Research in IAM - MSc Briefings

This share contains a set of slides intended to help Web Technology MSc students become acquainted with the research in IAM and so to choose a topic for their summer projects and dissertations.

MSc Audiology library induction, 2010

Library induction given to the postgraduate audiology students in October 2010. Session covers an introduction to the Hartley library including Library of Congress classification, finding items from reading lists, print journals, e-journals, search strategies including boolean operators and truncation and using online databases, in particular Web of Science.

MSc Sound & Vibration Library Induction, October 2010

Library induction and information skills for MSc Sound and Vibration, given in October 2010. As well as an introduction to the hartley Library and the LoC classification scheme, it covers finding material from reading lists, e-journals, making up search strategies and searching online databases using boolean operators.

Introductory lecture and activities (MSc)

Use across a series of lectures to introduce the module, focus on the topic of interdisciplinarity and get to know the group. Includes link to mendeley group

MSc Web Science Programme Specification

Useful reference for learning outcomes

Método e kit para a identificação de polimorfismos associados à morte súbita cardíaca (msc)

A presente invenção descreve um método e kit para a identificação de polimorfismos associados à morte súbita cardíaca (MSC) . A tecnologia desenvolvida promove a análise em conjunto de SNPs (polimorfismo de um único nucleotídeo) relacionados à MSC. Esta técnica poderá ser utilizada na genética forense e médica, para auxiliar no diagnóstico de causa de morte e doenças cardiovasculares, respectivamente, bem como na identificação da pré-disposição genética ao desenvolvimento destas doenças.

Mesenchymal stem cells (MSC) prevented the progression of renovascular hypertension, improved renal function and architecture

Renovascular hypertension induced by 2 Kidney-1 Clip (2K-1C) is a renin-angiotensin-system (RAS)-dependent model, leading to renal vascular rarefaction and renal failure. RAS inhibitors are not able to reduce arterial pressure (AP) and/or preserve the renal function, and thus, alternative therapies are needed. Three weeks after left renal artery occlusion, fluorescently tagged mesenchymal stem cells (MSC) (2×10(5) cells/animal) were injected weekly into the tail vein in 2K-1C hypertensive rats. Flow cytometry showed labeled MSC in the cortex and medulla of the clipped kidney. MSC prevented a further increase in the AP, significantly reduced proteinuria and decreased sympathetic hyperactivity in 2K-1C rats. Renal function parameters were unchanged, except for an increase in urinary volume observed in 2K-1C rats, which was not corrected by MSC. The treatment improved the morphology and decreased the fibrotic areas in the clipped kidney and also significantly reduced renal vascular rarefaction typical of 2K-1C model. Expression levels of IL-1β, TNF-α angiotensinogen, ACE, and Ang II receptor AT1 were elevated, whereas AT2 levels were decreased in the medulla of the clipped kidney. MSC normalized these expression levels. In conclusion, MSC therapy in the 2K-1C model (i) prevented the progressive increase of AP, (ii) improved renal morphology and microvascular rarefaction, (iii) reduced fibrosis, proteinuria and inflammatory cytokines, (iv) suppressed the intrarenal RAS, iv) decreased sympathetic hyperactivity in anesthetized animals and v) MSC were detected at the CNS suggesting that the cells crossed the blood-brain barrier. This therapy may be a promising strategy to treat renovascular hypertension and its renal consequences in the near future.

Intra-Arterial MSC Transplantation Restores Functional Capacity After Skeletal Muscle Trauma

Skeletal muscle trauma leads to severe functional deficits, which cannot be addressed by current treatment options. Our group could show the efficacy of local transplantation of mesenchymal stroma cells (MSCs) for the treatment of injured muscles. While local application of MSCs has proven to be effective, we hypothesized that a selective intra-arterial transplantation would lead to a better distribution of the cells and so improved physiological recovery of muscle function.

Himantophyllum cyrthanthiflorum Lindl. msc. : Ein neuer Amaryllideen-Blendling

anonym