Results 1 to 10 of about 283 (218)
Complement in trauma—Traumatised complement? [PDF]
Physical trauma represents a major global burden. The trauma‐induced response, including activation of the innate immune system, strives for regeneration but can also lead to post‐traumatic complications. The complement cascade is rapidly activated by damaged tissue, hypoxia, exogenous proteases and others.
Markus S. Huber‐Lang +4 more
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Subgraph Complementation [PDF]
AbstractA subgraph complement of the graph G is a graph obtained from G by complementing all the edges in one of its induced subgraphs. We study the following algorithmic question: for a given graph G and graph class $${\mathscr {G}}$$G, is there a subgraph complement of G which is in $${\mathscr {G}}$$G?
Fomin, Fedor V. +3 more
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SUBSTITUTING COMPLEMENTS [PDF]
The presence of multiple sellers in the provision of (nonsubstitutable) complementary goods leads to outcomes that are worse than those generated by a monopoly (with a vertically integrated production of complements), a problem known in the economic literature as complementary oligopoly and recently popularized in the legal literature as the tragedy of
PARISI, FRANCESCO, G. Dari Mattiacci
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Mutations in many genes can result in a similar phenotype. Finding a number of mutants with the same phenotype tells you little about how many genes you are dealing with, and how mutable those genes are until you can assign those mutations to genetic loci. The genetic assay for gene assignment is called the complementation test.
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AbstractWe prove that, with very few exceptions, every graph of order n, n − 0, 1(mod 4) and size at most n − 1, is contained in a self‐complementary graph of order n. We study a similar problem for digraphs.
Benhocine, A., Wojda, A.P.
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Complementing the inflammasome [PDF]
SummaryThe innate immune system is an ancient surveillance system able to sense microbial invaders as well as aberrations in normal cell function. No longer viewed as a static and non‐specific part of immunity, the innate immune system employs a plethora of specialized pattern recognition sensors to monitor and achieve homeostasis; these include the ...
Martha, Triantafilou +3 more
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Complementable operators and their Schur complements
In this paper, we characterize complementable operators and provide more precise expressions for the Schur complement of these operators using a single Douglas solution. We demonstrate the existence of subspaces where the given operator is invariably complementable. Additionally, we investigate the range-Hermitian property of these operators.
Naik, Sachin Manjunath, Johnson, P. Sam
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AbstractA new proof is given for Haynsworth's formula for Schur's complement.
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In this issue of Blood , [Jodele et al][1][1][2] build upon earlier work on the role of complement in the pathophysiology[2][3] and therapy[3][4] of transplant-associated thrombotic microangiopathy (TA-TMA) by exploring genetic predisposition for developing this complication.
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The interpretation of [+distal] in demonstratives and complementizers. [PDF]
Staps C, Rooryck J.
europepmc +1 more source

