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Microfluidics is a field which has the potential to revolutionize medical diagnostics. The ability to sort and analyse cells by the use of portable handheld devices has the potential to enable sensitive devices for point-of-care diagnostics. This could play a major role in diagnosis of a wide range of diseases which are prevalent in remote areas in developing countries where a majority of the peop
Doktorandkurs vid Institutionen för informatik Kursöversikten nedan är skriven på engelska. Course overview This is an intermediate course in information systems (IS) research. The assumption is that course participants have already taken (or will be taking) an introductory course in research in IS that covers some of the foundational elements of research within the IS academic discipline. The IS
OP-JPEP150093 373..383 Predicting Later Study Withdrawal in Participants Active in a Longitudinal Birth Cohort Study for 1 Year: The TEDDY Study Suzanne Bennett Johnson,1 PHD, Kristian F. Lynch,2 PHD, Judith Baxter,3 MA, Barbro Lernmark,4 PHD, Roswith Roth,5 PHD, Tuula Simell,6 PHD, Laura Smith,2 PHD, and The TEDDY Study Group7 1Department of Behavioral Science and Social Medicine, Florida State U
https://www.teddy.lu.se/sites/teddy.lu.se/files/10212016_679_49_mp31_johnson_jpp_2015_1.pdf - 2026-07-23
Sensing and manipulating living cells using vertical nanowire devices requires a complete understanding of cell behavior on these substrates. Changes in cell function and phenotype are often triggered by events taking place at the plasma membrane, the properties of which are influenced by local curvature. The nanowire topography can therefore be expected to greatly affect the cell membrane, emphas
AIM: SYT11 and SYT13, two calcium-insensitive synaptotagmins, are downregulated in islets from type-2 diabetic donors, but their function in insulin secretion is unknown. To address this, we investigated the physiological role of these two synaptotagmins in insulin secreting cells.METHODS: Correlations between gene expression levels were performed using previously described RNA-seq data on islets
High-resolution laser-spectroscopy measurements of hyperfine structure and isotope shifts were performed for the 6snd 1 D 2 sequence of Ba-I in the regionn=12–24. Stepwise laser excitations of a collimated atomic beam were used. A strong influence on the hyperfine structure is observed at the perturbation atn=14, caused by interaction with the 5d7d configuration. Whereas the isotope shift for the
Highly sensitive biosensors were developed for environmental and medical applications. The biosensors were based on bioengineered proteins as biorecognition elements coupled to a highly sensitive capacitive transducer. Heavy metal binding proteins like the metallothionein SmtA, regulatory protein MerR, periplasmic protein MerP and the synthetic phytochelatin EC20 were used for designing, construc
Vehicular networks bring new ways of viewing road traffic management and safety applications. For the first time, it will be possible for vehicles to exchange information and build fine-grained knowledge about the current situation, estimating risks and adapting their driving. Central to these applications is the need to exchange information in a highly dynamic environment, building a view of the
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The topic of this thesis is the optimal control of transportation networks. The problem studied is a dynamical extension of a classical problem in economics, in which the objective is to distribute goods to maximize welfare, whilst satisfying constraints on production and consumption. The main contribution is to show that for a class of welfare functions and dynamics, the optimal control is highly
https://www.psy.lu.se/cercap - 2026-07-23
