[ 12 grañthne 103 (101?) ginān

Pīr Imām Shāh, Pīr Sohodev, Pīr Shams, ... [et al.]].

[ Four ginān books

Pīr Imām Shāh ... [et al.]].

[ Three ginān books

Pīr Imām Shāh ... [et al.]].

Mûlgāvañtrī:pīr:emām:shāhānī

Publication data missing.

Atividade física adaptada na população com necessidades especiais

Na área da deficiência exige-se a intervenção de técnicos de diversas especialidades, atuando de forma articulada e concertada para responder às necessidades das pessoas com necessidades especiais. Neste contexto, o papel da atividade física, quando inserida em estilos de vida saudáveis, merece particular destaque, enquanto instrumento essencial para a melhoria da condição física, da qualidade de vida e do bem-estar das pessoas com deficiência. O conceito de atividade física na população com deficiência está igualmente associado a vertentes como a reabilitação, educação, competição e recreação, sendo cada vez mais evidente a ênfase colocada nos seus benefícios físicos, sociais e psicológicos. Em suma: a atividade física adaptada parece poder contribuir para desencadear efeitos positivos na sua saúde. O objetivo principal foi consolidar a visão estrutural e teórica do conceito de deficiência, necessidades especiais, atividade física adaptada e estilos de vida saudáveis.

Desenvolvimento da linguagem oral e interação educação-criança na educação pré-escolar

Relatório de estágio apresentado para obtenção do grau de mestre na especialidade profissional de Educação pré-escolar

OvisOme: atualização da base de dados de Ovis aries

Introduction: The Omics sciences are part of the research and diagnostic routines in human health. However, their application in veterinary sciences is still sparse, albeit the increasing number of proteomics studies published, especially regarding farm animals. The amount of information accumulated by these high throughput techniques, makes the existence of specialized databases fundamental. These databases are essential to store, annotate and make available to the scientific community, all the information gathered by the different omics studies, so that researchers can use it to understand the physio pathological mechanisms underlying sheep diseases, as well as to develop new and improved diagnostic, prognostic and therapeutic strategies. Objetive: The aim of this work is to present the OvisOme database and to demosntrate how it can be used to understand the molecular mechanisms urderlying sheep disease. Methodologies: OvisOme compiles all proteins identified by proteomics studies of Ovis aries. The proteins are annotated as to the sample characterization, the proteomics techniques used and all the data the authors refer regarding the donor sheep’s health. Results: The database currently has 1451 proteins, associated to 8 diseases and 10 breeds. When compared to other proteomics databases, the OvisOme stores and displays more information than other databases not specific for sheep, such as UniProt. Conclusion: OvisOme is a valuable tool for the study of the molecular mechanisms underlying sheep health and disease.

Chiral, Three-Dimensional Supramolecular Compounds: Homo- and Bimetallic Oxalate- and 1,2-Dithiooxalate-Bridged Networks. A Structural and Photophysical Study.

In analogy to the [M(II)(bpy)(3)](2+) cations, where M(II) is a divalent transition-metal and bpy is 2,2'-bipyridine, the tris-chelated [M(III)(bpy)(3)](3+) cations, where M(III) is Cr(III) or Co(III), induce the crystallization of chiral, anionic three-dimensional (3D) coordination polymers of oxalate-bridged (&mgr;-ox) metal complexes with stoichiometries [M(II)(2)(ox)(3)](n)()(2)(n)()(-) or [M(I)M(III)(ox)(3)](n)()(2)(n)()(-). The tripositive charge is partially compensated by inclusion of additional complex anions like ClO(4)(-), BF(4)(-), or PF(6)(-) which are encapsulated in cubic shaped cavities formed by the bipyridine ligands of the cations. Thus, an elaborate structure of cationic and anionic species within a polymeric anionic network is realized. The compounds isolated and structurally characterized include [Cr(III)(bpy)(3)][ClO(4)] [NaCr(III)(ox)(3)] (1), [Cr(III)(bpy)(3)][ClO(4)][Mn(II)(2)(ox)(3)] (2), [Cr(III)(bpy)(3)][BF(4)] [Mn(II)(2)(ox)(3)] (3), [Co(III)(bpy)(3)][PF(6)][NaCr(III)(ox)(3)] (4). Crystal data: 1, cubic, P2(1)3, a = 15.523(4) Å, Z = 4; 2, cubic, P4(1)32, a = 15.564(3) Å, Z = 4; 3, cubic, P4(1)32, a = 15.553(3) Å, Z = 4; 4, cubic, P2(1)3, a = 15.515(3) Å, Z = 4. Furthermore, it seemed likely that 1,2-dithiooxalate (dto) could act as an alternative to the oxalate bridging ligand, and as a result the compound [Ni(II)(phen)(3)][NaCo(III)(dto)(3)].C(3)H(6)O (5) has successfully been isolated and structurally characterized. Crystal data: 5, orthorhombic, P2(1)2(1)2(1), a = 16.238(4) Å, b = 16.225(4) Å, c = 18.371(5) Å, Z = 4. In addition, the photophysical properties of compound 1 have been investigated in detail. In single crystal absorption spectra of [Cr(III)(bpy)(3)][ClO(4)][NaCr(III)(ox)(3)] (1), the spin-flip transitions of both the [Cr(bpy)(3)](3+) and the [Cr(ox)(3)](3)(-) chromophores are observed and can be clearly distinguished. Irradiating into the spin-allowed (4)A(2) --> (4)T(2) absorption band of [Cr(ox)(3)](3)(-) results in intense luminescence from the (2)E state of [Cr(bpy)(3)](3+) as a result of rapid energy transfer processes.

Dissolved organic carbon in sediments of the central Arctic Ocean collected during POLARSTERN cruise ARK-XXVII/3 from August-September 2012

Marine organic matter (OM) sinks from surface waters to the seafloor via the biological pump. Benthic communities, which use this sedimented OM as energy and carbon source, produce dissolved organic matter (DOM) in the process of remineralization, enriching the sediment porewater with fresh DOM compounds. We hypothesized that in the oligotrophic deep Arctic basin the molecular signal of freshly deposited primary produced OM is restricted to the surface sediment pore waters which should differ from bottom water and deeper sediment pore water in DOM composition. This study focused on: 1) the molecular composition of the DOM in sediment pore waters of the deep Eurasian Arctic basins, 2) whether the signal of marine vs. terrigenous DOM is represented by different compounds preserved in the sediment pore waters and 3) whether there is any relation between Arctic Ocean ice cover and DOM composition. Molecular data, obtained via 15 Tesla Fourier transform ion cyclotron resonance mass spectrometer, were correlated with environmental parameters by partial least square analysis. The fresher marine detrital OM signal from surface waters was limited to pore waters from < 5 cm sediment depth. The productive ice margin stations showed higher abundances of peptides, unsaturated aliphatics and saturated fatty acids formulae, indicative of fresh OM/pigments deposition, compared to northernmost stations which had stronger aromatic signals. This study contributes to the understanding of the coupling between the Arctic Ocean productivity and its depositional regime, and how it will be altered in response to sea ice retreat and increasing river runoff.