In other places the authors extrapolate inappropriately from
data on rodent models or data relating to different health outcomes (e.g. cancer).
Not exact matches
Data from experiments
on phytic acid using mice and other
rodents can not be applied to humans.
Dr Kristensen recommends that an inter-disciplinary approach be taken to address this, «by combining epidemiological
data from human studies with more experimental research
on models, such as
rodents, it may be possible to firmly establish this link and determine how it happens, so that pregnant women in pain can be successfully treated, without risk to their unborn children.»
Towards this, researchers from the Leibniz Institute
on Aging — Fritz Lipmann Institute (FLI) in Jena, Germany — together with colleagues from the Leibniz Institute for Zoo and Wildlife Research (IZW) in Berlin, and the Institute of General Zoology at University Duisburg - Essen — have compared genetic
data from 17
rodent species.
Data from leptin - deficient
rodent models have revealed regionally specific effects
on the skeleton, with reports of cortical bone atrophy in weight - bearing long bones like the femur and tibia (11 — 16).
Much of the research carried out today
on rodent models generates high resolution image
data, allowing characterization and analysis of brain molecular distribution, gene expression, and connectivity.
Data from experiments
on phytic acid using mice and other
rodents can not be applied to humans.
Here's a general thought
on the mice / rat studies that has been brought up in Calorie Restriction circles when they also talk about fasting (especially alternate day fasting): the shorter lifespan of the
rodents completely screws up the
data.
But
on the whole, the
data — including
data derived from studies
on people, dogs and
rodents, as well as cats — suggest that supplements containing fish oil offer some degree of benefit.»