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Filamentous Growth in Activated Sludge
Applied Biochemistry and Biotechnology, 1996Bulking and foaming in activated sludge have been associated with filamentous overgrowth. Filamentous Nocardia amarae and nonfilamentous Pseudomonas auruginosa were cultured using fatty acids (C2-C24) as the sole carbon. N. amarae could utilize all acids tested for growth, whereas P. auruginosa hardly grew on acids with 12 or more carbons.
H, Chua, K N, Tan, M W, Cheung
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Growth of filaments and saturation of the filamentation instability
Physics of Plasmas, 2010The filamentation instability of counterstreaming beams is a nonresonant hydrodynamic-type instability whose growth rate is a smooth function of the wavelength (scale). As a result, perturbations with all unstable wavelengths develop, and the growth saturates due to the saturation of available current.
Gedalin, M. +6 more
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Water Science and Technology, 1998 An investigation comprising four studies was undertaken to determine possible factors affecting the growth of several different types of filamentous microorganisms present in a bulking industrial wastewater activated sludge. Results from laboratory-scale
Clifford W Randall
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Growth of attached actin filaments
The European Physical Journal E, 2006In several studies of actin-based cellular motility, the barbed ends of actin filaments have been observed to be attached to moving obstacles. Filament growth in the presence of such filament-obstacle interactions is studied via Brownian dynamics simulations of a three-dimensional energy-based model.
J, Zhu, A E, Carlsson
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Growth Mechanisms and Growth Kinetics of Filamentous Microorganisms
Critical Reviews in Biotechnology, 1991Filamentous microorganisms are of major biotechnological importance, being responsible for production of the majority of secondary metabolites, particularly antibiotics. Two main groups are involved, filamentous fungi and filamentous actinomycetes, particularly the streptomycetes.
J I, Prosser, A J, Tough
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Filamentous Systems With Apical Growth
International Journal of Computer Mathematics, 1983In this paper we propose a new family of languages called Filamentous Systems with Apical Growth (AGFS), where the growth takes place only at the two ends of a sentential form. At each step of a derivation either a left rule to the left-most symbol or a right rule to the rightmost symbol of a sentential form is applied.
Kamala Krithivasan, Nalinakshi Nirmal
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Carbon, 1971
Abstract The growth of filaments has been observed to occur on a carbon substrate. Characterization of the filaments indicates that they are graphitic and of three different types: 1. (1) tubular, 2. (2) twisted, irregular, and 3. (3) balloon-like.
Morton L. Lieberman +2 more
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Abstract The growth of filaments has been observed to occur on a carbon substrate. Characterization of the filaments indicates that they are graphitic and of three different types: 1. (1) tubular, 2. (2) twisted, irregular, and 3. (3) balloon-like.
Morton L. Lieberman +2 more
openaire +1 more source