2013
DOI: 10.29244/avi.1.2.51-56
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Pencitraan Ultrasonografi Organ Reproduksi Domba Jantan Ekor Tipis Indonesiareproduction organ

Abstract: Penelitian ini bertujuan untuk mengetahui pencitraan struktur jaringan penyusun organ reproduksi jantan pada domba ekor tipis (DET) melalui pencitraan B-Mode ultrasonografi. Penelitian ini menggunakan 3 ekor DET jantan dengan berat 14-16 kg berumur 10-12 bulan. Pencitraan ultrasonografi dilakukan secara langsung pada domba tanpa menggunakan anestesi atau sedasi. Transduser linear berfrekuensi 7,5-15 MHz digunakan untuk memeriksa organ reproduksi jantan meliputi preputium, penis, epididimis, dan testis. Pemerik… Show more

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Cited by 2 publications
(3 citation statements)
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“…Ultrasound technology had been used as a non‐invasive approach to investigate the reproductive organ structures of living animals such as the Indonesian thin‐tailed sheeps (Ulum, Paramitha, Muttaqin, Utami, & Utami, 2013), domestic cats (Ulum et al., 2017), dogs (Davidson & Baker, 2009a) and the bottlenose dolphins (Brook, 2001). Ultrasound technology has been extensively used for monitoring ovarian activity in wild animal ungulates (Sontakke, 2017), wild cats (Malandain et al., 2011; Pelican, Wildt, Pukazhenthi, & Howard, 2006), ostriches (Pandian, Selvan, Rajini, Parthiban, & Karthickeyan, 2016); livestock such as camels (Kelanemer et al., 2015), buffalo (Gad, Mohamed, El‐Azab, Sosa, & Essawy, 2017), cattles (Scully et al., 2015), sheep/goats (Khan et al., 2016) and pigs (Da Silva, Laurenssen, Knol, Kemp, & Soede, 2017); pet animals such as dogs and cats (Davidson & Baker, 2009b); and animal models such as rabbits (El‐Gayar et al., 2014) and mice (Benevenuto et al., 2017).…”
Section: Discussionmentioning
confidence: 99%
See 1 more Smart Citation
“…Ultrasound technology had been used as a non‐invasive approach to investigate the reproductive organ structures of living animals such as the Indonesian thin‐tailed sheeps (Ulum, Paramitha, Muttaqin, Utami, & Utami, 2013), domestic cats (Ulum et al., 2017), dogs (Davidson & Baker, 2009a) and the bottlenose dolphins (Brook, 2001). Ultrasound technology has been extensively used for monitoring ovarian activity in wild animal ungulates (Sontakke, 2017), wild cats (Malandain et al., 2011; Pelican, Wildt, Pukazhenthi, & Howard, 2006), ostriches (Pandian, Selvan, Rajini, Parthiban, & Karthickeyan, 2016); livestock such as camels (Kelanemer et al., 2015), buffalo (Gad, Mohamed, El‐Azab, Sosa, & Essawy, 2017), cattles (Scully et al., 2015), sheep/goats (Khan et al., 2016) and pigs (Da Silva, Laurenssen, Knol, Kemp, & Soede, 2017); pet animals such as dogs and cats (Davidson & Baker, 2009b); and animal models such as rabbits (El‐Gayar et al., 2014) and mice (Benevenuto et al., 2017).…”
Section: Discussionmentioning
confidence: 99%
“…Sonoanatomy is another radiological imaging technique used to describe soft tissue structures. Sonoanatomy is an ultrasound technology which utilizes a very high-frequency sound waves to obtain the image of an object(Narouze, 2010).Ultrasound technology had been used as a non-invasive approach to investigate the reproductive organ structures of living animals such as the Indonesian thin-tailed sheeps(Ulum, Paramitha, Muttaqin, Utami, & Utami, 2013), domestic cats(Ulum et al, 2017),…”
mentioning
confidence: 99%
“…Organa genetalia kuda jantan terdiri dari penis, kelenjar asesoris (kelenjar prostat, kelenjar bulbouretralis, kelenjar vasikula), ampula, vas deferens, epididimis, dan testis (Brinsko 1998;Kareskoski dan Katila 2008;Morel 2008). Penis terletak dalam selubung kulit abdomen dan berujung pada preputium sebagai gerbang pintu penghubung dengan dunia luar (Ulum et al 2013). Penis kuda dapat dibagi dalam 3 bagian, yaitu radix, corpus, dan glans penis (Morel 2008).…”
Section: Pendahuluanunclassified