Ara mostrant els elements 1-7 de 7
Marcon, Luciano (Data de defensa: 2013-11-05)
The specification of the vertebrate limb skeleton is a classical model to study pattern formation during development. Two different theories have been proposed to explain this process: the Turing ...
Mayer, Jürgen (Data de defensa: 2015-11-10)
This thesis covers a number of technical developments, to improve mesoscopic imaging and analysis, with a focus on quantitative imaging. The main topic is attenuation in light sheet fluorescence ...
Raspopovic, Jelena (Data de defensa: 2014-10-28)
Aquesta tesi es centra en la identificació de les molècules de la xarxa de Turing que controla el patró dels dits en l'extremitat del ratolí. L’especificació dels dits ha estat explicada a la llum del ...
Lesnicar-Pucko, Gaja (Data de defensa: 2014-12-12)
In this work we use a novel in vivo imaging technique and cell behaviour analysis to investigate the cellular basis of limb bud elongation. Recently, it has become clear that oriented cell activities ...
Senthivel, Vivek Raj (Data de defensa: 2017-07-17)
Engineering self-organised spatial patterns based on reaction-diffusion models can be the stepping stone for tissue engineering. Previous reports based on both theoretical and experimental studies have ...
Böhm, Bernd R. (Data de defensa: 2011-05-18)
In this thesis we combine quantitative measurements of mouse limb morphogenesis and computer modelling to test a well established theory about the cellular mechanisms promoting limb elongation. A distally ...
Jiménez Asins, Alba (Data de defensa: 2016-05-11)
Per tal d'estudiar la relació complexa entre l'estructura d'un circuit genètic i la seva funció, ens centrem en estudiar dues proprietas: la seva capacitat evolutiva i la seva multi-functionalitat. ...