mode ultrasonography. Perineal hair between the sacrum and ischium bones was shaved along 3–5 cm before being ultrasound. The images of perineal area were obtained by transcutaneous ultrasound using a 5.0 MHz transducer. The thickness and intensity of the Coccygeus Muscle were measured and analyzed by gestational status and postpartum to show the differences. The results showed that the thickness of Coccygeus Muscle increased with the increase in gestational age. Muscle intensity only increased at young gestational age. However, it decreased with the increase in gestational age (P < 0.05). The ultrasound image of Coccygeus Muscle was affected by gestational status, thus this method may be used as one of the new methods of indirect gestational detection on dairy cows.

  • Sonogram of Coccygeus Muscle in dairy cows with different gestational ages
    Guhmok Publishing Co., 2017
    Co-Authors: Mokhamad Fakhrul Ulum, Dilla Frastantie, Bambang Purwantara
    Abstract:

    Abstract Background The change in size and weight of the female reproductive organs during gestation and birth might be affect the perineal Muscles and this condition in dairy cow not been reported. This study aimed to assess the ultrasonographic image of Coccygeus Muscle in 11 inseminated dairy cows with different gestational ages and postpartum. Methods Gestational age was calculated based on the record of artificial insemination and confirmed by using transrectal brightness mode ultrasonography. Perineal hair between the sacrum and ischium bones was shaved along 3–5 cm before being ultrasound. The images of perineal area were obtained by transcutaneous ultrasound using a 5.0 MHz transducer. The thickness and intensity of the Coccygeus Muscle were measured and analyzed by gestational status and postpartum to show the differences. Results The results showed that the thickness of Coccygeus Muscle increased with the increase in gestational age. Muscle intensity only increased at young gestational age. However, it decreased with the increase in gestational age (P 

Reinhold Zimmermann - One of the best experts on this subject based on the ideXlab platform.

  • New laparoscopic approach to the pudendal nerve for neuromodulation based on an anatomic study.
    Neurourology and Urodynamics, 2016
    Co-Authors: Marko Konschake, Erich Brenner, Bernhard Moriggl, Romed Hörmann, Sophina Bauer, Esra Foditsch, Günther Janetschek, Karl-heinz Künzel, Karl-dietrich Sievert, Reinhold Zimmermann
    Abstract:

    AIMS The aim was to develop a new laparoscopic technique for placement of a pudendal lead. METHODS Development of a direct, feasible and reliable minimal-invasive laparoscopic approach to the pudendal nerve (PN). Thirty-one embalmed human specimens were dissected for the relevant anatomic structures of the pelvis. Step-by-step documentation and analysis of the laparoscopic approach in order to locate the PN directly in its course around the medial part of the sacrospinous ligament and test this approach for feasibility. Landmarks for intraoperative navigation towards the PN as well as the possible position of an lead were selected and demonstrated. RESULTS The visible medial umbilical fold, the intrapelvine part of the internal pudendal artery, the Coccygeus Muscle and the sacrospinous ligament are the main landmarks. The PN traverses the medial part of the sacrospinous ligament dorsally, medially to the internal pudendal artery. The medial part of the sacrospinous ligament has to be exposed in order to display the nerve. An lead can be placed ventrally on the nerve or around it, depending on the lead type or shape. CONCLUSIONS A precise and reliable identification of the PN by means of laparoscopy is feasible with an easy four-step approach: (1) identification of the medial umbilical fold; (2) identification of the internal iliac artery; (3) identification of the internal pudendal artery and incision of the Coccygeus Muscle ('white line', arcuated line); and (4) exposition of the medial part of the sacrospinous ligament to display the PN.

Mokhamad Fakhrul Ulum - One of the best experts on this subject based on the ideXlab platform.

  • sonogram of Coccygeus Muscle in dairy cows with different gestational ages
    Journal of Animal Science and Technology, 2017
    Co-Authors: Mokhamad Fakhrul Ulum, Dilla Frastantie, Bambang Purwantara
    Abstract:

    The change in size and weight of the female reproductive organs during gestation and birth might be affect the perineal Muscles and this condition in dairy cow not been reported. This study aimed to assess the ultrasonographic image of Coccygeus Muscle in 11 inseminated dairy cows with different gestational ages and postpartum. Gestational age was calculated based on the record of artificial insemination and confirmed by using transrectal brightness mode ultrasonography. Perineal hair between the sacrum and ischium bones was shaved along 3–5 cm before being ultrasound. The images of perineal area were obtained by transcutaneous ultrasound using a 5.0 MHz transducer. The thickness and intensity of the Coccygeus Muscle were measured and analyzed by gestational status and postpartum to show the differences. The results showed that the thickness of Coccygeus Muscle increased with the increase in gestational age. Muscle intensity only increased at young gestational age. However, it decreased with the increase in gestational age (P < 0.05). The ultrasound image of Coccygeus Muscle was affected by gestational status, thus this method may be used as one of the new methods of indirect gestational detection on dairy cows.

  • Sonogram of Coccygeus Muscle in dairy cows with different gestational ages
    Guhmok Publishing Co., 2017
    Co-Authors: Mokhamad Fakhrul Ulum, Dilla Frastantie, Bambang Purwantara
    Abstract:

    Abstract Background The change in size and weight of the female reproductive organs during gestation and birth might be affect the perineal Muscles and this condition in dairy cow not been reported. This study aimed to assess the ultrasonographic image of Coccygeus Muscle in 11 inseminated dairy cows with different gestational ages and postpartum. Methods Gestational age was calculated based on the record of artificial insemination and confirmed by using transrectal brightness mode ultrasonography. Perineal hair between the sacrum and ischium bones was shaved along 3–5 cm before being ultrasound. The images of perineal area were obtained by transcutaneous ultrasound using a 5.0 MHz transducer. The thickness and intensity of the Coccygeus Muscle were measured and analyzed by gestational status and postpartum to show the differences. Results The results showed that the thickness of Coccygeus Muscle increased with the increase in gestational age. Muscle intensity only increased at young gestational age. However, it decreased with the increase in gestational age (P 

Marko Konschake - One of the best experts on this subject based on the ideXlab platform.

  • New laparoscopic approach to the pudendal nerve for neuromodulation based on an anatomic study.
    Neurourology and Urodynamics, 2016
    Co-Authors: Marko Konschake, Erich Brenner, Bernhard Moriggl, Romed Hörmann, Sophina Bauer, Esra Foditsch, Günther Janetschek, Karl-heinz Künzel, Karl-dietrich Sievert, Reinhold Zimmermann
    Abstract:

    AIMS The aim was to develop a new laparoscopic technique for placement of a pudendal lead. METHODS Development of a direct, feasible and reliable minimal-invasive laparoscopic approach to the pudendal nerve (PN). Thirty-one embalmed human specimens were dissected for the relevant anatomic structures of the pelvis. Step-by-step documentation and analysis of the laparoscopic approach in order to locate the PN directly in its course around the medial part of the sacrospinous ligament and test this approach for feasibility. Landmarks for intraoperative navigation towards the PN as well as the possible position of an lead were selected and demonstrated. RESULTS The visible medial umbilical fold, the intrapelvine part of the internal pudendal artery, the Coccygeus Muscle and the sacrospinous ligament are the main landmarks. The PN traverses the medial part of the sacrospinous ligament dorsally, medially to the internal pudendal artery. The medial part of the sacrospinous ligament has to be exposed in order to display the nerve. An lead can be placed ventrally on the nerve or around it, depending on the lead type or shape. CONCLUSIONS A precise and reliable identification of the PN by means of laparoscopy is feasible with an easy four-step approach: (1) identification of the medial umbilical fold; (2) identification of the internal iliac artery; (3) identification of the internal pudendal artery and incision of the Coccygeus Muscle ('white line', arcuated line); and (4) exposition of the medial part of the sacrospinous ligament to display the PN.

Dilla Frastantie - One of the best experts on this subject based on the ideXlab platform.

  • sonogram of Coccygeus Muscle in dairy cows with different gestational ages
    Journal of Animal Science and Technology, 2017
    Co-Authors: Mokhamad Fakhrul Ulum, Dilla Frastantie, Bambang Purwantara
    Abstract:

    The change in size and weight of the female reproductive organs during gestation and birth might be affect the perineal Muscles and this condition in dairy cow not been reported. This study aimed to assess the ultrasonographic image of Coccygeus Muscle in 11 inseminated dairy cows with different gestational ages and postpartum. Gestational age was calculated based on the record of artificial insemination and confirmed by using transrectal brightness mode ultrasonography. Perineal hair between the sacrum and ischium bones was shaved along 3–5 cm before being ultrasound. The images of perineal area were obtained by transcutaneous ultrasound using a 5.0 MHz transducer. The thickness and intensity of the Coccygeus Muscle were measured and analyzed by gestational status and postpartum to show the differences. The results showed that the thickness of Coccygeus Muscle increased with the increase in gestational age. Muscle intensity only increased at young gestational age. However, it decreased with the increase in gestational age (P < 0.05). The ultrasound image of Coccygeus Muscle was affected by gestational status, thus this method may be used as one of the new methods of indirect gestational detection on dairy cows.

  • Sonogram of Coccygeus Muscle in dairy cows with different gestational ages
    Guhmok Publishing Co., 2017
    Co-Authors: Mokhamad Fakhrul Ulum, Dilla Frastantie, Bambang Purwantara
    Abstract:

    Abstract Background The change in size and weight of the female reproductive organs during gestation and birth might be affect the perineal Muscles and this condition in dairy cow not been reported. This study aimed to assess the ultrasonographic image of Coccygeus Muscle in 11 inseminated dairy cows with different gestational ages and postpartum. Methods Gestational age was calculated based on the record of artificial insemination and confirmed by using transrectal brightness mode ultrasonography. Perineal hair between the sacrum and ischium bones was shaved along 3–5 cm before being ultrasound. The images of perineal area were obtained by transcutaneous ultrasound using a 5.0 MHz transducer. The thickness and intensity of the Coccygeus Muscle were measured and analyzed by gestational status and postpartum to show the differences. Results The results showed that the thickness of Coccygeus Muscle increased with the increase in gestational age. Muscle intensity only increased at young gestational age. However, it decreased with the increase in gestational age (P