Search Results

You are looking at 1 - 10 of 95 items for :

  • "diversity" x
  • Materials and Applied Sciences x
  • All content x
Clear All

, P., Capece , A. & Jespersen , L. (2006): Taxonomic and ecological diversity of food and beverage yeasts.-in: Querol , A. & Fleet , G.H. (Eds) The yeast handbook: Yeasts in food and beverages . Springer-Verlag, Berlin, Germany, pp. 13

Restricted access

126 132 Cardenas , E. & Tiedje , J.M. (2008): New tools for discovering and characterizing microbial diversity. Curr. Opin. Biotechnol ., 19 , 544

Restricted access

Mining and processing activities in the former mining Middle Spis area caused serious environmental problems. The aim of the study is to determine the content of heavy metals (Cu, As, Pb, Fe, Hg) in water and describe the flora diversity along the Rudnansky creek, which flows through the area. Chemical (pH) and physical (water conductivity, oxygen saturation) water properties were also evaluated. High values of copper and mercury were determined at the localities close to the tailing pond and mercury processing plant. Presence of plant species resistant to heavy metals, such as Calamagrostis epigejos, Arctium lappa, Cirsium rivulare, Geranium palustre, indicates toxic element pollution.

Restricted access

The chemical and microbiological changes during spontaneous <italic>budu</italic> fermentation were elucidated on monthly basis (1–12 months). A significant increase (P<0.05) in pH, acidity, soluble protein, total protein, and moisture content was observed during <italic>budu</italic> fermentation, except for the fat content. The total microbial load decreased gradually from the initial of 6.13±0.01 to 3.45±0.13 log CFU g−1 after 12 months of fermentation. Overall, 150 isolates were identified, with a majority of bacteria (77%), followed by yeasts (12%) and 11% of unconfirmed species. Micrococcus luteus was the predominant strain that initiated the fermentation before it was replaced by Staphylococcus arlettae that exists throughout the fermentation. This study confirmed that lactic acid bacteria and yeasts often coexist with other microorganisms, even though a microbiological succession usually takes place both between and within species, which shaped the chemical and sensory characteristics of the final product. In addition, some of the isolates could be potentially valuable as starter cultures for further improved and controllable <italic>budu</italic> fermentation.

Restricted access
Resolution and Discovery
Authors: Mirko Ruščić, Antonio Vidović, Goran Kovačević, and Damir Sirovina

) the diversity of microprocessors used in everyday teaching practice; (4) the attitude of the teacher regarding the microscopic method; and (5) the reasons for not using the microscope. 2. Experimental Details The

Open access

Introduction The formation of nanostructured materials from waste materials has appeared in recent years [ 1 ]. Nanocarbon materials derived from natural waste materials reveal diversity, and high-performance nanostructured

Open access
Resolution and Discovery
Authors: Nada Žnidaršič, Polona Mrak, Eva Rajh, Kristina Žagar Soderžnik, Miran Čeh, and Jasna Štrus

. ; Roer , R. ; Shafer , T. ; Modla , S. The Crustacean Integument: Structure and Function, in Functional Morphology and Diversity , Watling , L. ; Thiel , M. eds., Oxford University Press , New York , 2013 , pp. 140 – 166 . 10.1093/acprof

Open access
International Review of Applied Sciences and Engineering
Authors: Ahmed S. Al-Zuhairi, Alaa H. Altimimy, Ali T. Al-Aqbi, and Hazim M. Al-Kargole

many chains in the network and the longest chain length is small fraction of the total nodes (diversity is about one) this network is of poor efficiency and cannot be used to any communication tasks, while if a diversity near zero indicates that more

Open access

] Zhang W. , Letaief K. ( 2008 ), Cooperative spectrum sensing with transmit and relay diversity in cognitive radio networks . IEEE Transactions on Wireless Communications , 7 ( 12 ), 4761 – 4766

Open access

design diversity . Proceedings of the IEEE , 74 ( 5 ), 629 – 638 . [5] Monkman S. , Schagaev I. ( 2013 ). Redundancy + Repeatability

Open access