Sentences with phrase «biological system behaviors»
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.
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At the University of Oregon, Hare began a Ph.D. program in psychophysiology, a branch of biological psychology that studies the interplay between emotions, behavior and the nervous system.
Her research centers on engineering the network of proteins that interact with DNA to control the expression of inherited traits (epigenetics) with the aim of rationally designing new biological systems with predictable, reliable behavior, and replacing «magic bullet medicine» with «smart medicine.»
In an article entitled «Prion protein modulates monoaminergic systems and depressive - like behavior in mice» and published in the Journal of Biological Chemistry, the group shows that mice lacking normal prions show a depressive - like behavior similar to depression symptoms found in patients with Alzheimer's and prion diseases, namely Creutzfeldt - Jakob Disease (CJD), variant Creutzfeldt - Jakob Disease (vCJD), Gerstmann - Sträussler - Scheinker syndrome, Fatal Familial Insomnia and kuru.
His research group focuses on big data network biology, exploring biological systems by developing and deploying algorithms aimed to predict cell behavior, in particular looking at cellular signal processing and decision making.
The way these cells organize themselves structurally in different organ systems helps them coordinate their amazingly diverse behaviors and functions, keeping the whole biological machine running smoothly.
Moreover, quite apart from their biological significance, the new findings are of considerable physical and mathematical interest, Huber adds: The underlying phenomenology of our model differs fundamentally from that conventionally used in modelling the behavior of powered or active particle systems.
The authors emphasize that introducing synthetic nanomaterials into biological environments can trigger unexpected interactions and unpredictable behaviors, hallmarks of soft - matter systems.
«There's a close correspondence between the behavior of networks of computers or other devices like mobile phones and that of biological systems,» Lynch says.
The Institute: brings together a wide range of scientists, including physicists, engineers, chemists, biologists as well as HMS clinicians to address fundamental questions about the behavior and functioning of biological systems; allows biologists, engineers, and clinicians to potentially use such knowledge to foster applications and new technologies; and provides a way for the tool - developers (physicists, engineers, computer scientists) to work with the tool - users (biologists, chemists, clinicians) in the early stages of scientific inquiry and encourage scientific collaboration at the innovation stage of tool development.
In the decade since, advances in genomics and the chemical synthesis of DNA, among other fields, have created new tools for investigating and understanding the behavior of biological systems.
The interplay between variability and robustness is a hallmark of biological computation: biological systems are inherently noisy, yet control their behavior precisely.
At the heart of ISB's approach to biological research is the use of computers to analyze, model, and predict the behavior of biological systems.
Networks exist in electrical circuits as well, so if we can model proteins using electrical circuits then we can better understand and predict behaviors of the biological systems.
Systems biology is the study of the interactions between the components of a biological system, and how these interactions give rise to the function and behavior of that system (for example, the enzymes and metabolites in a metabolic pathway).
«Given the transactional nature of the regulation of interrelated biological systems, and our findings of associations between flatter DCS (lower morning peak in cortisol and / or higher even cortisol levels) and multiple health outcomes, it seems plausible that reciprocal and cascading interactions among clock gene mechanisms, sleep, cortisol, inflammation, fatigue, appetite, behavior, and social and psychological experiences jointly contribute to the observed associations between flatter DCS and multiple types of negative health outcomes.»
It is becoming apparent that these climatic changes are negatively affecting physical and biological systems worldwide, Charles H. Southwick 4 well known ecologist argues that how we as humans affect global ecosystems and how these changes impact our health, behavior, economics and politics.
Agile Mind Biology helps ensure that students gain an essential understanding of challenging concepts and processes from all six major National Science Education Standards content strands: the cell; the molecular basis of heredity; biological evolution; the interdependence of organisms; matter, energy, and organization in living systems; and the behavior of organisms.
It is a strong claim about the behavior of the entire system, much of which is biological.
Much of science, though, has concentrated until two or three decades ago — on understanding the mean behavior of physical, biological, environmental or social systems and their «normal» variability.
This system comprises many physical, chemical and biological processes that need to be dynamically integrated to better predict their behavior over scales from local to global and periods of minutes to millennia.
The behavior of a dynamic system, be it biological or socio - technical, frequently resembles a series of logistic wavelets, or «loglets.»
And that's a subconscious or, you know, central nervous system biological fact, that as our world starts to change, we have a physical resistance to continuing that behavior.
The brain coordinates how a dog responds to these circadian rhythms, and a dog's biological clock — the internal system that controls his everyday activities — allows him to recognize things like sunlight and nightfall and helps him associate certain behaviors, like going outside or eating, with those times of day.
• Psychopharmacology • Reasoning and Problem Solving • Hormones and Behavior • Biological Bases of Mental Disorders • Language Development • Mind - Body Connection in a Social World • Children Behavior • Biological Bases of Memory • Systems and Theories of Psychology