TEST OF Morus khunpai AND M.indica HYBRID TOWARDS SILKWORM FEED

Muin, Nurhaedah; Suryanto, Heri; Minarningsih,

doi:10.18330/jwallacea.2015.vol4iss2pp137-145

Cited by 6 publications

(3 citation statements)

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“…Buah murbei dipergunakan sebagai bahan dasar pembuatan pakan ulat sutera yang nantinya dapat memproduksi benang dengan nilai jual Rp 500.000,-sejak tahun 2014. Kemudian daun murbei sudah diolah menjadi hidangan makanan kripik bergizi dan dikomersialisasikan (Muin et al, 2015). Komponen akar murbei dapat dijadikan sebagai obat tradisional sebagai obat anti inflamasi dengan cara direbus sehingga menghasilkan ekstrak akar murbei (Isnan & Muin, 2015).…”

Section: Pendahuluanunclassified

Studi Pustaka : Ekstraksi dan Potensi Utilitasasi Ekstrak Komponen Bioaktif Tanaman Murbei di Indonesia

Yuniati

2023

Bioscientist j. ilm. bosbiol.

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Mulberry is one of the plants that grows well in Indonesia, and has been used to support daily economic activities. Mulberries are of interest to researchers as research objects, regarding the bioactivity of mulberry plants. Over the past decade, from 2013 to 2023, research has been carried out regarding mulberries in Indonesia, with the aim of extracting and analyzing the extract substances. Data from 12 local research journals is known regarding the use of mulberry roots, stems and leaves to be extracted and applied for compound identification purposes, a study of the extraction methods used, and the specific purpose of mulberry extract as a preservative, patch formulation material, as well as an antibacterial agent, preservative, and antioxidants. The mulberry extraction procedures used are the maceration method, wave-based extraction (microwave and ultrasonic) and water bath energy. Qualitative analysis testing of mulberry extract substances was carried out to determine the content of alkaloids, tannins and terpenoid compounds. Quantitative analysis testing of mulberry extract substances was carried out to measure antioxidant activity, anthocyanin levels, and the biological activity of mulberry extract substances.

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Section: Pendahuluanunclassified

Studi Pustaka : Ekstraksi dan Potensi Utilitasasi Ekstrak Komponen Bioaktif Tanaman Murbei di Indonesia

Yuniati

2023

Bioscientist j. ilm. bosbiol.

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“…Mulberry leaves usually have a direct effect on the quality of the cocoon produced, while the quality of fiber is influenced by the quality of spun cocoons (Kumar et al, 2014). The length of fiber investigated by Muin et al (2015) states that the fiber produced has an average value below 900 m (not good), so it is expected that in subsequent trials the effectiveness of mulberry plants will look more real.…”

Section: Rolling Strengthmentioning

confidence: 99%

Species Test of Morus alba, Morus cathayana and Morus nigra on Agroforestry Land as Silkworm Feed (Bombyx mory Linn.) For Silk Yarn Quality Improvement in Bali Indonesia

2018

JBAH

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Mulberry plants are tested on agroforestry land because of its well adaptation. The agroforestry model is a combination of sengon (Paraserianthe sfalcataria) and mulberry (Morus sp.) plants. The selected mulberry plants consisted of three species, namely M. alba, M. cathayana and M. nigra. The study objectives was to determine the best mulberry species leaves as silkworm feed to produce quality cocoons on agroforestry area in Bali. The test was carried out in a complete randomized design (CRD) with the species treatment of M. alba, M. cathayana and M. nigra. It consists of three replications each. Each replication consists of 100 silkworms. The variables observed in this study were cocoon quality and thread / fiber including the percentage of larvae which become a cocoon, the percentage of normal cocoon, cocoon weight, cocoon skin weight, ratio of cocoon skin and fiber length. The results showed that the maintenance rendement (%) was M. alba (70%), M. cathayana (62,0) and M. nigra (60,5), weight of cocoon (g), was M. alba (1,47) , M. cathayana (1.53) and M. nigra (1.41), Weight of filaments (mg)namely M. alba (30,12), M. cathayana (25,35) and M. nigra (26,25 ), and the rolling strength of silk thread, namely M. alba (97.45), M. cathayana (74.11) and M. nigra (69.27). M. alba, M. nigra and M. cathayana mulberry leaf species grown from agroforestry patterns can be used to feed silkworms. The mulberry cropping pattern type both monoculture and agroforestry did not show a significant difference in the silkworm cocoons quality and quantity. The highest maintenance rendement is silkworm fed by M. alba, second is M. cathayana and third M. nigra. M. nigra and M. cathayana compared to M. alba did not show significant differences in cocoon weight, cocoon skin weight, percentage of filaments and rolling strength of silk yarn.

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“…are the only food for the Bombyx mori L silkworm, and caterpillars fed with mulberry leaves with good nutrition will resist disease and produce better cocoons (Andadari et al 2017). The availability of mulberry plants that meet in terms of quality and quantity is one of the determining factors for the continuity of silkworm maintenance (Nurhaedah et al 2015). The production of mulberry leaves determines the growth and health of the caterpillars and affects the quality of the cocoons produced.…”

Section: Introductionmentioning

confidence: 99%

Potential of rhizobacterial consortium in increasing area and weight of mulberry leaves (Morus indica)

et al. 2022

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Abstract. Mustaka Z, Patandjengi B, Alam G, Melina. 2022. Potential of rhizobacterial consortium in increasing area and weight of mulberry leaves (Morus indica). Biodiversitas 23: 1369-1374. Rhizobacteria are a group of bacteria that live saprophytically in the rhizosphere area. Some of them can act as plant growth promoters and as biocontrol agents against diseases to increase crop yields. This study was conducted to find potential of the rhizobacteria consortium in various treatments to increase the area and weight of mulberry (Morus indica L.) leaves. Results showed that the rhizobacteria consortium formulation had a significant effect on increasing leaf area and weight. The percentage increase in leaf area in the treatment using the MKR15 rhizobacteria consortium was better at 39.28% (2,800 mm2) when compared to the control MK0t (1,700 mm2), and the percentage increase in MKR15 leaf weight (74.80 g) was 54.54% higher compared to control MK0t (34 g). With these results, it is clear that the rhizobacteria consortium as PGPR affects plant growth and nutrition in a very specific way involving bacterial components that induce plant responses. Molecules of PGPR can affect plants in complex mechanisms, sometimes affecting plant growth and nutrition, and resistance simultaneously.

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TEST OF Morus khunpai AND M.indica HYBRID TOWARDS SILKWORM FEED

Cited by 6 publications

References 0 publications

Studi Pustaka : Ekstraksi dan Potensi Utilitasasi Ekstrak Komponen Bioaktif Tanaman Murbei di Indonesia

Studi Pustaka : Ekstraksi dan Potensi Utilitasasi Ekstrak Komponen Bioaktif Tanaman Murbei di Indonesia

Species Test of Morus alba, Morus cathayana and Morus nigra on Agroforestry Land as Silkworm Feed (Bombyx mory Linn.) For Silk Yarn Quality Improvement in Bali Indonesia

Potential of rhizobacterial consortium in increasing area and weight of mulberry leaves (Morus indica)

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