1,722,089 research outputs found
D1.1 - ASCLEPIOS Technical, Security, Healthcare and Data Privacy Requirements
No full textDocumentation of the technical and security requirements that will guide the development and will define the capabilities of the IT components of ASCLEPIOS
D1.2 - ASCLEPIOS Reference Architecture, Security and E-health Use Cases, and Acceptance Criteria
No full textDocumentation of the overall architecture, describing the main components and artefacts of ASCLEPIOS, the interconnection scheme and the specific interfaces for exchange of information among them will be designed and described in detail. Furthermore, a description of the security and eHealth use cases to be implemented is provided, as well as a suitable set of acceptance criteria for the validation of the mechanisms developed within ASCLEPIOS
The complete mitochondrial genome sequence of Asclepios apicalis (Gerromorpha: Gerridae)
No full textIn this study, the complete mitochondrial genome of Asclepios apicalis was sequenced and assembled, which was first reported in Asclepios. The mitogenome of Asclepios apicalis was 15,391 bp in length, and it contained 22 transfer RNA (tRNA) genes, two ribosomal RNA (rRNA) genes, 13 protein-coding genes (PCGs), and a control region (D-loop), the overall base nucleotide compositions encoded was 42.9% A, 14.3% C, 10.0% G, and 32.8% T
Asclepios annadalei Distant 1915
No full textAsclepios annadalei Distant, 1915 Material examined. – (all apterous): Pantai Rhu: 7 males, 5 females, KV4. Jalan Tanjung Rhu, mangroves: 5 males, 3 females, HZL6. Distribution. – From India to the Malay Peninsula (Chen et al., 2005).Published as part of Zettel, Herbert & Tran, A. D., 2009, First Inventory Of The Water Bugs (Heteroptera: Nepomorpha: Gerromorpha) Of Langkawi Island, Kedah, Malaysia, pp. 279-295 in Raffles Bulletin of Zoology 57 (2) on page 291, DOI: 10.5281/zenodo.534203
Chromosomal distribution of <i>Asclepios</i> genes.
No full text<p>Barplot comparing the chromosomal distribution of the differentially expressed genes (<i>p</i>-value<0.001–1,544 probesets) in blue to the overall background filtered dataset (19,667 probesets) in red. This barplot, based on the comparison between <i>Asclepios</i> and NCSCs, highlights the chromosome 11 enrichment after statistical univariate tests.</p
Cancer is one of the main biological function hit of <i>Asclepios</i>.
No full text<p>Microarray comparison between <i>Asclepios</i> and neural crest stem cell clones revealed 1,544 significant genes that were differentially expressed. Those genes were introduced in IPA for biological functions and pathway analyses. The results confirmed the tumor profile of <i>Asclepios</i> with cancer functions.</p
The Cult of Asclepios in Moesia and Thracia in 1st – 3rd cent. A.D.
No full textThe given abstract considers peculiarities of the development of temple medicine in Roman provinces Moesia and Thracia in the 1st – 3rd cent. A.D. through the appeal of the cult of Asclepios in the latter provinces
Edelstein (Emma et Ludwig). ASCLEPIOS. A Collection and interpretation of testimonies
No full textDelcourt Marie. Edelstein (Emma et Ludwig). ASCLEPIOS. A Collection and interpretation of testimonies. In: Revue belge de philologie et d'histoire, tome 27, fasc. 1-2, 1949. pp. 275-278
D3.2 - ASCLEPIOS Models Editor and Interpretation Mechanism
No full textThis deliverable reports on the ASCLEPIOS’s policies editing and lifecycle management software components for ABAC and ABE in the healthcare application domain
Chromowave profile of <i>Asclepios</i>, displays the first eigenvector that explains 84% of the variance between <i>Asclepios</i> and NCSC mix.
No full text<p>Each chromosomal signal has been wavelet transformed. Under and over expressions are respectively below or above 0 on the y-axis. The x-axis displays the chromosomal position labeled with cytoband names. A large part of the chromosome 11 is under expressed in <i>Asclepios</i>.</p
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