Full retention schedule in FE

Jisc Freedom of Information retention schedules Disclaimer We aim to provide accurate and current information on this website. However, we accept no liability for errors or ommissions, or for loss or damage arising from using this information. The statements made and views expressed in publications are those of the authors and do not represent in any way the views of the Service. The JISC infoNet Service offers general guidance only on issues relevant to the planning and implementation of information systems. Such guidance does not constitute definitive or legal advice and should not be regarded as a substitute therefor. The JISC infoNet Service does not accept any liability for any loss suffered by persons who consult the Service whether or not such loss is suffered directly or indirectly as a result of reliance placed on guidance given by the Service. The reader is reminded that changes may have taken place since issue, particularly in rapidly changing areas such as internet addressing, and consequently URLs and e-mail addresses should be used with caution. We are not responsible for the content of other websites linked to this site. No part of this Web site or its contents may be reproduced or distributed in any form except by bona fide UK public sector education establishments or in accordance with the provisions of the Copyright, Designs and Patents Act 1988 and any amending legislation. All reproductions require an acknowledgement of the source and the author of the work. Parties outside the education sector should contact JISC infoNet regarding use of these materials.

Viewpoints cards - full set

Viewpoints cards for developing successful student-staff partnerships.

Technology for employability - full report

This report is the result of a study into the role of technology in developing student employability.

Hybrid Qm/Mm Simulation Of The Hydration Phenomena Of Dipalmitoylphosphatidylcholine Headgroup

The polar headgroup of dipalmitoylphosphatidylcholine (DPPC) molecule both in gas phase and aqueous Solution is investigated by the hybrid quantum mechanical/molecular mechanical (QM/MM) method, in which the polar head of DPPC molecule and the bound water molecules are treated with density functional theory (DFT), while the apolar hydrocarbon chain of DPPC molecule is treated with MM method. It is demonstrated that the hybrid QM/MM method is both accurate and efficient to describe the conformations of DPPC headgroup. Folded structures of headgroup are found in gas phase calculations. In this work, both monohydration and polyhydration phenomena are investigated. In monohydration, different water association sites are studied. Both the hydration energy and the quantum properties of DPPC and water molecules are calculated at the DFT level of theory after geometry optimization. The binding force of monohydration is estimated by using the scan method. In polyhydration, more extended conformations are found and hydration energies in different polyhydration styles are estimated. (C) 2008 Elsevier Inc. All rights reserved.

rhegf-Loaded Plga-Alginate Microspheres Enhance The Healing Of Full-Thickness Excisional Wounds In Diabetised Wistar Rats

[EN] Diabetic foot ulcers (DFUs) represent a major clinical challenge in the ageing population. To address this problem, rhEGF-loaded Poly-Lactic-co-Glycolic-Acid (PLGA)-Alginate microspheres (MS) were prepared by a modified w/o/w-doubleemulsion/ solvent evaporation method. Different formulations were evaluated with the aim of optimising MSs properties by adding NaCl to the surfactant solution and/or the solvent removal phase and adding alginate as a second polymer. The characterization of the developed MS showed that alginate incorporation increased the encapsulation efficiency (EE) and NaCl besides increasing the EE also became the particle surface smooth and regular. Once the MS were optimised, the target loading of rhEGF was increased to 1% (PLGA-Alginate MS), and particles were sterilised by gamma radiation to provide the correct dosage for in vivo studies. In vitro cell culture assays demonstrated that neither the microencapsulation nor the sterilisation process affected rhEGF bioactivity or rhEGF wound contraction. Finally, the MS were evaluated in vivo for treatment of the full-thickness wound model in diabetised Wistar rats. rhEGF MS treated animals showed a statistically significant decrease of the wound area by days 7 and 11, a complete re-epithelisation by day 11 and an earlier resolution of the inflammatory process. Overall, these findings demonstrate the promising potential of rhEGF-loaded MS (PLGA-Alginate MS) to promote faster and more effective wound healing, and suggest its possible application in DFU treatment.

Suspensión trasera regulable para un a moto de competición: alternativa Full Floater

El trabajo consiste en el diseño y estudio de la suspensión por bieletas Full Floater para una moto de competición para el equipo Moto Student Bilbao. En este estudio, se busca la curva de rigidez optima para la suspensión y se diseñan mediante elementos finitos los elementos de los que se compone: triánngulo de suspensión, bieleta y las uniones entre elementos. [El muelle - amortiguador es un elemento suministrado por la organización]. A su vez, se realiza un diseño preliminar del basculante, donde se estudia este a rigidez y a resistencia. Por último, se nombra el posible proceso de fabricación.

Full and Model-Reduced Structure-Preserving Simulation of Incompressible Fluids

This thesis outlines the construction of several types of structured integrators for incompressible fluids. We first present a vorticity integrator, which is the Hamiltonian counterpart of the existing Lagrangian-based fluid integrator. We next present a model-reduced variational Eulerian integrator for incompressible fluids, which combines the efficiency gains of dimension reduction, the qualitative robustness to coarse spatial and temporal resolutions of geometric integrators, and the simplicity of homogenized boundary conditions on regular grids to deal with arbitrarily-shaped domains with sub-grid accuracy.

Both these numerical methods involve approximating the Lie group of volume-preserving diffeomorphisms by a finite-dimensional Lie-group and then restricting the resulting variational principle by means of a non-holonomic constraint. Advantages and limitations of this discretization method will be outlined. It will be seen that these derivation techniques are unable to yield symplectic integrators, but that energy conservation is easily obtained, as is a discretized version of Kelvin's circulation theorem.

Finally, we outline the basis of a spectral discrete exterior calculus, which may be a useful element in producing structured numerical methods for fluids in the future.

Dynamic full-range Fourier-domain optical coherence tomography using sinusoidal phase-modulating interferometry

We propose a technique for dynamic full-range Fourier-domain optical coherence tomography by using sinusoidal phase-modulating interferometry, where both the full-range structural information and depth-resolved dynamic information are obtained. A novel frequency-domain filtering algorithm is proposed to reconstruct a time-dependent complex spectral interferogram from the sinusoidally phase-modulated interferogram detected with a high-rate CCD camera. By taking the amplitude and phase of the inverse Fourier transform of the complex spectral interferogram, a time-dependent full-range cross-sectional image and depth-resolved displacement are obtained. Displacement of a sinusoidally vibrating glass cover slip behind a fixed glass cover slip is measured with subwavelength sensitivity to demonstrate the depth-resolved dynamic imaging capability of our system. (c) 2007 Society of Photo-Optical Instrumentation Engineers.

Diseño de un sistema de suspensión progresiva Full-Floater

[ES]El objetivo del trabajo consiste en diseñar y dimensionar un sistema de suspensión progresiva tipo Full-Floater para una moto de competición. Se debe hacer un diseño que se adapte a unas condiciones de progresividad y rigidez para un bloque amortiguador dado. Para el desarrollo del trabajo se suministran datos reales tomados de la competición Motostudent. El desarrollo se realiza mediante el software PTC Creo 2.0.