Mark D. Holton

TL;DR: The results show that cellular targeting of nanoparticles is inherently imprecise due to the randomness of nature at the molecular scale, and the statistical framework offers a way to predict nanoparticle dosage for therapy and for the study of nanotoxins.

TL;DR: Overall, DBA seems to be a substantive proxy for movement-based power but consideration of other movement-related metrics, such as the Static Body Acceleration and the rate of change of body pitch and roll, may enable researchers to refine movement- based metabolic costs, particularly in animals where movement is not characterized by marked changes in body acceleration.

TL;DR: Tri-axial magnetometry data reveal patterns in movement at various scales of rotation that are not always evident in acceleration data, and shows promise for helping researchers to identify and quantify behaviours in terms of animal body posture, including heading.

TL;DR: A comparative study of TEM and DLS is presented and it is shown that plunge-freeze TEM provides a robust assessment of nanoparticle agglomeration state.

TL;DR: The ‘end to end’ process—from collar design and build to the collection and quantification of acceleration data—provides advantages over gathering data by traditional observation, not least because it affords data collection without the presence of an observer which may affect an animal’s behaviour.