Imaging of Acute Lung Injury

Acute lung injury (ALI) is the clinical syndrome associated with histopathologic diffuse alveolar damage. It is a common cause of acute respiratory symptoms and admission to the intensive care unit. Diagnosis of ALI is typically based on clinical and radiographic criteria; however, because these criteria can be nonspecific, diagnostic uncertainty is common. A multidisciplinary approach that synthesizes clinical, imaging, and pathologic data can ensure an accurate diagnosis. Radiologists must be aware of the radiographic and computed tomographic findings of ALI and its mimics. This article discusses the multidisciplinary diagnosis of ALI from the perspective of the imager

Data from: Mode and tempo of sequence and floral evolution within the Anserineae

The Chenopodiaceae Tribe Anserineae Dumort was proposed to include the genus Spinacia and the genus Blitum. In addition to the recent domestication of Spinacia, the tribe demonstrates extensive evolution within its floral development. We test whether the development of dioecy, monoecy, and protogyny is reflected differentially among floral developmental versus non-floral developmental genes, and whether recent domestication leaves traces in the phylogenetic relationship within the genus Spinacia. The phylogenetic predictions consistently support the sister relationship of Spinacia sp. to a Blitum clade consisting of Blitum bonus-henricus, Blitum virgatum, and Blitum nuttallianum. Relative rates tests indicate a generally faster rate of nucleotide substitutions within Spinacia. Tests of selection indicate that there is generally purifying selection acting on the sequences. In addition, insertion/deletion (indel) events occur more prominently within the Spinacia clade and occur in both coding and intron regions. The phylogenetic relationships within this tribe calls into question the hypothesis that dioecy in Spinacia evolved from a monoecious grade. The evidence for purifying selection in Spinacia suggests that the increased nucleotide substitution rates are not driving protein evolution, in contrast to evidence of protein sequence and structure evolution driven by indels. There is no footprint of domestication on sequence evolution, and we cannot detect phylogenetic signals that would support separation of the Spinacia accessions into three distinct taxa

Anserineae_matK

Alignment of matK sequences from Anserineae. C. album is the outgroup

Marketing investigation of the consumer's behaviour of Czech footballers on the market with football shoes

Title: Marketing investigation of the consumer's behaviour of Czech footballers on the market with football shoes Objectives: The main objective of this master thesis is a closer recognition of the consumer's behavior of the target group of Czech Footballers of all levels on the market with football shoes. Methods: Methods electronical survey and Pearson Chi square test are used in this master thesis. Results: The result of this master thesis are new findings in the area of the consumer's behaviour of Czech football players on the market with football shoes. These findings are summarized in the chapter conclusion and they result into recommendations for subjects that are active on the Czech market with football shoes. Key words: football, sporting good, football shoes, marketing investigation, consumer's behaviou

Anserineae_AG

Alignment of PI sequences from Anserineae. Sequences include introns. C. album is the outgroup

Anserineae_AP3cdn

Alignment of AP3 sequences from Anserineae. Sequences derived from mRNA and do not include introns. C. album is the outgroup

Anserineae_PI

Alignment of PI sequences from Anserineae. Sequences include introns. C. album is outgroup

Anserineae_AP3

Alignment of AP3 sequences from Anserineae. Sequences include introns. C. album is the outgroup

Anserineae_UFO

Alignment of UFO gene from Anserineae with C. album as an outgroup

Anserineae_PIcdn

Alignment of PI sequences from Anserineae. Sequences derived from mRNA and do not include introns. C. album is the outgroup