Pencitraan Ultrasonografi Organ Hepatobiliari pada Ular Sanca

Lestari, Nurul Aeni Ayu; Pertiwi, Amira Putri; Kombo, Muhammad Piter; Tumbelaka, Ligaya Ita; Ulum, Mokhamad Fakhrul

doi:10.29244/avl.1.2.29-30

Cited by 2 publications

(2 citation statements)

References 5 publications

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“…Lokasi organ jantung berdekatan dengan kelenjar tiroid di bagian depan dari paru-paru dan hati (Schilliger et al, 1994). Lokasi organ hati berdasarkan sisik ventral berada di posisi persinggungan sisik ventral 72-102 (Lestari et al, 2017). Jantung ular memiliki ventrikel tunggal dengan bentuk kerucut terbalik dan tepi yang membulat (Schilliger et al, 2005), sepasang atrium dimana atrium kanan lebih berkembang dari atrium kiri, serta sinus venosus yang terletak di dorsal atrium kanan (Snyder et al, 1999).…”

Section: Hasil Dan Pembahasanunclassified

Ekokardiografi Mode-Brightness Pada Ular Sanca

Ulum¹,

Lestari²,

Pertiwi³

et al. 2019

bulvet

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Ekokardiografi merupakan salah satu teknik diagnosis kesehatan organ jantung dengan memanfaatkan gelombang suara berfrekuensi tinggi yang bersifat non-invasif, aman, cepat, dan mudah dilakukan. Penelitian ekokardiografi ini bertujuan untuk mengamati struktur, ukuran, dan posisi organ jantung pada tiga spesies sanca, yaitu Sanca batik, Sanca bodo, dan Sanca bola. Organ jantung dicitrakan menggunakan ultrasonografi mode-brightness dengan transduser jenis linear berfrekuensi 10 MHz dan menggunakan media air sebagai penggati gel ultrasound. Ular dikekang dan ditangani secara fisik, tanpa menggunakan sedasi ataupun obat bius selama pencitraan berlangsung. Posisi organ jantung diukur berdasarkan nomor sisik ventral, sedangkan ukuran organ jantung diukur berdasarkan jumlah sisik ventral. Hasil pencitraan menunjukkan bahwa posisi organ jantung berada pada nomor sisik ventral ke-55–77, sedangkan ukuran organ jantung berkisar 12–13 sisik ventral. Posisi jantung Sanca batik cenderung lebih anterior dibandingkan Sanca bodo dan Sanca bola. Citra ultrasonografi pada standar pandang longitudinal memperlihatkan bagian jantung berupa sinus venosus, atrium kanan, atrium kiri, cavum arteriosum, cavum venosum, cavum pulmonale, arteri pulmonum, dan aorta. Sedangkan pada standar pandang transversal memperlihatkan bagian dari cavum venosum, cavum pulmonale, cavum arteriosum, dan aorta. Otot organ jantung memiliki ekogenisitas yang berwarna abu-abu (hipoekoik) dengan ruang jantung berisi darah yang tampak berwarna hitam (anekoik). Sedangkan jaringan jantung yang lebih liat tampak berwarna putih (hiperekoik).

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Section: Hasil Dan Pembahasanunclassified

Ekokardiografi Mode-Brightness Pada Ular Sanca

Ulum¹,

Lestari²,

Pertiwi³

et al. 2019

bulvet

Self Cite

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“…Even though the diagnostic of ultrasonography cannot image the systemic status of reproductive status, it is valuable diagnostic tool to image internal architecture of reproductive organ tissue, locally. Ultrasound imaging nowadays is used to assess the reproductive organ in several species in Indonesia, such as cat and dog (Noviana et al 2012), kacang goat (Santoso et al 2014), garut sheep (Amrozi & Setiawan 2011;Gunawan et al 2012), horse (Rahman 2012), also timor deer (Prawigit 2007), tom (Ulum et al 2017), and phyton (Lestari et al 2017).…”

Section: Introductionmentioning

confidence: 99%

Ultrasonographic and vaginal cytological diagnostics of the Queen

Pertiwi¹,

Tumbelaka²,

Ulum³

2018

JITV

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Ultrasonography is a diagnostic method to image the conditions of reproductive organs and it could be supported by vaginal cytology to identify the activities of the ovaries by the types of vaginal exfoliate cells. The aims of this study was to observe reproduction organ through ultrasonography with supportive diagnostic with vaginal cytological assessment. A total of 10 individual queens were used in this study and then grouped into intact group (n=5) and spayed (ovariohysterectomy) group (n=5) based on the anamneses or their medical history. The vagina, cervix, uterus body and horns, and ovaries were imaged and measured by ultrasound. Vagina, uterine body and horn seem as pipe-like structures with hyperechoic outer lines. The lumen in uterine body and horn seem as a hyperechoic structure. The ovaries seem as round- or oval-shaped structures with anechoic follicles. The corpus luteal has thick wall and seen as anechoic in its centre part. The corpus albicans seems as a hyperechoic structure. The vagina of spayed queens seemed more corrugated than those intact queens. The cervix is seen as a hyperechoic structure linking the vagina and uterine body. Exfoliate vaginal epithelial cell types were then also be identified and counted on each queens. The results of vaginal cytology showed that proestrus occured in 3 intact queens, late metestrus in 1 intact and 3 spayed queens, anestrus in 1 spayed queen, and unidentifiable estrus stage in 1 intact and 1 spayed queens. Moreover, the morphology of cervix and uterine was affected by the activity of ovary.

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Pencitraan Ultrasonografi Organ Hepatobiliari pada Ular Sanca

Cited by 2 publications

References 5 publications

Ekokardiografi Mode-Brightness Pada Ular Sanca

Ekokardiografi Mode-Brightness Pada Ular Sanca

Ultrasonographic and vaginal cytological diagnostics of the Queen

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