Results 231 to 240 of about 285,330 (265)
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Punishing Factors for Finitely Connected Domains
Monatshefte für Mathematik, 2005For finitely connected hyperbolic domains \(\Omega\) and \(\Pi\) in the complex plane, let \(R(z,\Omega)\) denote the hyperbolic radius of \(\Omega\) at \(z\) and \(R(w,\Pi)\) the hyperbolic radius of \(\Pi\) at \(w\). The set of functions \(f\) that are analytic in \(\Omega\) and such that all values \(f(z)\) lie in \(\Pi\) is denoted by \(A(\Omega ...
Avkhadiev F., Wirths K.
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The School Connection Scale: A Factor Analysis
Psychological Reports, 2000An individual's feeling of connection with a social system has been viewed by diverse traditions as an important predictor of social behavior. While some of these theoretical traditions have conceptualized and assessed a feeling of connection as a global phenomenon, more recent work has focused on the development of measures for separate contexts in ...
R A, Brown, G K, Leigh, K, Barton
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Independence number, connectivity, and r‐factors
Journal of Graph Theory, 1989AbstractWe show that if r ⩾ 1 is an odd integer and G is a graph with |V(G)| even such that k(G) ⩾ (r + 1)2/2 and (r + 1)2α(G) ⩽ 4rk(G), then G has an r‐factor; if r ⩾ 2 is even and G is a graph with k(G) ⩾ r(r + 2)/2 and (r + 2)α(G) ⩽ 4k(G), then G has an r‐factor (where k(G) and α(G) denote the connectivity and the independence number of G ...
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Connective Tissue Growth Factor
Arteriosclerosis, Thrombosis, and Vascular Biology, 1997Abstract Connective tissue growth factor (CTGF) is a novel cysteine-rich, secreted peptide, which is implicated in human atherosclerosis and fibrotic disorders such as systemic scleroderma. CTGF is a member of the peptide family that includes serum-induced immediate early gene products, a v- src –induced
B S, Oemar, T F, Lüscher
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CCN2, the connective tissue growth factor
Journal of Molecular Medicine, 2007The role of extracellular matrix proteins in signaling control and regulation of response to injury, particularly in terms of scarring, is a topic of major importance. Blatant clinical examples of disturbed scarring are keloid production and systemic sclerosis, better known as scleroderma [1, 2].
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A degree condition for the existence of connected factors [PDF]
Australas. J Comb., 1996 Summary: Let \(G\) be a connected graph of order \(n\), let \(f\) and \(g\) be two positive integer functions defined on \(V(G)\) satisfying \(2\leq f(v)\leq g(v)\) for each vertex \(v\in V(G)\). We prove that if \(G\) has a \([f,g]\)-factor \(F\) and, moreover, among any three independent vertices of \(G\) there are (at least) two vertices with degree
Yanjun Li, Mao-cheng Cai
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Exogenous Factors in Connective Tissue Diseases
2007Exogenous factors implicated in or suspected of precipitating connective tissue diseases are reviewed. These include environmental agents, such as ultraviolet light, drugs, chemicals, pesticides, heavy metals, infectious viruses, and bacteria. The possible roles of occupational exposures and the environmental factors early in life are discussed as well.
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Regular factors in connected regular graphs
Ars Comb., 2003The author studies sufficient conditions for existence of a \(k\)-factor in a \(d\)-regular \(\sigma \)-connected graph \(G\) of order \(n\) where both the products \(nk\) and \(nd\) are even. The main result of the paper is of the following form: \(G\) has a \(k\)-factor if both \(d\) and \(k\) are even or \(d\leq K_1\) or ...
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