Results 221 to 230 of about 5,621 (267)
Culture methods for the fleas Pulex irritans (L.) and Pulex simulans (Baker).
Bulletin of the World Health Organization, 2010 B W, Hudson, F M, Prince
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A modified surgical method for treating Baker's cyst in children
The Knee, 2008Surgery for Baker's cysts in children is plagued by high recurrent rate after the operation. In this study, a modified surgical method is developed to avoid the recurrence. Between 1995 and 2002, nine symptomatic Baker's cysts were excised in nine children, including six boys and three girls with a mean age of 5.7 years, were reviewed retrospectively ...
Jian-Chih, Chen +6 more
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Baker’s Method and Tijdeman’s Argument
2014This chapter is somewhat isolated and can be read (almost) independently of the others. We discuss in it the application of Baker’s method to Diophantine equations of Catalan type. We give a brief introduction to this method, show how it applies to classical Diophantine equations, and reproduce the beautiful argument of Tijdeman, who proved that ...
Yuri F. Bilu +2 more
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A generalization of the Peano-Baker method
Journal of the Franklin Institute, 1972Abstract An improvement of the Peano-Baker iterative method (matrizant method) for solving a system of first order linear differential equations with variable coefficients is presented. The new method utilizes the structure of the matrix of coefficients to define iterative schemes which may converge much more rapidly than the traditional method.
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Solving superelliptic diophantine equations by Baker's method
1998We describe a method for complete solution of the superelliptic Diophantine equation ay^p=f(x). The method is based on Baker's theory of linear forms in the logarithms. The characteristic feature of our approach (as compared with the classical method is that we reduce the equation directly to the linear forms in logarithms, without intermediate use of ...
Bilu, Yuri, Hanrot, Guillaume
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1989
Baker’s method does not actually prove Siegel’s theorem in full generality, but in every case where it applies, it is effective.
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Baker’s method does not actually prove Siegel’s theorem in full generality, but in every case where it applies, it is effective.
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2000
In Chap. 4 we deduced Baker’s Theorems 1.5 and 1.6 from Schneider-Lang’s Criterion. The proof used an extension of Gel’fond’s method in several variables. In Chapters 6 and 7, we extended Schneider’s method in several variables in order to prove the homogeneous transcendence result (Theorem 1.5) as well as quantitative refinements.
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In Chap. 4 we deduced Baker’s Theorems 1.5 and 1.6 from Schneider-Lang’s Criterion. The proof used an extension of Gel’fond’s method in several variables. In Chapters 6 and 7, we extended Schneider’s method in several variables in order to prove the homogeneous transcendence result (Theorem 1.5) as well as quantitative refinements.
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A two-step integration method for seamless gene deletion in baker’s yeast
Analytical Biochemistry, 2013In this study, we developed a seamless gene deletion method through a two-step integration protocol to construct an industrial baker's yeast with NTH1 deletion. A fusion fragment consisted of the upstream sequence, and the downstream sequence of NTH1 was subcloned into an integrating plasmid containing a URA3 counter-selection marker for excision of ...
Jian, Dong +6 more
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A Simple Method to Detect Complement Receptors using Baker's Yeast: YC Rosettes
Scandinavian Journal of Immunology, 1979A technique is described to identify complement‐receptor‐bearing cells, using serum‐treated baker's yeast as a ligand. The method consists of incubation of heat‐killed baker's yeasts with fresh AB normal serum, freezing, thawing, and washing of the particles, followed by mixing with the cells.
I, Rivero +5 more
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World Journal of Microbiology and Biotechnology, 2013
Measuring yeast biomass is important in the processes of microbial fermentations. It has been demonstrated that synchronous light scattering (SLS) signals could be applied for the quantification of model bioparticles such as Saccharomyces cerevisiae.
Zhen, Wang +3 more
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Measuring yeast biomass is important in the processes of microbial fermentations. It has been demonstrated that synchronous light scattering (SLS) signals could be applied for the quantification of model bioparticles such as Saccharomyces cerevisiae.
Zhen, Wang +3 more
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