Pendugaan Bobot Karkas Sapi Bali Jantan dan Betina Berdasarkan Panjang Badan dan Lingkar Dada

Ananda, Made Krisna; Sampurna, Putu; Nindhia, Tjokorda Sari

doi:10.19087/imv.2020.9.4.512

Cited by 3 publications

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“…Furthermore, male livestock produce testosterone, an androgen steroid hormone that regulates growth and is produced by interstitial cells and adrenal glands. This hormone can increase the metabolic rate in the body, resulting in faster growth compared to female livestock [21]. These factors may explain the observed differences in body weight and weight gain between male and female thin-tailed sheep.…”

Section: Discussionmentioning

confidence: 99%

“…This difference may be influenced by genetic factors, sex, and hormones. Ananda et al [21] suggested that increasing the size of male livestock results in androgen hormones that stimulate growth. These androgen hormones can activate the production of anabolic proteins, leading to increased growth in male livestock and resulting in larger body size compared to female livestock [22].…”

Section: Discussionmentioning

confidence: 99%

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Quantitative characteristics and growth hormone gene diversity of thin-tailed sheep in Sitinjau Laut, Kerinci Regency

Seprian. Ht,

Depison,

Wiyanto

2024

Livest. Anim. Res.

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Objective: This study aims to evaluate the quantitative characteristics and growth hormone gene diversity of thin-tailed sheep in Sitinjau Laut, Kerinci Regency.Methods: The research method used 60 thin-tailed sheep and 60 samples of thin-tailed sheep's blood. The phenotypes observed included: body weight, weight gain, body measurements, and thin-tailed sheep blood samples. The GH gene was identified using the PCR-RFLP method with the Msp1 restriction enzyme. Data analysis included t-test, t2-hotelling, principal component analysis, and allele genotype frequencies.Results: The results showed that body weight, body weight gain, and sizes of male thin-tailed sheep were significantly different (P<0.05) higher than females. The analysis results on the GH|Msp1 gene locus of thin-tailed sheep were monomorphic with one type of allele, namely ++. Conclusions: The average body weight, weight gain, and body measurements of male thin-tail sheep were higher than that of females. The body size characteristic of male and female thin-tailed sheep is the chest circumference, while the body shape characteristic of male and female thin-tailed sheep is the chest depth. The fragmentation of the GH|Msp1 gene in thin-tailed sheep is monomorphic.

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Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

Quantitative characteristics and growth hormone gene diversity of thin-tailed sheep in Sitinjau Laut, Kerinci Regency

Seprian. Ht,

Depison,

Wiyanto

2024

Livest. Anim. Res.

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“…Super male chickens are taller than super female chickens (Putri et al, 2020); likewise, in Merawang males, it is higher than in female Merawang chickens (Sari et al, 2021). The difference in the average body sizes of male KUB chickens and female KUB is thought to be influenced by the hormone testosterone, which can stimulate increased expenditure of other hormones as growth boosters so that male livestock can be superior to female livestock (Ananda et al, 2020). This condition causes the body size of male KUB chickens to be higher than female KUB chickens.…”

Section: Average Body Sizesmentioning

confidence: 99%

Association of Growth Hormone Gen with KUB Chicken Productivity

Alfano,

Depison,

Erina

2023

BuletinPeternak

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This study aims to investigate the diversity of quantitative characteristics and GH genes, along with the association between GH genes and quantitative characteristics. The research material consisted of 96 KUB chickens aged DOC-2 months and corresponding blood samples. The t-test was utilized to determine differences in body weight, weight gain, and body measurements between male and female KUB chickens, and assess the diversity of the GH gene. T2-Hotelling analysis was employed to compare body measurements between male and female KUB chickens, while principal component analysis was used to identify size and shape characteristics. Male KUB chickens' average body weight, weight gain and body size were significantly (p<0.05) higher than females. The analysis of the growth hormone gene exhibited three genotypes: +/+ (0.51), +/- (0.35), and -/- (0.14). Additionally, two alleles were identified: (+) accounting for 0.68% and (-) accounting for 0.32%. The growth hormone gene MspI of KUB chickens demonstrated polymorphism, with X2 count (2.93) < X2 table 0.05 (3.84). The heterozygosity value in the KUB chicken population was 0.43, and the obtained PIC value was 0.38. The genotype +/+ of the growth hormone gene in KUB chickens was significantly higher (p<0.05) than genotypes +/- and -/-.In conclusion, male KUB chickens exhibited higher body weight, weight gain, and body measurements compared to female KUB chickens. The chest circumference served as the identifier for body size in both male and female KUB chickens, while the length of the upper body and tibia length distinguished the shape characteristics of male and female KUB chickens, respectively. KUB chickens' growth hormone gene MspI was associated with body weight, weight gain, and body measurements, with the (+/+) genotype being the most favorable

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“…Menurut (Sugiantoro, 2015) menyampaikan tentang koleksi museum Sonobudoyo Yogyakarta dengan menggunakan visual 3D lebih memudahkan pengunjung untuk memahami barang peninggalan di musem tanpa harus bersentuhan langsung dengan barang koleksi secara fisik. Serta dalam (Ananda et al, 2020) dan (Song et al, 2018) penelitian tentang pengukuran badan sapi secara otomatis dengan kamera 3D juga lebih efisien tanpa harus bersentuhan langsung. (Huang & Huang, 2022) Ditambahkan juga berdasarkan penelitian (Ilyasa et al, 2020) dan (Purwanto et al, 2015) tentang sistem pengukuran baju untuk menentukan ukuran baju dengan kamera kinect menggunakan LZW dan CLHE disampaikan bahwa ada ketidaksesuaian 18% karena menggunakan kamera kinect dari penjual.…”

Section: Pendahuluanunclassified

Perancangan Aplikasi Pengukur Pakaian Berbasis Mobile

Kurniasari¹,

Utomo²,

Evasari³

2022

INFORMASI

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Di era new normal, aktivitas dan kebutuhan manusia akan berjalan normal seperti biasa namun dengan aturan atau protokol berbeda. Dan ini akan terjadi di semua sektor, salah satunya di sektor ekonomi, dalam hal ini adalah kebutuhan sandang. Di sekitar kita sudah banyak market place dan online shop tetapi hal ini tidak bisa menggantikan shopping center karena memiliki user experience yang berbeda bagi masyarakat. Pusat perbelanjaan seperti mall akan kembali ramai dikunjungi masyarakat luas, untuk itu diperlukan solusi yang dapat mendukung protokol social distancing dan juga mengurangi sentuhan fisik antar pengunjung secara langsung. Berdasarkan hal di atas, peneliti berinisiatif mengangkat judul penelitian Perancangan Aplikasi Pengukur Pakaian Berbasis Mobile yang memanfaatkan salah satu teknologi AI (Artificial Intelligent) yaitu pengolahan citra dengan tujuan agar dapat digunakan oleh setiap pengunjung mall tanpa harus mengantri dan melakukan kontak fisik berulang kali dengan pakaian yang akan dibeli dengan menggunakan Canny Edge Detection. Perancangan Aplikasi Pengukur Pakaian berbasis Mobile yang memanfaatkan salah satu teknologi AI yaitu image processing ini diharapkan dapat digunakan setiap pengunjung pusat perbelanjaan tanpa harus antri dan melakukan kontak fisik secara berulang dengan pakaian yang akan dibeli.

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Pendugaan Bobot Karkas Sapi Bali Jantan dan Betina Berdasarkan Panjang Badan dan Lingkar Dada

Cited by 3 publications

References 0 publications

Quantitative characteristics and growth hormone gene diversity of thin-tailed sheep in Sitinjau Laut, Kerinci Regency

Quantitative characteristics and growth hormone gene diversity of thin-tailed sheep in Sitinjau Laut, Kerinci Regency

Association of Growth Hormone Gen with KUB Chicken Productivity

Perancangan Aplikasi Pengukur Pakaian Berbasis Mobile

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