Effects of acute administration of the hydroalcoholic extract of mate tea leaves (Ilex paraguariensis) in
animal models of learning and memory.
Not exact matches
Scientists at Duke Health who developed the new
model also discovered that targeting a brain receptor in mice with this type
of autism could ease repetitive behaviors and improve
learning in some
animals.
Instead, most researchers have relied on
animal models to
learn more about the development and function
of the pancreas.
Mead believes ALS is ripe for AI and machine -
learning because
of the rapid expansion in genetic information about the condition and the fact there are good test - tube and
animal models to evaluate drug candidates.
You can also
learn about the real - world plant and
animal life that inspired Avatar's fictional flora and fauna, peer inside the Armored Mobility Platform suit that was used in combat scenes, and examine the filmmakers»
models of Na» vi characters and their costumes.
It is also the first to demonstrate that a deep convolutional neural network — a computing system
modelled after the neuron activity in
animal brains that can basically
learn on its own — can effectively differentiate between similar plants with an amazing accuracy
of nearly 100 %.
To this end, the researchers selected an approach based on machine
learning that is often used in nature and wildlife conservation to develop
models for the distribution
of various species
of plants and
animals.
In
animal models, the scientists found almost twice the amount
of modified delta - catenin in the brain after
learning about new environments.
Explore a 3D
model of the Museum's blue whale skeleton and
learn more about how these
animals behave.
Dr. Amaral's interests include research involving multidisciplinary studies directed at determining the neuroanatomical, behavioral and electrophysiological organization and functions
of brain systems that are involved in
learning, memory, emotion and social behavior carried out on the human brain and on
animal models.
Dean LaFerla has several research interests, including the molecular biology
of Alzheimer's disease and other neurodegenerative disorders, presenilins and calcium signaling,
learning and memory, and transgenic and genetically modified
animal models.
We have
learned a fair amount from the neurologic genetic diseases, but we and others also studied these cells in the laboratory as well as in
animal models of brain injury.
We developed several computational and machine
learning methods to successfully identify behavioral patterns or signatures associated with different classes
of reference drugs, from which to predict the class
of novel compounds (Brunner et al., 2012, Alexandrov et al., 2015), and more recently developed methods to allow us to compare
animal models of AD and its progression, and to identify (in silico) novel compounds from our existing database
of thousands
of novel and reference compounds with the potential to reverse the AD
model behavioral profile.
Among the newly funded investigations are: the development
of animal models of diabetic eye disease to
learn how fenofibrate, a drug clinically - approved to treat cholesterol, protects the eye from diabetes - related damage; the development
of a specialized camera to capture how the retina's rods and cones (responsible for turning light energy into shapes and colors) work in health and how they fail in retinal diseases; and the exploration
of mechanisms by which intestinal tract bacteria impact the health
of the eye.
Acetylcholinesterase inhibitors have been demonstrated to improve
learning and memory in a number
of animal models of cognitive dysfunction, as well as being a standard
of treatment in patients exhibiting clinical signs
of memory loss.
Hakan Tarakci, a 23 - year - old graduate student at the Australian Regenerative Medicine Institute, was attracted by the opportunity to
learn about a variety
of research
animal models.
In this lesson, students will
learn to make and interpret scale
models and practice using the metric system for measurement by discovering the relative sizes
of various large plants and
animals.
With the help
of a 3D
model, pet parents saw what heartworms look like,
learned about the benefits
of preventative care, as well as how to treat an
animal who is diagnosed with heartworm.
In an
animal model, treadmill exercise improved symptoms
of hyperactivity disorder, including an improvement in spatial
learning memory (Kim et al. 2011).
Robinson gives much
of the credit to Getting 2 Zero (G2Z), a collaborative
model designed by the
Animal Welfare League of Queensland (AWLQ) to reduce pet overpopulation and euthanasia of dogs and cats nationwide.She learned about the model when she attended a national G2Z summit of animal welfare professionals about six year
Animal Welfare League
of Queensland (AWLQ) to reduce pet overpopulation and euthanasia
of dogs and cats nationwide.She
learned about the
model when she attended a national G2Z summit
of animal welfare professionals about six year
animal welfare professionals about six years ago.
Within this context
Learning Theory built
models of how the previous experiences
of animals could modify subsequent behavior.
In 2010, she stopped buying puppies from this kennel and switched to a humane pet store
model — due to the health concerns
of the
animals and what she
learned about these kennels.
Kahneman presented their new
model of the mind to the general reader in Thinking, Fast and Slow (2011), where he characterized the human mind as the interrelated operation
of two systems
of thought: System One, which is fast and automatic, including instincts, emotions, innate skills shared with
animals, as well as
learned associations and skills; and System Two, which is slow and deliberative and allows us to correct for the errors made by System One.