Journal of Theoretical Biology

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Journal description

Title Titel
Journal of Theoretical Biology
 
e-ISSN
1095-8541
 
ISSN
0022-5193
 
Publisher Herausgeber
ACADEMIC PRESS LTD- ELSEVIER SCIENCE LTD
 

Publications Publikationen

Results 1-9 of 9 (Search time: 0.001 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Vuong, Jenny ; Hellmich, Christian Bone Fibrillogenesis and Mineralization: Quantitative Analysis and Implications for Tissue ElasticityArtikel Article 2011
2Trichilo, Silvia ; Scheiner, Stefan ; Forwood, Mark ; David M.L., Cooper ; Pivonka, Peter Computational model of the dual action of PTH — Application to a rat model of osteoporosisArtikel Article 21-Jul-2019
3Fritsch, Andreas ; Hellmich, Christian ; Dormieux, Luc Ductile Sliding Between Mineral Crystals Followed by Rupture of Collagen crosslinks: Experimentally Supported Micromechanical Explanation of Bone StrengthArtikel Article 2009
4Scheiblauer, Johannes ; Scheiner, Stefan ; Joksch, Martin ; Kavsek, Barbara Fermentation of Saccaromyces Cerevisiae - Combining Kinetic Modeling and Optimization Techniques Points Out Avenues to Effective Process DesignArtikel Article 2018
5Morin, Claire ; Hellmich, Christian ; Henits, Peter Fibrillar Structure and Elasticity of Hydrating Collagen: A Quantitative Multiscale ApproachArtikel Article 2013
6Abdalrahman, T. ; Scheiner, S. ; Hellmich, C. Is Trabecular Bone Permeability Governed by Molecular Ordering-Induced Fluid Viscosity Gain? Arguments from Re-Evaluation of Experimental Data in the Framework of Homogenization TheoryArtikel Article 2015
7Morin, Claire ; Hellmich, Christian Mineralization-Driven Bone Tissue Evolution Follows from Fluid-To-Solid Phase Transformations in Closed Thermodynamic SystemsArtikel Article 2013
8de Borst, K. ; Bader, T.K. Structure-function relationships in hardwood - Insight from micromechanical modellingArtikel Article 2014
9Fritsch, Andreas ; Hellmich, Christian 'Universal' Microstructural Patterns in Cortical and Trabecular, Extracellular and Extravascular Bone Materials: Micromechanics-Based Prediction of Anisotropic ElasticityArtikel Article 2007