Parasit Saluran Pencernaan Sapi Bali yang Dipelihara di Tempat Pembuangan Akhir Suwung Denpasar

Dwinata, Made; Suratma, Nyoman Adi; Oka, Ida Bagus Made; Agustina, Kadek Karang

doi:10.24843/bulvet.2018.v10.i02.p09

Cited by 7 publications

(6 citation statements)

References 8 publications

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“…Rendahnya populasi siput sebagai inang antara juga berpengaruh terhadap rendahnya prevalensi trematodosis (Mubarok et al, 2015). Adanya variasi tingkat infeksi parasit secara keseluruhan dipengaruhi oleh berbagai faktor seperti lingkungan yang berbeda, nutrisi, sistem manajemen pemeliharan, musim, umur, jenis sapi dan metode diagnosa yang digunakan (Dwinata et al, 2018) Berdasarkan hasil pemeriksaan (Tabel 2) teridentifikasi jenis cacing yang dominan menginfeksi pada kedua system pola pemeliharaan sapi adalah jenis Nematoda yaitu spesies: Strongyloides sp, Cooperia sp, Trichostrongylus sp dan jenis protozoa spesies Eimeria sp dan Buxtonella sp, meskipun jumlah teridentifikasi lebih banyak pada pola pemeliharaan sapi secara semi intensif dibandingkan pola pemeliharaan sapi secara intensif, tetapi pada kedua system tersebut sama-sama terinfestasi, artinya pola penyebaran infestasi cacing tersebut memiliki resiko kerugian yang sama bagi produktivitas ternak.…”

Section: Materi Dan Metodeunclassified

“…Jenis Prozoa yang teridentifikasi yaitu Eimeria dan Buxtonella, hal ini seperti diungkap Aminah (2022) bahwa parasit saluran pencernaan (gastrointestinal) yang sering menginfeksi sapi potong, diantaranya cacing nematoda, trematoda dan protozoa.Infeksi ringan oleh parasit ini sering tidak ditandai dengan gejala klinis yang nampak tetapi juga mengakibatkan kerugian ekonomi besar(Lopes et al, 2016). Jenis cacing nematoda tipe Strongyle paling dominan ditemukan pada penelitian ini (50%), oleh peneliti yang lain (Rahman et al, 2012;Huang et al, 2014;Dwinata et al, 2018) Kabaka et al, (2013). melaporkan jenis cacing tipe Strongyle yang menginfeksi sapi di Kenya, adalah Haemonchus contortus, Trichostrongylus sp.…”

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Deteksi Larva Cacing Pada Sapi dengan Pola Pemeliharaan yang Berbeda di Wilayah Kabupaten Sumedang

Susana,

Imanudin,

Widianingrum

2024

TLSJ

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The aim of this research is to analyze differences in levels of digestive tract worm infections in cattle with different rearing patterns in the Sumedang Regency area. The research was carried out in January 2024 in the Paseh sub-district, Sumedang Regency. Worm larvae detection examinations were carried out at the Subang Veterinary Laboratory (B-VET), Jln. Garuda Canal, Werasari Block, Dangdeur, Subang District, Kab. Subang. The method in this research is descriptive observational carried out in the field and laboratory. The technique for collecting feces samples is carried out rectally, approximately 5 grams per cow, selecting samples based on simple random sampling. Fresh feces were put into 50 ml jars along with formalin to prevent eggs from hatching during transportation and storage. Each sample is given a label that includes the sample code and age information. After that, the samples are carried using a coolbox from the sampling location until they are examined in the laboratory. The research results showed that the prevalence pattern of worm infections in semi- intensive rearing was higher than in intensive rearing. The types of worms identified are Nematoda, Trematoda and Protozoa. Different maintenance patterns (Semi-intensive and Intensive) in Paseh District are classified as mild infections (1 – 156 epg).

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Section: Materi Dan Metodeunclassified

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Deteksi Larva Cacing Pada Sapi dengan Pola Pemeliharaan yang Berbeda di Wilayah Kabupaten Sumedang

Susana,

Imanudin,

Widianingrum

2024

TLSJ

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“…(11%), Strongyloides sp. (4%), dan T. vitulorum (4%) (Dwinata et al, 2018). Tingginya prevalensi infeksi cacing tipe strongyl pada sapi dapat terjadi karena cacing tipe strongyl memiliki siklus hidup yang sederhana dan dapat menginfeksi hospes definitif secara langsung ketika memakan rumput yang tercemar larva cacing tanpa memerlukan inang perantara.…”

Section: Pembahasanunclassified

Prevalence of Gastrointestinal Nematodes Infection in Bali Cattle Calves at Beringkit Animal Market Badung Regency

Manik Mustika Jayanthi,

Nyoman Adi Suratma,

I Made Dwinata

2024

bulvet

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Calves infected with gastrointestinal nematodes can spread diseases to other livestock in a new environment, causing a decrease in quality, and financial losses for farmers. This study aims to determine the prevalence and intensity of infection, as well as the gastrointestinal nematodes infecting Bali cattle calves at the Beringkit Livestock Market, Badung Regency. The study used a floatation method to identify worm egg morphology and continued with the McMaster method to determine infection intensity. Out of 100 fecal samples examined, 65 samples were found positive for gastrointestinal nematode infection, resulting in a prevalence of 65% infection among Bali cattle calves at the Beringkit Livestock Market, Badung Regency. The identified nematodes were strongyle-type worms (64%) with an infection intensity of 203 ± 384 EPG, Strongyloides papillosus (10%) with an infection intensity of 100 ± 89 EPG, and Toxocara vitulorum (9%) with an infection intensity of 155 ± 287 EPG. It is concluded from this study that the prevalence of gastrointestinal nematode infections in Bali cattle calves at the Beringkit Livestock Market, Badung Regency was high with infection intensity falling into the mild category. Regular and continuous deworming is necessary as a control and prevention measure for gastrointestinal nematode infections in Bali cattle calves.

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“…6 . betalains are watersoluble pigments that can be divided into betacyanins (red color) and betaxanthins (yellow color) 7 , 9 . Using a primary camera at the time of shooting resulted in a difference in color contrast on the preparations during the documentation process.…”

Section: The Outcomes Of Different Reagents' Average Drying Timesmentioning

confidence: 99%

Bougainvillea Flower Extract Utilization as Eosin Substitute in Worm Eggs Microscopic Observation

Wahab,

2023

Int J Sci Healthcare Res

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Introduction: Flavonoids, glycosides, alkaloids, phlobatannins, saponins, steroids, tannins, and terpenoids are all known components of bougainvillea flowers. The betalain compounds betasianin and betaxanthin, which give bougainvillea flowers their color, are present. Betalains are water-soluble pigments classified into betacyanins (red) and betaxanthins (yellow). The eosin dye, which can stain worm eggs, is comparable to the pigment in bougainvillea flowers. Because reagents are expensive, raw materials from the local area must be used instead. Local raw materials can replace eosin reagents. When examining intestinal nematode worm eggs, the extract of bougainvillea flowers can be used as an eosin reagent. We are interested in learning whether Bougenvillea flower extract can be used to observe worm eggs at a microscopic level instead of the expensive and difficult-to-come-by eosin. Aim: This study aimed to ascertain whether Bougainvillea extract could be used instead of eosin to observe worm eggs at a microscopic level. Method: Complete Randomised Design (CRD) is used in this quasi-experimental research. This study also aims to compare the efficacy of eosin reagent and bougainvillea flower extract in the protracted drying process. The Microbiology Laboratory, Department of Medical Laboratory Technology, Aceh Health Polytechnic, Ministry of Health, was the site of this study. Gampong Jawa, Banda Aceh, is where feces were sampled. Preparation of bougainvillea flower extract with a concentration of 100% as a substitute for 2% eosin on microscopic observations of Ascaris lumbricoides, Trichuris trichiura, and Hookworm eggs to see the comparison of the drying time for reagents in worm egg preparations using red, pink and orange Bougainvillea flower extract with eosin control. Repeat three more times. T-test used for data analysis. Result: When compared to the eosin control reagent, which dried in only 27.63 minutes in preparation for Soil Transmitted Helminth worm eggs, the average drying time for the reagents using natural reagents from the extract of red bougainvillea flowers was 23.96 minutes, that of pink bougainvillea flowers was 23.30 minutes, and that of orange bougainvillea flowers was longer at 28.40 minutes. A variety of bougainvillea species have different drying requirements for regeneration. Conclusion: The time it took for red, pink, and orange Bougainvillea extract to dry, as well as the control eosin, indicates that there is a significant difference in the dry times between the treatments. Keywords: Bougainvillaea extract, eosin reagents, worm eggs

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Parasit Saluran Pencernaan Sapi Bali yang Dipelihara di Tempat Pembuangan Akhir Suwung Denpasar

Cited by 7 publications

References 8 publications

Deteksi Larva Cacing Pada Sapi dengan Pola Pemeliharaan yang Berbeda di Wilayah Kabupaten Sumedang

Deteksi Larva Cacing Pada Sapi dengan Pola Pemeliharaan yang Berbeda di Wilayah Kabupaten Sumedang

Prevalence of Gastrointestinal Nematodes Infection in Bali Cattle Calves at Beringkit Animal Market Badung Regency

Bougainvillea Flower Extract Utilization as Eosin Substitute in Worm Eggs Microscopic Observation

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