Not exact matches
It doesn't take much imagination to see
how a tree - dwelling
animal, born with a mutation that gave it webbing between its arms and
body, could have a compet.itive advantage (less likely to fall to its death, able to access more food, etc) and be more likely to survive and pro-create.
At best Braine shows thathuman beings have an existence that transcends the
body because they have language, but he does not show
how or why only human beings and not other higher
animals possess transcendence when they are all alike psycho - physical beings, because
animals are not to be explained mechanistically either.
How closely does this model correspond to the structure of an
animal body?
This is
how I feed the soft
animal of my
body and
how I nourish my consciousness.
Learn
how the physical characteristics of
body shape, leg length and foot type determine each
animal's track pattern and apply this knowledge to solve track mysteries.
In this video you can see the spiral shape of the
animal and
how it holds its
body when it walks
On the largest scale, the trend doesn't seem to be related to biomechanics, or
how an
animal's
body parts are arranged and
how its joints function, among other factors, Hirt says.
«Because
body size is determined by
how fast you grow and
how long you grow, this work sets the stage for us to move back in time and answer evolutionary questions about why and
how animals have gotten bigger.»
These chips are important for eliminating many early problematic amalgams, but
animal tests are still needed to see
how a drug is broken down by multiple organs in the
body — the liver and gut, in particular — and
how the broken - down metabolites circulate to other organs, the 29 - year - old San Jose, Calif., native says.
«These findings give us a better idea of
how animals» brains couple with their
bodies to move through the environment...
how they manage to maneuver with incredible grace and agility almost everywhere on the planet,» said Sponberg.
A new study by University of Arizona biologists helps explain why different groups of
animals differ dramatically in their number of species, and
how this is related to differences in their
body forms and ways of life.
«Although we knew that temperature might set a maximum for
body size,» Smith says, the new findings actually present a mechanism — and do so in a very detailed manner, showing «
how animals responded to a particular temperature at a particular place at a particular time.»
This is an illustration
how a Gardiner's frog can hear with its mouth: Top left: The skin of the
animal reflects 99.9 % of an incoming sound wave hiting the
body close to the inner ear.
The study provides information that could help explain
how evolutionary pressures have affected
body shape among sand - dwelling
animals.
Collins said that because Hydra is such a simple
animal and because it is able to regenerate after complete dissociation into individual cells, it offers researchers the opportunity to use similar techniques as the ones employed in their experiments to examine
how an organism develops from an unstructured group of cells into a complex
body plan.
Another important finding, Dunn and his colleagues report, was
how these two
body measures are related to the number of males in a howler monkey's immediate social group, which ranges from one to three
animals depending on the species.
Since so little is known about
how Zika virus behaves once inside the
body, researchers also searched for evidence of viral infection in the
animals» organs.
Nowadays, we can not only trace
how the
bodies of
animals have evolved, we can even identify the genetic mutations behind these changes.
«The whole purpose is to study the responses of human and
animal bodies to infection from influenza, Ebola, SARS and MERS, and to understand
how they occur,» Kawaoka explains.
These robo - mussels pick up on
how the
animal's shell interacts with sun, wind, and tide to determine its
body temperature — a subtle point that a plain old thermometer would miss.
If they do sport similar treads, Fronimos says, as with the sauropods, it will help paleontologists make «more precise interpretations about
how these
animals lived and what kinds of stresses their
bodies were subjected to.»
«Now that we have a better understanding of
how an
animal is built we can get some way closer to knowing
how the human
body works in health and disease,» says John Sulston, director of the Sanger Centre at the Wellcome Trust Genome Campus, Cambridgeshire, England.
The Strouhal number dictates
how efficiently an
animal moves through air or water by predicting
how its
body interacts with the vortices it creates through its propulsion.
«Importantly, we use mice as models of human beings in research, and so when looking for anti-obesity drugs, we need to fully understand the function of the NPY system in this
animal model to understand
how similar circuits in humans connect with the
body clock.»
Visitors could also see
how far they could leap like a frog, an
animal that can jump a distance of more than 10 times its own
body length.
In a study now published in the scientific journal eLife, a research group from Instituto Gulbenkian de Ciência (IGC), led by Christen Mirth, shed new light on
how animals regulate
body size.
An explosion of recent studies in both
animals and people suggests that resident microbes can influence susceptibility to diseases from HIV to asthma, predispose to obesity across generations, and tinker with
how the
body responds to drugs.
In previous work Tufts University developmental biologist Michael Levin found that patterns of electrical potentials in the earliest stages of an embryo's development can direct
how an
animal's
body grows, and that manipulating those potentials can cause a creature to sprout extra limbs, tails or functioning eyes.
We're beginning to realize
how much human and
animal cognition runs via the
body.
The researchers said the discovery means modern vertebrates originated in a world that was already populated by small and large -
bodied physical extremes, in terms of
how animals physically adapted to their environment.
Wroe and his team compared the skulls, teeth and
body proportions of seven extinct mammalian predators with those of 22 living species, in a bid to better understand
how the extinct
animals behaved.
I asked this question in a more experimentally tractable context:
How do
body parts of a single
animal become different sizes?
The discovery sheds light on the tiny «environments» that stem cells occupy in
animal bodies and may help explain
how stem cells in tumors replenish themselves, the researchers report in the May 8 issue of the journal Cell Reports.
How animals combine information from the outside world and from within their own
bodies to decide what they should eat.
Top image: Illustration
how a Gardiner's frog can hear with its mouth: Top left: The skin of the
animal reflects 99.9 % of an incoming sound wave hitting the
body close to the inner ear.
These findings suggest an important role for calcium ion signaling in regulating extrusion and could help improve understanding of
how the bacterium leaves an infected cell and spreads within the
body of an infected person of
animal.
An
animal's
body condition tells it
how successful it has been in the past, which is a useful guide to
how it should behave tomorrow.
Differences in morphology are, of course, the developmental products of genetic differences between
animals, but for a very long time it was not understood
how many or what kinds of differences underlie changes in
body patterns.
The Evolution of
Animal Form
How do
body plans and
body parts evolve?
An international team of scientists has challenged one of the key assumptions about
how the
body - shapes of the world's
animals evolved.
Under a microscope, their cells and molecules are so similar to ours that many researchers use these and other
animals to understand
how the human
body works — and to predict our likely responses to possible drugs or poisons.
She studies
how animals»
bodies function.
Which
animal a lab uses will depend on
how closely parts of its
body or chemical - signaling systems match those in people.
The Ikmi group studies
how the interplay between genetic and environmental factors shapes
animal body plans.
Animals on the move must adjust their physical exertion as changes in the environment or their own
bodies — muscle fatigue or a strong headwind, for example — alter
how efficiently they...
The vegan - turned - carnivore is making a case for just
how beneficial meat can be to the
body, and the planet, with her line of ethically sourced
animal products, EPIC.
No matter
how you eat, getting a higher Plant /
Animal ratio will provide your
body the vitamins, fiber, antioxidants and phytonutrients it craves.
And then you have to account for
how much eatings
animals and
animal products disrupt the human
body e.g. what it does to our digestive system, what the harmful fats do to our hearts, etc..
His book sums up when and where our obsession with protein came from,
how it has been perpetuated and
how it affects our
bodies (not to mention the environmental impacts of the entire
animal agricultural industry).
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