
Marie Bonneel- PhD Student at University of Mons
Marie Bonneel
- PhD Student at University of Mons
About
6
Publications
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Introduction
Skills and Expertise
Current institution
Education
September 2014 - June 2016
September 2011 - June 2014
Publications
Publications (6)
Mutable collagenous tissues (MCTs) from echinoderms (e.g., sea stars, sea urchins) possess the remarkable ability to change their mechanical properties rapidly and reversibly thanks to the release of effector molecules regulating the number of cross-links between collagen fibrils. Among these effector molecules, tensilin has been identified as a st...
In most animals, connective tissues such as the dermis or tendons present invariant mechanical properties, fine-tuned for their structural function. However, echinoderms, a group of sea creatures including sea cucumbers, possess the ability to voluntarily modify the mechanical properties of their connective tissues, which are therefore called mutab...
In non-model organisms, Next Generation Sequencing (NGS) technology improve our ability to analyze gene expression and identify new genes or transcripts of interest. In this research, paired-end Illumina HiSeq sequencing has been used to describe a composite transcriptome based on two libraries generated from dorsal and ventral integuments of the E...
Background: Marine biological adhesives are a promising source of inspiration for biomedical and industrial applications. Nevertheless, natural adhesives and especially temporary adhesion systems are mostly unexplored. Sea stars are able to repeatedly attach and detach their hydraulic tube feet. This ability is based on a duo-gland system and, upon...
Table S1: Overview of lectin binding specificity according to manufacturer Vector laboratories. Figure S1: Antibody labelling of tube foot sections from Asterias rubens (A,C) and Asterina gibbosa (B,D). Antibody directed against Sfp1α (A,B) and Sfp1β (C,D). Scale bars: 20 µm. Figure S2: Lectin labelling of tube foot sections from Asterina gibbosa w...
Despite their soft body and slow motion, sea cucumbers present a low predation rate, reflecting the presence of efficient defence systems. For instance, members of the family Holothuriidae rely on Cuvierian tubules for their defence. These tubules are normally stored in the posterior coelomic cavity of the animal, but when the sea cucumber is threa...