期刊論文

• 學年度: 98
• 計畫案號: NSC
• 論文名稱: Formulation and Characterization of the Microencapsulated Entomopathogenic Fungus Metarhizium anisopliae MA126.
• 作者順序: 23
• 期刊名稱: J. Microencapsul.
• 發表卷數: 26: 377-384.
• 發表期數: 26: 377-384.
• 發表月份: 8
• 發表年份: 2009
• 摘要:
• 通訊作者: Y
• 發表形式: 75
• 發表地點: 94



• 學年度: 98
• 計畫案號: NSC
• 論文名稱: Low-Temperature Spray-Drying for the Microencapsulation of the Fungus Beauveria bassiana.
• 作者順序: 23
• 期刊名稱: Drying Technol.
• 發表卷數: 27: 747–753.
• 發表期數: 27: 747–753.
• 發表月份: 6
• 發表年份: 2009
• 摘要:
• 通訊作者: Y
• 發表形式: 75
• 發表地點: 94



• 學年度: 98
• 計畫案號: none
• 論文名稱: 有機廢棄物堆積條件對溫室氣體釋出之影響
• 作者順序: 24
• 期刊名稱: J. Biomass Energy Soc. of China
• 發表卷數: 28
• 發表期數: 3-4
• 發表月份: 12
• 發表年份: 2009
• 摘要: 隨著大氣中溫室效應氣體逐年增加，溫室效應成為近年來大家關心的課題，在有機廢棄物掩埋過程中會釋放二氧化碳和甲烷等溫室效應氣體。本研究探討有機廢棄物堆積條件對溫室氣體釋出之影響，研究以模擬管柱，探討影響溫室氣體生成之因素。當廚餘與廢報紙以4:1混合在出水分含量83%時，最高二氧化碳濃度可達5.0x104-1.2x105 ppm和甲烷濃度可達8-13 ppm，CH4/CO2濃度比值介於0.12-0.60。當基質出水分含量89%時，最高二氧化碳濃度可達1.0x105-7.5x105 ppm和甲烷濃度可達6-8 ppm，CH4/CO2濃度比值0.3。二氧化碳生成主要在堆積初期和分堆操作後，而甲烷生成主要在堆積中期和後期。有機廢棄物堆積過程中，基質水分含量和成分會影響二氧化碳和甲烷等溫室效應氣體生成速率。
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 99
• 計畫案號: NSC 95-2313-B002-40
• 論文名稱: Microbial communities and bacterial diversity of spruce, hemlock and grassland soils of Tatachia Forest, Taiwan.
• 作者順序: 25
• 期刊名稱: J. Environ. Sci. Health, Part B.
• 發表卷數: 45
• 發表期數: 3
• 發表月份: 5
• 發表年份: 2010
• 摘要:
• 通訊作者: N
• 發表形式: 75
• 發表地點: 95



• 學年度: 99
• 計畫案號: none
• 論文名稱: Study on Low-Temperature Spray Drying for the Microencapsulation of Metarhizium anisopliae
• 作者順序: 23
• 期刊名稱: J. China University of science and Technology
• 發表卷數: 45
• 發表期數: 11
• 發表月份: 11
• 發表年份: 2010
• 摘要: 本試驗方法採低溫噴霧乾燥方式，進行黑殭菌孢子之微膠囊化，目的使菌孢 維持活性與延長保存期限。包覆材料利用HPMC、幾丁質、糊精、脫脂奶粉和PVP K90 等不同材質，探討包覆效果。依不同入風口/出風口溫度，輸送系統組成與孢 子濃度等條件來探討孢子之存活率。另外也分析樣品之特性如粒徑大小分佈，包 覆率與形狀等。實驗利用 10% 脫脂奶粉、10% 糊精與 5% PVP k90 包覆之比例， 可得到最好之包覆效果，菌株孢子存活率可維持80%。實驗如單以12% 糊精配方， 整體產品回收率可提高到85%，平均顆粒大小分佈在2.5~10 μm 之間。經噴霧乾 燥之粉末表面成平滑或皺摺狀，由結果得知黑殭菌孢子經低溫噴霧乾燥微膠囊包 覆後，雖經半年後之4℃儲藏期間，活性仍可維持80%以上。
• 通訊作者: Y
• 發表形式: 61
• 發表地點: 94



• 學年度: 99
• 計畫案號: None
• 論文名稱: Greenhouse Gases Emissions and Properties of Animal Wastes
• 作者順序: 24
• 期刊名稱: Journal of the Biomass Energy Society of China
• 發表卷數: 29
• 發表期數: 4
• 發表月份: 12
• 發表年份: 2010
• 摘要:
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 99
• 計畫案號: none
• 論文名稱: Effects of the Biochemical Environment Protectant EB602 on the Removal of Indoor Air Microbial Counts
• 作者順序: 26
• 期刊名稱: Taiwanese Journal of Agricultural Chemistry and Food Science
• 發表卷數: 48
• 發表期數: 4
• 發表月份: 8
• 發表年份: 2010
• 摘要:
• 通訊作者: N
• 發表形式: 75
• 發表地點: 94



• 學年度: 99
• 計畫案號: none
• 論文名稱: NaDDBS as a dispersion agent for multiwalled carbon nanotubes in capillary EKC separation of nucleotides.
• 作者順序: 25
• 期刊名稱: Electrophoresis
• 發表卷數: 31
• 發表期數: 19
• 發表月份: 10
• 發表年份: 2010
• 摘要: A novel pseudostationary phase (PSP) of multiwalled carbon nanotubes (MWCNTs) dispersed with sodium dodecylbenzenesulfonate (NaDDBS) was used for the EKC separation of nucleotides. NaDDBS has a long hydrophobic chain and a benzylsulfonate group. It suspends more MWCNTs (about 100-fold) than SDS, and the p–p interaction between the benzene ring of NaDDBS and MWCNTs prolongs the slurry suspension time. Using NaDDBS as a surfactant can reduce the required amount of MWCNTs and decrease the baseline noise. To produce a stable suspension, the optimum ratio (w/w) of MWCNTs to NaDDBS was investigated with turbidimetry. In this context, several parameters affecting EKC separation were studied, including buffer pH, composition, concentration, and the organic modifier. Use of NaDDBS (8 mg/L)/MWCNTs (0.8 mg/L) as the PSP in a phosphate buffer (30 mM, pH 8) yielded complete resolution of seven geometric isomers of a nucleoside monophosphate. In stacking mode, with 10% MeOH in the sample plug, the mixture of nucleoside mono-, di-, and tri-phosphates was satisfactorily separated in phosphate buffer (50 mM, pH 9). The results indicate that nucleotides with bases containing more electron-withdrawing groups interact more strongly with MWCNTs. The system has been used to separate oligonucleotides, and to analyze nucleotides in a complex matrix sample.
• 通訊作者: N
• 發表形式: 75
• 發表地點: 95



• 學年度: 100
• 計畫案號: none
• 論文名稱: Zirconia nanoparticles-coated column for the capillary electrochromatographic separation of iron-binding- and phosphorylated-proteins
• 作者順序: 26
• 期刊名稱: Analyst
• 發表卷數: 136
• 發表期數: 7
• 發表月份: 4
• 發表年份: 2011
• 摘要: A ZrO2 nanoparticles (ZrO2NPs)-coated column was prepared through a sol–gel process using zirconium(IV) oxychloride, which reacted with silanol groups of the fused-silica capillary. The condensation reaction was carried out at 350 °C for 8 h. Electroosmotic flow (EOF) measurements and scanning electron microscopy (SEM) images were used to characterize the ZrO2NPs fabricated on the inner wall of the capillary. Below the pI value (pH 5–6), cathodic EOF elucidated that the phosphate buffer adsorbs tightly on the zirconia surface, resulting in a negatively charged surface. In this work, iron-binding proteins, phosphorylated proteins and glycoproteins were selected as the model compounds. The effects of pH, concentration, buffer type and the organic modifier were studied to optimize the separation efficiency. Iron-binding proteins exhibited a retention time for myoglobin (Mb) < hemoglobin (Hb), which corresponded to the binding constants for ZrO2NPs. The α- and β-subunit of Hb could be separated in borate buffer (20 mM, pH 9.0) with MeOH (20%, v/v). Greater affinity of α-casein and bovine serum albumin (BSA) for the stationary phase as the pH decreased was found by comparison with that of conalbumin (ConA) and transferrin (Tf). Interestingly, 14 peaks for glycoisoforms of ovalbumin (OVA) were observed using borate buffer (40 mM, pH 9.0). The established method was also applied to the determination of analytes in the egg whites of chicken and duck eggs.
• 通訊作者: N
• 發表形式: 75
• 發表地點: 95



• 學年度: 100
• 計畫案號: none
• 論文名稱: Effect of Mercuric Chloride on Carbon Dioxide and Methane Emission from Water of Tamsui River
• 作者順序: 25
• 期刊名稱: Taiwanese Journal of Agricultural Chemistry and Food Science
• 發表卷數: 49
• 發表期數: 4
• 發表月份: 8
• 發表年份: 2011
• 摘要:
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 100
• 計畫案號: none
• 論文名稱: Effect of Mercuric Chloride on Carbon Dioxide and Methane Emission from Water of Kaoping River and Chenching Lake.
• 作者順序: 25
• 期刊名稱: Soil and Environ.
• 發表卷數: 14
• 發表期數: 1,2
• 發表月份: 12
• 發表年份: 2011
• 摘要:
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 100
• 計畫案號: 無
• 論文名稱: Estimation of Methane on Nitrous Oxide Emissions from Animal Feeding Sector in Taiwan during 1990 to 2010
• 作者順序: 24
• 期刊名稱: J. Biomass Energy Soc. of China
• 發表卷數: 30
• 發表期數: 3-4
• 發表月份: 12
• 發表年份: 2011
• 摘要:
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 101
• 計畫案號: 無
• 論文名稱: Estimation of Methane and Oxide Emissions from Paddy Fields in Taiwan during 1999 to 2010
• 作者順序: 25
• 期刊名稱: Taiwanese Journal of Agricultural Chemistry anf Food Science
• 發表卷數: 50
• 發表期數: 3
• 發表月份: 9
• 發表年份: 2012
• 摘要: Background and Purpose: Pangolagrass, Digitaria decumbens Stent, is a major grass for cow feeding, and may be a good substrate for protein enrichment. To improve the quality of pangolagrass for animal feeding, cellulolytic microbes were isolated from various sources and cultivated with solid state fermentation to enhance the protein content, cellulase production and in vitro digestion. The microbes, culture conditions and culture media were studied. Methods: Cellulolytic microbes were isolated from pangolagrass and its extracts, and composts. Pangolagrass supplemented with nitrogen and minerals was used to cultivate the cellulolytic microbes with solid state fermentation. The optimal conditions for protein enrichment and cellulase activity were pangolagrass substrate at initial moisture 65e70%, initial pH 6.0e8.0, supplementation with 2.5% (NH4)2SO4, 2.5% KH2PO4 and K2HPO4 mixture (2:1, w/w) and 0.3% MgSO4 . 7H2O and cultivated at 30oC for 6 days. Results: The protein content of fermented pangolagrass increased from 5.97e6.28% to 7.09e 16.96% and the in vitro digestion improved from 4.11e4.38% to 6.08e19.89% with the inoculation of cellulolytic microbes by solid state fermentation. Each 1 g of dried substrate yielded Avicelase 0.93e3.76 U, carboxymethylcellulase 1.39e4.98 U and b-glucosidase 1.20e6.01 U. The isolate Myceliophthora lutea CL3 was the strain found to be the best at improving the quality of pangolagrass for animal feeding with solid state fermentation. Conclusion: Solid state fermentation of pangolagrass inoculated with appropriate microbes is a feasible process to enrich protein content, increase in vitro digestibility and improve the quality for animal feeding.
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 101
• 計畫案號: 99農科-1.1.3-牧-U1(2)
• 論文名稱: Protein enrichment and digestion improvement of napiergrass and pangolagrass with solid-state fermentation
• 作者順序: 24
• 期刊名稱: Journal of Microbiology, Immunology and Infection
• 發表卷數: 45
• 發表期數: 6
• 發表月份: 12
• 發表年份: 2012
• 摘要: Background and Purpose: Napiergrass (Pennisetum purpureum Schumacher) and pangolagrass (Digitaria decumbens Stent) are two major forage grasses for cow feeding. They possess high yields and high regeneration properties. Inoculation of cellulolytic microbes on herbage could enhance the protein content of herbage and promote digestibility in chickens. Methods: Cellulolytic microbes were isolated from various sources and cultivated on napiergrass and pangolagrass with solid-state fermentation for protein enrichment and in vitro digestion improvement.The fermented napiergrass and pangolagrass were used as the main protein source in chicken diets to assess the feasibility for non-ruminants feed. Results: After a 42-day fermentation period, napiergrass showed higher protein contents (13.4 e13.9%) than those of pangolagrass(11.1e11.7%). The in vitro digestibility of pangolagrass increased from 5.29% to 20.4%, whereas that of napiergrass increased from 5.29% to 19.0%. The average feed conversion efficiencies of chickens were close to the traditional fodder using corn as the main ingredient. Conclusion: Inoculation of appropriate cellulolytic microbes to enrich protein content and improve in vitro digestibility of herbage with solid-state fermentation for chicken feed is the prospective technique for agriculture, animal husbandry, and substantial management.
• 通訊作者: N
• 發表形式: 61
• 發表地點: 94



• 學年度: 101
• 計畫案號: 無
• 論文名稱: Greenhouse Gases Emissions in Artifical Wetland.
• 作者順序: 26
• 期刊名稱: Journal of the Biomass Energy Society of China
• 發表卷數: 31
• 發表期數: 3-4
• 發表月份: 12
• 發表年份: 2012
• 摘要:
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 101
• 計畫案號: none
• 論文名稱: Water Qualities and Sediment Properties of Shin-Hai Bridge Artifical Wetland
• 作者順序: 25
• 期刊名稱: Journal of the Biomass Energy Society of China
• 發表卷數: 31
• 發表期數: 3-4
• 發表月份: 12
• 發表年份: 2012
• 摘要:
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 102
• 計畫案號: 101農科-6.1.1-科-aH
• 論文名稱: Titanium Dioxide Nanoparticles as UV Protectants for Enhancing the Survival of Conidia of the Entomopathogenic Fungus
• 作者順序: 23
• 期刊名稱: International Journal of Innovative Biological Research.
• 發表卷數: 2
• 發表期數: (1): 21-29
• 發表月份: 8
• 發表年份: 2013
• 摘要: Ultraviolet (UV) radiation can reduce the effectiveness of fungi used for biological control. By exposing it to simulated solar radiation for a few hours, the conidia of the fungus can be completely inactivated. This study investigated the effects of exposing the conidial culturability and germination of the entomopathogenic Metarhizium anisopliae and Beauveria bassiana, which were incubated in sabouraud dextrose agar (SDA), to a UV-B radiation dose of 30 ìw cm-2. Furthermore, the addition of TiO2 and SiO2 nanoparticles (NPs) (0.25 mL of 0.5% w/v aqueous solution for each), as well as the traditional UV protectants (0.25 mL) such as yeast extract, skimmed milk (SM), and vegetable oils in the culture medium, was also examined to understand their effect on the culturability and germination of spore suspensions. The radiation time was varied from 1 min to 2 h, and the germination rate was measured after 24 h and 48 h of incubation time. The results indicated that TiO2 NPs exhibited the best performance, followed by SiO2 NPs, and by vegetable oil. After an incubation period of 24 h, the germination rate increased from 10% to 60% with the addition of TiO2 NPs, whereas the germination rate increased from 15% to 70% with an incubation period of 48 h. The enhancing survival property decreased in the following order: TiO2 > SiO2> Oil > NaCl > ZnO > benzophenone > sodium salicylate > methyl cinnamate. To validate the performance of a batch study in bio-control, a field study in cauliflower cultivation was conducted.
• 通訊作者: Y
• 發表形式: 61
• 發表地點: 95



• 學年度: 102
• 計畫案號: none
• 論文名稱: Preparation and Release Properties of Sol-Gel Encapsulated Proteins
• 作者順序: 24
• 期刊名稱: Journal of Analytical Sciences, Methods and Instrumentation
• 發表卷數: 3
• 發表期數: 3
• 發表月份: 9
• 發表年份: 2013
• 摘要: A glycoprotein, bovine serum albumin (BSA) was used as a model compound for encapsulation in a sol-gel matrix. Dried gels were ground into powders and meshed to achieve particle sizes less than 250 μm. The products were washed with phosphate buffer. Capillary electrophoresis was used to evaluate the encapsulation efficiency and the kinetic prop- erties of protein release. Several parameters, including the pH and composition of the background electrolyte, were in- vestigated in an effort to eliminate the matrix effect from the determination of release kinetics. Complete separation of the silica matrix from BSA was using phosphate buffer, an applied voltage of 15 kV, and detection at 278 nm. Kinetic studies indicated that most of the BSA was released in the first 5 h. The rate of BSA release gradually decreased, and some BSA after 25 h. These results indicated that dilute potassium phosphate buffer could accelerate protein release, but this was not observed for the concentrations greater than 50 mM. We believe the developed method has potential utility in other systems for in vitro matrix dissolution and drug release studies. Keywords: Bovine Serum Albumin; Capillary Electrophoresis; Encapsulation; Release; Sol-Gel
• 通訊作者: N
• 發表形式: 61
• 發表地點: 95



• 學年度: 102
• 計畫案號:
• 論文名稱: Protein Enrichment, and Digestion Improvement of Napiergrass and Pangolagrass with Solid State Fermentation.
• 作者順序: 24
• 期刊名稱: Journal of Microbiology, Immunology and Infection
• 發表卷數: 46: 171-179
• 發表期數:
• 發表月份: 5
• 發表年份: 2013
• 摘要: Background and Purpose: Napiergrass (Pennisetum purpureum Schumacher) and pangolagrass (Digitaria decumbens Stent) are two major forage grasses for cow feeding. They possess high yields and high regeneration properties. Inoculation of cellulolytic microbes on herbage could enhance the protein content of herbage and promote digestibility in chickens. Methods: Cellulolytic microbes were isolated from various sources and cultivated on napiergrass and pangolagrass with solid-state fermentation for protein enrichment and in vitro digestion improvement.The fermented napiergrass and pangolagrass were used as the main protein source in chicken diets to assess the feasibility for non-ruminants feed. Results: After a 42-day fermentation period, napiergrass showed higher protein contents (13.4~13.9%) than those of pangolagrass(11.1~11.7%). The in vitro digestibility of pangolagrass increased from 5.29% to 20.4%, whereas that of napiergrass increased from 5.29% to 19.0%. The average feed conversion efficiencies of chickens were close to the traditional fodder using corn as the main ingredient. Conclusion: Inoculation of appropriate cellulolytic microbes to enrich protein content and improve in vitro digestibility of herbage with solid-state fermentation for chicken feed is the prospective technique for agriculture, animal husbandry,and substantial management.
• 通訊作者: N
• 發表形式: 61
• 發表地點: 94



• 學年度: 103
• 計畫案號: 無
• 論文名稱: Stationary phases for the enrichment of glycoproteins and glycopeptides
• 作者順序: 25
• 期刊名稱: Electrophoresis
• 發表卷數: 35
• 發表期數: 0
• 發表月份: 4
• 發表年份: 2014
• 摘要: The analysis of protein glycosylation is important for biomedical and biopharmaceutical research. Recent advances in LC-MS analysis have enabled the identification of glycosylation sites, the characterisation of glycan structures and the identification and quantification of glycoproteins and glycopeptides. However, this type of analysis remains challenging due to the low abundance of glycopeptides in complex protein digests, the microheterogeneity at glycosylation sites, ion suppression effects and the competition for ionisation by co-eluting peptides. Specific sample preparation is necessary for comprehensive and site-specific glycosylation analyses using MS. Therefore, researchers continue to pursue new columns to broaden their applications. The current manuscript covers recent literature published from 2008 to 2013. The stationary phases containing various chemical bonding methods or ligands immobilisation strategies on solid supports that selectively enrich N-linked or sialylated N-glycopeptides are categorised with either physical or chemical modes of binding. These categories include lectin affinity, hydrophilic interactions, boronate affinity, titanium dioxide affinity, hydrazide chemistry and other separation techniques. This review should aid in better understanding the syntheses and physicochemical properties of each type of stationary phases for enriching glycoproteins and glycopeptides.
• 通訊作者: N
• 發表形式: 61
• 發表地點: 95



• 學年度: 103
• 計畫案號: None
• 論文名稱: Using Microalgae to Treat Heavy Metal of the Fuel Ash and Dust Solution
• 作者順序: 23
• 期刊名稱: Journal of China University of Science and Technology
• 發表卷數: 60
• 發表期數: 51-62
• 發表月份: 10
• 發表年份: 2014
• 摘要:
• 通訊作者: Y
• 發表形式: 75
• 發表地點: 94



• 學年度: 104
• 計畫案號: none
• 論文名稱: Carbon Dioxide and Methane Emissions from Tanswei River in Northern Taiwan.
• 作者順序: 25
• 期刊名稱: Atmospheric Pollution Research
• 發表卷數: 6
• 發表期數: 52-61
• 發表月份: 1
• 發表年份: 2015
• 摘要: To investigate the Green House Gas (GHG) emissions from rivers in Taiwan, environmental conditions, water qualities, and emissions of CO2 and CH4 were determined in the Tanswei River of Northern Taiwan, and the correlations between GHG emissions and water quality were also studied. Atmospheric CO2 concentrations were 347.4–409.7, 342.8–417.3 and 348.5–417.0 ppm in the up–, mid– and down–stream areas, respectively; while atmospheric CH4 concentrations were 1.59–1.98, 1.74–2.20 and 1.60–2.43 ppm, respectively. Using the headspace method with brown color bottle, CO2 concentrations were 665–6 917, 1 485–9 369 and 1 443–9 637 ppm, respectively; while CH4 concentrations fell into the range of 11.8–309.0, 66.0–6 288.2 and 24.1–4 627.5 ppm, respectively. Using the static– chamber method, CO2 emission rates were –22.3–140.5, –31.7–194.7 and –27.5–226.6 mg m–2 h–1, respectively; and CH4 emission rates were 0.02–5.52, 1.55–144.54 and 0.11–14.10 mg m–2 h–1, respectively. CO2 and CH4 emission rates had higher values in the mid– and down–stream areas than those in the up–stream area because of the input of industrial, livestock and domestic wastewaters in mid– and down–stream areas. CO2 emission rates were negative might be because of the measurement times were at noon and some photosynthetic microbes and microalgae in the water were undergoing active photosynthesis. There is a good correlation between the results of headspace and static–chamber methods. CO2 emissions had very significant positive correlations with Biochemical Oxygen Demand (BOD) and Suspended Organic Matter (SOM); and significant negative correlation with Dissolved Oxygen (DO). CH4 emission had very significant positive correlations with BOD, SOM and ammonium nitrogen (NH4–N); significant positive correlation with Suspended Inorganic Matter (SIM); very significant negative correlation with DO; and significant negative correlation with redox potential (Eh). DO, Eh, SOM, SIM and NH4–N were the major factors that affected CO2 and CH4 emissions from water. In the assessment of carbon deposited amount from river to ocean, the annual carbon flows of Tanswei River were estimated with the annual flow amounts and COD, it were 8.9×103, 1.8×104, 3.9×104, 2.7×104 and 1.2×104 tons in 2003, 2004, 2005, 2006 and 2007, respectively.
• 通訊作者: N
• 發表形式: 61
• 發表地點: 95



• 學年度: 104
• 計畫案號: none
• 論文名稱: 台灣南部東港溪二氧化碳和甲烷排放
• 作者順序: 25
• 期刊名稱: 中華生質能源學會會誌
• 發表卷數: 34
• 發表期數: 1,2
• 發表月份: 6
• 發表年份: 2015
• 摘要: Yang, S. S., Liu, L. Y., Liu, C. P., Lin, K. Y., and Chang, C. H. (2015). Carbon Dioxide and Methane Emissions from Tungkang River in Southern Taiwan. Journal of the Biomass Energy Society of China, 34: 59-71.
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 104
• 計畫案號: none
• 論文名稱: 耐高溫多功能脂質分解和溶磷菌在生物肥料生產上之應用
• 作者順序: 25
• 期刊名稱: 中華生質能源學會會誌
• 發表卷數: 34
• 發表期數: 1,2
• 發表月份: 6
• 發表年份: 2015
• 摘要: Yang, S. S., Liu, L. Y., Liu, C. P., Chang, C. F., Weng, J. H. and Wei, C. B. (2015). Application of Multiple Functional Thermo-Tolerant Lipolytic and Phosphate-Solubilizing Microbes in Food Waste Biofertilizer Preparation. Journal of the Biomass Energy Society of China, 34: 39-50.
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 104
• 計畫案號: none
• 論文名稱: 耐高溫多功能脂質分解和溶磷菌種篩選及其性質分析
• 作者順序: 25
• 期刊名稱: 中華生質能源學會會誌
• 發表卷數: 34
• 發表期數: 1,2
• 發表月份: 6
• 發表年份: 2015
• 摘要: Yang, S. S., Liu, L. Y., Liu, C. P., Chang, C. F., Weng, J. H. and Wei, C. B. (2015). Isolation and Characterization of Lipolytic and Phosphate-Solubilizing Thermo-Tolerant Isolates. Journal of the Biomass Energy Society of China, 34: 29-37.
• 通訊作者: N
• 發表形式: 60
• 發表地點: 94



• 學年度: 105
• 計畫案號: none
• 論文名稱: Use Pennisetum alopecoider as Fermentation Substrate for Cellulosic-Ethanol Production
• 作者順序: 23
• 期刊名稱: Journal of China University of Science and Technology
• 發表卷數: 67:50-59
• 發表期數: 4
• 發表月份: 11
• 發表年份: 2016
• 摘要: The study produced the cellulose of bioethanol by using Pennisetum as matrix. First of all, the cellulolytic strain and ethanolic strain were cultured in the same system. To survey the optimal production condition for ethanol, we established the two stages of co-culture system of alcohol production and the one stage of co-culture system which was using of the immobilized cell technology. In the first part of the experiment, on the two stages and one time of co-culture of cellulolytic strain Bacillus subtilis (H8) and ethanolic strain WLP041 were carried out to find a feasible study. It was found that the ethanol yield production concentrated 244.7 mg/L. By contrast, in the period of co-culturing, the maximum ethanol production concentration was 257.9 mg/L. Then, subsequent experiment of co-culture of yeast and Trichoderma sp. were conducted with higher ethanol yield at pH 5~5.6. Containing 1 g of Pennisetum powder as the carbon source in the culture medium and adding organic nitrogen source, it could promote the growth of Trichoderma sp. and immobilized yeast which enhanced the production of ethanol and the ethanol yield could reach to 652.3 mg/L. The experimental results show that the immobilized yeast for ethanol production, after the third day found the maximum ethanol content is 1,106.9 mg/L. In the other method, the P. alopecoider powder in 0.2 M HCl aqueous solution, the shake time at 60 min, 100℃, can be hydrolyzed to higher reduce sugar content of the hydrolyzate. The hydrolyzate and acid-treated powder with the period of co-culturing systems produced ethanol, after the third day found that the maximum ethanol production concentration was 1,266 mg/L, which was the highest in this experiment.
• 通訊作者: Y
• 發表形式: 75
• 發表地點: 94



• 學年度: 105
• 計畫案號: 無
• 論文名稱: Solid State Production of Xylanase Using Deoiled Jatropha curcas Seed Cake by Bacillus smithii.
• 作者順序: 24
• 期刊名稱: Taiwanese Journal of Agricultural Chemistry and Food Science
• 發表卷數: 54
• 發表期數: 4
• 發表月份: 8
• 發表年份: 2016
• 摘要:
• 通訊作者: N
• 發表形式: 61
• 發表地點: 94