View Author
scopus: 7404688114

Muller, M.

(Mees Muller)


vertebrae lordotic lordosi lordotic vertebrae moment sampling 38- vertebra calci fication group specimen effect sea bass column respect / journal activity spine curvature haemal journal ridge muscle activity dorso-ventral fication calci aquaculture length skeleton biomechanic animal divanach muscle dorsal micro-ct volume koumoundouro study value deformity strain failure non-lordotic vertebrae article stage increase press kranenbarg 1239–1246 non-lordotic kihara ventral loading signi analysis bone volume zygapophyse fi rst effect 37.5 mm 10 mm tl sea bream loading regime haemal spines dicentrarchu articulating surfaces postzygapophyse adaptive response specimen wct 38-s architecture european sea bass chatain fl exural stiffness labrax haemal arches response development regression sample biomechanical log-transformed




1 Most Recent Publications

Lordotic vertebrae in sea bass (Dicentrarchus labrax L.) are adapted to increased loads (Article)
Kranenbarg, S. Waarsing, J.H. Muller, M. Weinans, H.H. Leeuwen, J.L. van
2005-06-01