Publications by authors named "C Kehl"

Low back pain (LBP) is a global issue involving biological, psychological, and social factors. Pain-related fear has been shown to influence movement behavior, however, its association with some measures of movement behavior, such as spinal movement variability, remains inconclusive. To further investigate this, spinal kinematics during various activities of daily living (i.

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Surface-feeding aquatic animals navigate towards the source of water disturbances and must differentiate prey from other environmental stimuli. Medicinal leeches locate prey, in part, using a distribution of mechanosensory hairs along their body that deflect under fluid flow. Leech's behavioral responses to surface wave temporal frequency are well documented.

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Spectral X-ray computed tomography (SCT) is an emerging method for non-destructive imaging of the inner structure of materials. Compared with the conventional X-ray CT, this technique provides spectral photon energy resolution in a finite number of energy channels, adding a new dimension to the reconstructed volumes and images. While this mitigates energy-dependent distortions such as beam hardening, metal artifacts due to photon starvation effects are still present, especially for low-energy channels where the attenuation coefficients are higher.

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For many years, the Nutrition and Dietetics department of the Geneva School of Health Sciences has been applying a pedagogical method of simulating in the daily life of a diabetic person. For 4 days, students experience the daily life of a diabetic patient by adopting his treatment and applying the recommendations for a healthy lifestyle. According to a survey of 29 students, the most striking elements for them were: thinking about the disease all the time, eating without hunger and being confronted with the difficulties of the disease.

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Article Synopsis
  • Some animal species use the Earth's magnetic field, alongside other senses, for long-distance navigation, suggesting they rely on magnetic signatures for localization.
  • There is still uncertainty about how these animals translate magnetic signatures into directional guidance.
  • Research using modeling and simulation has effectively shed light on this navigation process, revealing that magnetic signatures could indeed play a significant role in how animals navigate through various environments.
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