In rodents,
complex brain changes have been found in both males and females that become parents and care for their «pups».
Not exact matches
Understanding
complex social problems (including resources and resistance to
change) is best achieved by utilizing the group's total
brain - power and experience in subcommittees with specific tasks.
«Explaining
complex brain science in a clear - cut manner, Steinberg offers parents and educators practical advice, as well as innovative ideas about how society can better support its youth and adapt to the times... This is a convincing and eloquent call for
change.»
• in rodents,
complex neurobiological modifications (
brain changes) have been found in both males and females that become parents and care for their «pups».
You can
change the words in that sentence from «corporal punishment» to whatever your preferred method of discipline is and the sentence would still be true, because the
brain and how it can do what it does is too
complex to totally understand.
But there are few functions the
brain must perform that are more
complex or crucial to survival than recognizing when something has
changed and then calling up all the disparate information needed to adapt appropriately.
«There's a
complex interplay between hormones, experience and epigenetic
changes in response to life events,» says neuroscientist Cheryl Sisk, who studies sex differences in the
brain at Michigan State University in East Lansing.
«The retina is a very
complex device, enabling our visual system to adjust to tremendous
changes in light intensity,» says Thomas Serre, a neuroscientist at M.I.T.'s McGovern Institute for
Brain Research's Center for Biological and Computational Learning.
Dysfunction in dopamine signaling profoundly
changes the activity level of about 2,000 genes in the
brain's prefrontal cortex and may be an underlying cause of certain
complex neuropsychiatric disorders, such as schizophrenia, according to UC Irvine scientists.
According to Fotini Koutroumpa, lead author of the study and researcher at the UvA's Institute for Biodiversity and Ecosystem Dynamics (IBED), the results point to future research on the tiny but
complex moth
brain, which will shed light on how the diverse pheromone systems of the thousands of moth species has
changed throughout evolution.
«The
brain is incredibly
complex, so it's reasonable to expect that introducing
changes from a different evolutionary path might have negative consequences,» study lead author Corinne Simonti, a graduate student of human genetics at Vanderbilt University, said in a statement.»
«The findings of the study indicate that simple causal relationships between the evolution of
brain size, tool use and tooth size are unlikely to hold true when considering the
complex scenarios of hominin evolution and the extended time periods during which evolutionary
change has occurred,» said Aida Gómez - Robles, lead author of the paper and a postdoctoral scientist at GW's CASHP.
Romantic love involves a series of
complex changes in the
brain's reward system that make us crave the object of our affection
«The
brain is incredibly
complex, so it's reasonable to expect that introducing
changes from a different evolutionary path might have negative consequences,» says Simonti.
The Search for Extraterrestrial Intelligence has always looked for an anomaly in the persistent cosmic background chatter — a
change perhaps in the intensity of a signal that can be taken as a sign that a transmission might be a message to us earthlings from other intelligent beings.Each year, medical researchers who gather at the Alzheimer's Association International Conference search for something similar as they weigh reports of the
complex biology of the human
brain for some sign that a drug might actually
change the relentless course of the disease.
The remarkably well - preserved fossil of an extinct arthropod shows that anatomically
complex brains evolved earlier than previously thought and have
changed little over the course of evolution.
William Calvin makes an excellent stab, however, at convincing us that abrupt climatic
changes had a profound impact on human evolution, selecting for increased cooperation that required more
complex brains.
Biocellion is being used to model a variety of biological system behaviors, such as biofilm formation and wrinkling, microbial growth dynamics in
complex soil structure,
brain tumor growth and invasion, formation of
complex bacterial colonies, and
changes in blood vessels and skin cells.
Relationships between functional and structural connectivity are
complex, even in the neurotypical adult
brain (Damoiseaux and Greicius, 2009), and these relationships undergo significant
changes with development (Supekar et al., 2010; Uddin et al., 2011).
As with most
complex neurological disorders, there are several
changes in the
brain that contribute to the development of FTD.
A 2016 study by researchers from the Buck Institute for Research on Ageing and the UCLA Easton Laboratories for Neurodegenerative Disease Research, showed that memory loss in Alzheimer's patients can be reversed, and improvement sustained, using a
complex, 36 - point therapeutic personalized program that involves comprehensive
changes in diet,
brain stimulation, exercise, optimization of sleep, specific pharmaceuticals and vitamins, and multiple additional steps that affect
brain chemistry.
The ancient, deep
brain (as opposed to cortex) and body knows its constantly
changing, biologically
complex needs far better than «thinking» we do and if kept healthy, will only make the glucose that is necessary.
William Calvin makes an excellent stab, however, at convincing us that abrupt climatic
changes had a profound impact on human evolution, selecting for increased cooperation that required more
complex brains.
Brain injury can also
change the
complex internal functions of the body, such as regulating body temperature; blood pressure; bowel and bladder control.
«Because they can be
changed dynamically, in the future it should be easy to vary them in real - time using a
brain - computer interface, allowing the control of
complex kinematics otherwise impossible to dominate with current approaches.»
[00:03:53] Well so there's a couple of things to kind of unpack in there so you are exactly right that we know that children who have been exposed to repeated
complex trauma we do see
changes in their ongoing
brain development and
brain chemistry and I am no neuroscientist however we know that for example the simple way to think about it is that those are kids who may have
changes as you said in their stress response their reactivity so they may be kids who you know sort of fight or flight in sort of a simplistic way is
changed so that they may react in an overexaggerated way or they may also have sort of an inappropriately low response to danger.