PENGARUH Saccharomyces cerevisiae TERHADAP KADAR LOVASTATIN DALAM ANGKAK YANG DIHASILKAN DARI FERMENTASI BERAS OLEH Monascus purpureus JMBA

Retnaningdyah, Catur; Marwati, Umi; Suharjono, Suharjono; Ajijah, N.; Marjono, Marjono; Soegianto, Agoes; Irawan, Bambang

doi:10.23869/bphjbr.14.2.200914

Cited by 5 publications

(5 citation statements)

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“…Furthermore, it is encapsulated using fillers that can be consumed and dried with a freeze dryer, so that the final results of Angkak pigment in powder form. According to Triana and Nurhidayat (2009), angkak pigments are also not carcinogenic, besides the presence of lovastatin in angkak can reduce cholesterol and triglycerides. Asben and Permata (2018) in their research the effect of sago hampas particle size in angkak pigmen production using Monascus purpureus, it was found that angkak's toxicity value was 1719.86 ppm which indicates that angkak from sago pulp is not toxic.…”

Section: Brine Shrimps Methods Of Angkak Pigment Powder Toxicity Testmentioning

confidence: 99%

“…Angkak has a consistent color but is less stable to physical and chemical influences such as heat, UV-rays and sunlight, can mix with other natural dyes with food ingredients, non-toxic and not a carcinogen (Hesseltine, 1965 andStainkraus, 1983 in Jenie et al, 1994). According to Triana and Nurhidayat (2009), angkak pigments are also not carcinogenic, besides the presence of lovastatin in angak can reduce cholesterol and triglycerides.…”

Section: Introductionmentioning

confidence: 99%

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Stability and Toxicity Test of Angkak Pigment Powder from Sago Hampas- Rice Flour Substrate as Natural Dyes

Putra¹,

Novelina²,

Asben³

2021

J. appl. agricultural sci. technol.

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Sago hampas is waste from processing sago starch. Sago hampas is generally thrown away without any further treatment. Sago hampas contain nutrients that can be used as a substrate for fermentation of angkak. The study aims to determine the stability and toxicity of angkak pigment powder from sago hampas-rice flour substrate. The study used exploratory research design through experiments in the laboratory. This study used the UV-vis spectrophotometer method in observing the stability of the Angkak powder pigment and the brine shrimps method of angkak pigment powder toxicity test. The results showed that the level of solubility of angkak pigment powder will increase at higher temperatures. Stability of angkak pigment powder tends to decrease with longer heating, the higher of heating temperature and the longer of irradiation. Angkak pigment powder are more stable at neutral and alkaline pH compared with acidic pH. And it is not toxic to experimental animals with LC50 value of angkak pigment powder of 2,897.05 ppm. The conclusion of this study is that temperature affects the intensity of the angkak pigment. Angkak is unstable along with heating time, heating temperature and longer of irradiation.

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Section: Brine Shrimps Methods Of Angkak Pigment Powder Toxicity Testmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Stability and Toxicity Test of Angkak Pigment Powder from Sago Hampas- Rice Flour Substrate as Natural Dyes

Putra¹,

Novelina²,

Asben³

2021

J. appl. agricultural sci. technol.

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“…Menurut, Retnaningdyah (2009), tingginya konsentrasi amoniak menunjukkan bahwa konsorsium bakteri tersebut mereduksi nitrit menjadi amoniak. Rosmaniar (2011), menyatakan bahwa nilai amoniak tinggi disebabkan oleh aktivitas mikroorganisme yang rendah.…”

Section: Langkah Penelitianunclassified

EFEKTIVITAS MIKROORGANISME SEBAGAI BAHAN BIOREMIDIASI PADA LIMBAH PENCUCIAN IKAN TONGKOL (Auxis thazard) (SKALA LABORATORIUM) Microorganism Effectiviness as Bioreidiation of Tongkol (Auxis thazard) Wahery Waste (Laboratory Scale)

Fitriadi

Haeruddin

Ain

2017

INDONESIAN J. OF FISHERIES SCI. AND TECHNOL.

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ABSTRAK Limbah pencucian ikan dari pasar ikan dan industri pengolahan ikan tradisional biasanya langsung dibuang di saluran pembuangan tanpa adanya pengolahan limbah terlebih dahulu. Dampak pencemaran ini dapat menurunkan kualitas perairan sehingga menganggu kelangsungan hidup biota perairan dan masyarakat sekitar karena proses degradasi dari limbah. Oleh karena itu dibutuhkan teknik yang aman, efektif, dan ekonomis salah satunya dengan mikroorganisme sebagai bioremidiator. Penelitian ini menggunakan produk mikroorganisme pengolah limbah sebagai bahan bioremidiasi dengan komposisi mikroorganisme (Rhodopseudomonas sp., Lactobacillus sp., Aspergillus sp., Penicilium sp., Sacharomyces sp., dan Actinomycets sp.) untuk mereduksi bahan pencemar dan limbah pencucian ikan tongkol sebagai air sampel. Penelitian ini mengukur konsentrasi amoniak (NH3), nitrit (NO2) dan asam sulfida (H2S) sebagai parameter utama dan DO, pH, temperatur, dan bau air sebagai parameter pendukung. Penelitian ini bertujuan untuk mengetahui efektivitas penggunaan mikroorganisme dalam upaya mengurangi bahan pencemar limbah pencucian ikan dari konsentrasi amoniak, nitrit dan asam sulfida. Penelitian ini menggunakan rancangan acak lengkap (RAL) dengan penambahan mikroorganisme 6 perlakuan termasuk kontrol (K= Kontrol, A= 0,01 ml , B = 0,1 ml ,C= 1 ml, D =10 ml dan E= 100 ml) menggunakan mikroorganisme yang tidak difermentasi selama 96 jam, terdiri dari 3 ulangan. Hasil yang diperoleh dari penelitian ini menunjukkan bahwa konsentrasi amoniak, nitrit, dan asam sulfida pada perlakuan A, B, C, D, dan E lebih rendah dibandingkan dengan kontrol, hal ini menunjukkan bahwa mikroorganisme dapat menurunkan limbah pencucian ikan tongkol. Nilai efektivitas paling tinggi yaitu perlakuan E sebagai bioremidiasi limbah pencucian ikan dengan persentase amoniak 59,88 %, nitrit 64,60 % dan asam sulfida 19,19%. Kata kunci: Limbah Pencucian Ikan, Mikroorganisme, Ammoniak, Nitrit, Asam Sulfida ABSTRACT Fish washery waste from the fish market and the traditional fish processing industry actually disposed in the sewer without waste treatment. The impact this poluttion can degrade the quality of water that disrupts the survival of aquatic biota and local resident because the degradation process of waste. Therefore we need a technique that is safe, effective, and economical one of them with the bacteria as bioremidiator. This study using microorganism as bioremidiator the composition of microorganisms (Rhodopseudomonas sp., Lactobacillus sp., Aspergillus sp., Penicillium sp., Sacharomyces sp., and Actinomycets sp.) and Tongkol washery waste as sample. This study measured the concentration of ammonia (NH3), nitrite (NO2) and hydrogen sulfide (H2S) as the main parameter and DO, pH, temperature, and the smell of the water as a secondary parameter. This study aims to determine the effectiveness of the use of microorganism in an effort to reduce pollutants fish washing waste the concentration of ammonia, nitrite and hydrogen sulfide.This study uses a completely randomized design (CRD with addition of microorganisms 6 treatments included control (K = control, A = 0.01 ml, B = 0.1, C = 1 ml, D = 10 ml and E = 100 ml). The results obtained from this study showed that the concentrations of ammonia, nitrite, and hydrogen sulfide on treatment A, B, C, D, and E is lower than in the controls, suggesting that microorganism can reduce tongkol washery wash. The highest value of the effectiveness is treatment E as bioremediation of fish washery waste with percentage of ammonia 59.88%, 64.60% nitrite and 19.19% hydrogen sulfide. Keywords: Fish washery waste, Mikroorganism, Ammonia, Nitrite, Hydrogen Sulfide

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“…and Natural Sciences, Brawijaya University, Jl. Veteran, Malang, Indonesia 65145 Email: catur@ub.ac.id which contains high organic nitrogen that caused the high ammonia content in the aquatic environment [6]. Based on the above finding, another technique is needed to support this effort.…”

Section: Introductionmentioning

confidence: 99%

The Capability of Equisetum ramosissium and Typha angustifolia as Phytoremediation Agents to Reduce Nitrate-Phosphate Pollutants and Prevent Microcystis Blooming in Fresh Water Ecosystem

Vidayanti¹,

Retnaningdyah²,

Soeharjono³

2012

JTLS

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The aim of this study is to find out the kind of hydromacrophyte composition having the highest capability to reduce nitrate-phosphate pollutant and Microcystis growth in phytoremediation media using Equisetum ramosissium, Typha angustifolia and the combination of both. Microcystis were obtained from Sutami reservoir, then being inoculated in a media grown by hydromacrophytes (E. ramosissium, T. angustifolia and both of the hydromacrophytes) in the batch culture system. The number of Microcystis was counted every day within fifteen days. Abiotic factors were observe, including the concentration of nitrate using brucine-colorimetry method and orthophosphate (dissolved phosphate) using stannous chloride-colorimetry method on day 0, 6th, 12th and 15th. The growth rate of Microcystis carrying capacity and orthophosphate-nitrate levels among treatments were analysed by ANOVA test. The results showed that E. ramosissium and T. angustifolia in mono and polyculture techniques had similar potentiality to reduce the nitrate and ortophosphate. The concentrations of nitrate and orthophosphate decreased over 70 % in the 6th day after incubation. All of the treatments were able to reduce the carrying capacity of Microcystis up to 46 % , but the growth rates were similar in all media, that is, around 97-170 cells/L/day.

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PENGARUH Saccharomyces cerevisiae TERHADAP KADAR LOVASTATIN DALAM ANGKAK YANG DIHASILKAN DARI FERMENTASI BERAS OLEH Monascus purpureus JMBA

Cited by 5 publications

References 0 publications

Stability and Toxicity Test of Angkak Pigment Powder from Sago Hampas- Rice Flour Substrate as Natural Dyes

Stability and Toxicity Test of Angkak Pigment Powder from Sago Hampas- Rice Flour Substrate as Natural Dyes

EFEKTIVITAS MIKROORGANISME SEBAGAI BAHAN BIOREMIDIASI PADA LIMBAH PENCUCIAN IKAN TONGKOL (Auxis thazard) (SKALA LABORATORIUM) Microorganism Effectiviness as Bioreidiation of Tongkol (Auxis thazard) Wahery Waste (Laboratory Scale)

The Capability of Equisetum ramosissium and Typha angustifolia as Phytoremediation Agents to Reduce Nitrate-Phosphate Pollutants and Prevent Microcystis Blooming in Fresh Water Ecosystem

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