607 research outputs found
fish and fishery products microbiology bacteria causing fish spoilage
Get PDFThis material describe bacteria which causing spoilage in fish and seafood products
PERANCANGAN APLIKASI ELECTRONIC MEDICAL RECORD (EMR) PADA INSTALASI RAWAT INAP BERBASIS WEB
Get PDFPelayanan medik dewasa ini membutuhkan sistem yang lebih efektif dan efisien, baik dalam
penggunaan waktu, tenaga maupun sarana. Dalam pengelolaan rekam medik, kenyataan masih
umumnya penggunaan rekam medik manual yang dinilai tak lagi andal menangani data medik
melahirkan ide konversi rekam medik manual kertas ke rekam medik elektronik karena efektivitas dan
efisiensinya.
Penelitian ini bertujuan menciptakan aplikasi rekam medik elektronik yang lebih dikenal
sebagai EMR (Electronic Medical Record) dari rekam medik kertas di Instalasi Rawat Inap Rumah
Sakit Umum Ananda Salatiga. Rekam medik elektronik dirancang dengan membuat form-form isian
catatan-catatan medik dalam proses perawatan pasien selama dirawat. Data-data medik ini kemudian
disimpan dalam basis data sistem dan dikelola secara digital. Setiap kali pengisian data medik pada
form-form tertentu, sistem akan menghasilkan kode yang membawa informasi khusus.
Pada akhirnya, sistem akan menghasilkan deret kode ICD (International Statistical
Classification of Diseases and Related Health Problems) dari kode-kode yang dihasilkan pada
pengisian form-form catatan medik. Deretan kode-kode ini mampu menggambarkan perkembangan
kondisi pasien dan penanganan medik yang diberikan selama perawatan. Data-data medik yang
tersimpan dapat ditampilkan kembali dalam bentuk catatan medik digital.
Kata kunci: rekam medik, rawat inap, EMR, IC
Pengaruh limbah biogas sapi terhadap ketersediaan hara makro-mikro inceptisol
Get PDFEffect of Cattle Sludge on Macro-Micro Nutrient Availability of Inceptisol (Sari Widya Utami, Bambang Hendro Sunarminto and Eko Hanudin): Objective of this research to know the effect of cattle sludge application on N, P, K, Fe, Mn, Zn and Cu availability of Inceptisol that had been cultivated intensify. Cattle sludge that used, consisted by 2 form; solid and liquid (slurry) form. The experiment was arranged Completely Block Randomized Design (CRBD) with 3 replicates of 2 factors combination. The first factor was dose of solid sludge consisted 2 leves were 0 ton/ha (P0) and 5.4 ton/ha (P1). The second factor was dose of slurry consisted 4 levels, were 0 liter/ha (D0), 500 liter/ha (D1), 1000 liter/ha (D2), 1500 liter/ha (D3). Variables were observed some soil chemical characteristic such as pH, EC, Corganic, CEC, total N, availability of P, availability of K, availability of Fe, availability of Mn, availability of Zn and availability of Cu. Data were analysed by F test and if there were significant effect then continued by using Duncan’s Multiple Range Test (α = 5%). Result of this research showed gave solid sludge as much 5.4 ton/ha was able to increase pH, Corganic and total N. Gave slurry was not able to increase macro and micro nutrient availability of Inceptisol
The Influnece of Peat Layer on Hidrogen and Aluminium Concentration Originating from the Substratum Sulphidic Materials
Get PDFMuch of peatland in Indonesia has sulphidic materials as substratum. Soil acidity and metal elements in peatlandmay originate from the sulphidic materials which occur underneath of the peat layer. Peat soil buffering capacity andchelating ability of the peat materials regulate the soil acidity and metal solubility in the peatland. The study wasaimed to examine the influence of peat thickness and land hydrological conditions on the concentrations ofexchangeable aluminium (Al) and hidrogen (H) in the peatland. The study was carried out on peaty acid sulphatesoil, deep peat, moderate peat and shallow peat. Exchangeable Al and H were observed in the wet season, transitionfrom wet to dry season and dry season. The results showed that exchangeables of Al and H were mainly originatedfrom sulphidic material which were occured underneath of the peat layer. Peat layer had an important role on thesolubility of Al and H in the peatland. Peat thickness had influence on exchangeable-Al and H, 50 cm of the peatthickness (shallow peat) was the critical for peat function to reduce the Al and H solubility in the peatland. Hydrologicalcondition factor did not influence on the solubility of Al and H.Keywords: Aluminium; hydrogen; peatland; sulphidic materials[How to Cite: Fahmi A, B Radjagukguk, B Heru Purwanto and E Hanudin. 2012. The Influnece of Peat Layer on Hidrogen and Aluminium Concentration Originating from the Substratum Sulphidic Materials. J Trop Soils, 17 (3): 197-202. doi: 10.5400/jts.2012.17.3.197][Permalink/DOI: www.dx.doi.org/10.5400/jts.2012.17.3.197
Current assets and inventory "Getlini EKO" Ltd
No full textMaģistra darba mērķis ir pamatojoties uz apgrozāmo līdzekļu uzskaites teorētisko aspektu jautājumu izpēti, analizēt un novērtēt SIA „Getliņi EKO” apgrozāmo līdzekļu uzskaiti un izstrādāt priekšlikumus to uzskaites pilnveidošanai. Pētot sabiedrību SIA „Getliņi EKO” darba autore, konstatē, ka pastāv virkne nepilnības, kas saistītas ar apgrozāmo līdzekļu uzskaiti. Nav ieviesta kvalitatīva analītiskā uzskaite, kases aparātu uzskaitē nav ievērots vienlīdzīgas uzskaites princips, siltumnīcas ražas uzskaite ir primitīva. Pētījuma rezultātā, pamatojoties uz SIA „Getliņi EKO” esošo uzskaiti un iegūto informāciju pētot pieejamos literatūras avotus, darba autore izstrādā priekšlikumus uzskaites nepilnību novēršanai. Atslēgvārdi: apgrozāmie līdzekļi, krājumu uzskaite, nauda, debitori, novērtējums.The aim of the present paper is to analyse and evaluate the accounting of business assets of “Getliņi EKO” Ltd., as well as to develop suggestions for its improvement, basing on the research of theoretical aspects of business assets accounting. During the research of “Getliņi EKO” Ltd., the author finds several gaps in accounting of business assets. There is no qualitative analytical accounting, the accounting of cash registers lacks the principle of equal accounting, the greenhouse harvest accounting is primitive. As a result of the research, basing on the current accounting at “Getliņi EKO” Ltd., acquired information and available sources of literature, the author of the paper formulates suggestions for correction of accounting flaws. Keywords: business assets, stock accounting, money, debtors, evaluation
The Effect of Humic Acid and Silicic Acid on P Adsorption by Amorphous Minerals
No full textAndisol is a soil with high P adsorption, this is due to high content in reactive amorphous materials. The present study was conducted to compare humic acid and silicate acid in blocking the P adsorption on amorphous minerals. The results indicated that the old and young formation of parent materials were not different in reactivity of the amorphous minerals and able to adsorb P &g
The Role of Peat Layers on Iron Dynamics in Peatlands
Get PDFThe Role of Peat Layers on Iron Dynamics in Peatlands (A Fahmi, B Radjagukguk, BH Purwanto and E Hanudin): The research aimed to study the effect of peat thickness and humification stage of the peat material on Fe solubility at the peatlands with sulfidic material as substratum. The research was conducted at three conditionals of ombrogen peatlands ie ; deep, moderate and shallow peat. Soil samples were collected by using peat borer according to interlayer (the border layer of peat and mineral layer) and conditional of soil horizons. The sample point depth were (cm) G.s2 : 25, G.s1 : 50, Int.s : 70, M.s1 : 90 and M.s2 : 100 for shallow peat, G.m2 : 47, G.m1 : 100, Int.m : 120 and M.m1 : 135 for moderate peat and G.d3 : 50, G.d2 : 150, G.d1 : 200, Int.d : 220 and M.d1 : 235 for deep peat respectively. The results showed that most of Fe on the tested soils was found in organic forms. The peat layers above the sulfidic material decreased the Fe2+ solubility at peatlands. Fe2+ concentration in peat layer decreased with its increasing distance from sulfidic material. There was any other processes beside complexation and chelation of Fe2+ by humic material and its processes was reduction of Fe3+ and this conditions was reflected in redox potential values (Eh)
The Lagos coast - Investigation of the long-term morphological impact of the Eko Atlantic City project
No full textThe Lagos coast has been suffering high rates of erosion since the construction of three harbour moles, i.e. the West Mole, East Mole and the Training Mole, at the tidal inlet connecting the Lagos Lagoon to the South Atlantic Ocean. To provide for a permanent erosion mitigation measure and to create residential and commercial area for circa 400,000 people, the Eko Atlantic City project has been initiated in 2008. In front of the eroded coast, approximately 9 km² of land will be reclaimed and protected by a revetment. In this study the long-term and large-scale morphological behaviour of the Lagos coast is investigated and subsequently the long-term morphological impact of the Eko Atlantic City project is assessed. First, a conceptual model is created, in which the historical development of the coast is discussed. The long-term morphological behaviour of the coast downstream of the inlet is determined by two main factors: sediment accumulation at the West Mole and sediment import into the tidal inlet and the lagoon, induced by disturbance of the morphological equilibrium by sea level rise and dredging activities. Using the numerical simulation model Unibest, the long-term impact of Eko Atlantic City is assessed. It is concluded that the construction of Eko Atlantic City will not change the total erosion volumes occurring downstream of the inlet. However, as the revetment of the project retains the coast, the erosion will be shifted towards downstream. Downdrift of the project, the erosion rates are locally relatively high. The shape of the sea defence has been designed to minimize the local erosion effect. A monitoring and mitigation strategy has been recommended to monitor this effect and to instruct coastal protection management actions to be implemented if required.Coastal EngineeringHydraulic EngineeringCivil Engineering and Geoscience
MORPHOLOGY AND CHEMICAL STRUCTURE OF ALLOPHANE
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Morphology and chemical structure of allophane which was found in soils developed from volcanicash soils or pumice, has been established. High resolution electron micrographs have shown that the allophane consists of hollow spheres or polyhedra 3.5-5.0 nm in diameter with a wall thickness estimated to be about 0.7 nm. The wall of the hollow sphere, nano-ball, has some holes (defects) with diameter of 0.3-0.5 nm. Chemicalstructure of allophane is characterized by short-range order and the predominance of 5i-0-AI bondings. Chemical composition of allophane variesranging in the 5ijAI atomic ratio from about 0.5 to 1. Allophane with 5ijAI ratio of 0.5 is a fundamental structure which is composed of gibbsite [AI(OH)31sheet with 5i04 tetrahedra attaching on it, and has hollow spherical morphology to locate the 5i04 tetrahedra inside of the sphere. Allophane with the 5ijAI ratio more than 0.5 has some condensed 5i04 tetrahedra weakly bonded to its structure
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