Master of Science (MSc) in Neuroscience – Trondheim – NTNU

Are you wondering how thoughts and emotions arise in the nerve cells in the brain? Do you want to use a wide range of methods from the natural sciences to investigate how the brain works, and what goes wrong when disease occurs? If so, NTNU's interdisciplinary MSc in Neuroscience is the right choice for you.

The application deadline for for applicants from non-EU/non-EEA students is 1 December. The application deadline for students from EU/EEA countries is 1 March. The application for students from Nordic countries is 15 April. You submit your application electronically.

The MSc in Neuroscience is suitable for students motivated towards research or teaching in neuroscience in particular, or the natural sciences in general. The introduction to experimental and analytical methods is relevant to other academic areas as well.

The MSc is a two-year, full-time programme starting in the autumn semester. There are two main components: a master's thesis worth 60 credits, and theoretical and methodological courses totalling a further 60 credits.

Contact our student advisor if you have any questions about the MSc in Neuroscience. Email: studies@kavli.ntnu.edu/ Telephone: +4773 59 82 66

See the article here:
Master of Science (MSc) in Neuroscience - Trondheim - NTNU

Neuroscience – AstraZeneca

Important notice for users

You are about to access AstraZeneca historic archive material. Any reference in these archives to AstraZeneca products or their uses may not reflect current medical knowledge and should not be used as a source of information on the present product label, efficacy data or safety data. Please refer to your approved national product label (SmPC) for current product information.

I have read this warning and will not be using any of the contained product information for clinical purposes.

View original post here:
Neuroscience - AstraZeneca

Human Behavior Science Projects – Science Buddies

Please ensure you have JavaScript enabled in your browser. If you leave JavaScript disabled, you will only access a portion of the content we are providing. Here's how.

If you're interested in learning more about how people think, what motivates them, how well their memories work, or any other of the fascinating things that make us human, then you're in the right place! Browse our collection of human behavior science projects to find an experiment that appeals to you.

More:
Human Behavior Science Projects - Science Buddies

RW Genetics

RW Genetics is a family-owned and operated facility known for producing winning show pigs for your local county show, major show or national competion since 1996. We offer future champion Durocs, Yorks, and Crosses all produced from our closed herd. Also, we offer lucrative bred gilts and semen to meet all your needs. Group pricing is available, and we are always apt to work toward every budget to allow everyone a competitive chance. We take a firm stand behind our pigs and the young exhibitors who exhibit them. We can't wait to see your show ring success! FEATURED NEWS & ANNOUNCEMENTS Add News & Announcement Post

More:
RW Genetics

Human Behavior (GB) – temple.edu

Academic Programs / General Education

Requirement: One 3-credit hour course.

GenEd Human Behavior courses address the relationships between individuals and communities. Courses may focus on the relationship between individuals and communities in general or may engage those relationships from specific perspectives (such as art, music, education, religion, economics, politics or education), or look at them within specific themes (such as food & eating, crime, crisis, sexuality, or adolescence).

Human Behavior courses are intended to teach students how to:

Understand relationships between individuals and communities; Understand theories or explanations of human behavior used to describe social phenomena; Examine the development of individuals' beliefs, behaviors, and assumptions and how these affect individuals and communities; Apply one disciplinary method to understand human behavior or explain social phenomena; Access and analyze materials related to individuals, communities or social phenomena; and Compare and contrast similar social phenomena across individuals or communities.

Below, you will find the current list of GenEd courses in this area.

Please be advised that GenEd offerings vary from semester to semester and that all GenEd courses will not be offered every semester. For the most current list of GenEd offerings, please consult the Class Schedule.

In addition, a single GenEd course may be offered by more than one department. GenEd courses offered by more than one department will have the same course number and the same course title. A student may not take the same course from multiple departments and earn credit toward graduation. However, if a student wishes to replace her/his grade in a GenEd course, s/he may replace the grade with any course bearing the same course number and the same course title regardless of department.

Waiver: Students pursuing undergraduate degrees in education, including art, middle or secondary certifications, may be exempted from the GenEd Human Behavior requirement upon completion of collegiate requirements.

A student will be waived from the GenEd Human Behavior requirement upon completion of one of the following multi-course sequences:

Consult an academic advisor for more information.

See original here:
Human Behavior (GB) - temple.edu

What is Mutation? – Genetics

The whole human family is one species with the same genes. Mutation creates slightlydifferent versions of the same genes, called alleles. These small differences in DNA sequencemake every individual unique. They account for the variation we see in human hair color, skincolor, height, shape, behavior, and susceptibility to disease. Individuals in other speciesvary too, in both physical appearance and behavior.

Genetic variation is useful because it helps populations change over time. Variations thathelp an organism survive and reproduce are passed on to the next generation. Variations thathinder survival and reproduction are eliminated from the population. This process of naturalselection can lead to significant changes in the appearance, behavior, or physiology ofindividuals in a population, in just a few generations.

Once new alleles arise, meiosis and sexual reproduction combine different alleles in newways to increase genetic variation.

See the article here:
What is Mutation? - Genetics

About GENETICS | Genetics

GENETICS is published by the Genetics Society of America, a scholarly society that seeks to deepen our understanding of the living world by advancing our understanding of genetics. Since 1916, GENETICS has published high-quality, original research presenting novel findings bearing on genetics and genomics. The journal publishes empirical studies of organisms ranging from microbes to humans, as well as theoretical work.

While it has an illustrious history, GENETICS has changed along with the communities it serves: it is not your mentor's journal.

The editors make decisions quickly in around 35 days without sacrificing the excellence and scholarship for which the journal has long been known. GENETICS is a peer reviewed, peer-edited journal, with an international reach and increasing visibility and impact. All editorial decisions are made through collaboration of at least two editors who are practicing scientists.

GENETICS is constantly innovating: expanded types of content include Reviews, Commentary (current issues of interest to geneticists), Perspectives (historical), Primers (to introduce primary literature into the classroom), Toolbox Reviews, plus YeastBook, FlyBook, and WormBook . For particularly time-sensitive results, we publish Communications. As part of our mission to serve our communities, we've published thematic collections, including Genomic Prediction, Multiparental Populations, Genetics of Immunity, and Genetics of Sex.

More than just a publisher, the Genetics Society of America is mission-driven and places a high priority on responding to community needs. GENETICS and G3 have long been committed to supporting resources that serve scientists. We were the first journals to partner with Cold Spring Harbor Laboratories to enable seamless deposits of manuscripts from our submission systems straight into the preprint server bioRxiv, as well as from bioRxiv to GENETICS and G3, and we have accepted submissions posted for preprint servers since 2012. Articles feature links to model organism databases like SGD, FlyBase, and WormBase. We have also partnered with Overleaf to provide custom templates for authors who use LaTex, saving them time at submission. Our collaboration with protocols.io, encourages authors to freely share methods from GENETICS articles, helping to increase research reproducibility. The annotation tool Remarq is available on both the GENETICS and G3 websites and allows for collaborative commenting and article sharing. Our latest collaboration with Figshare ensures that supplemental material and data files are permanently associated with an articleand that authors arent limited by file type or size when providing data that support their work. Early online publication means that research investigations are freely accessible and in PubMed within days of acceptance which eliminates delays in discovering the latest science.

For information on the Genetics Society of America, please visit the GSA Home Page.

See the rest here:
About GENETICS | Genetics

Neuroscience News – Brain, Psychology, AI, Neurology and …

Psychology Research - Research on psychology, psychiatry & mental health

Open Access Research - Articles using free, open access neuroscience research

Brain Cancer Research - Research on brain cancers, glioblastomas & tumors

Autism Spectrum Research - Autism Spectrum Disorder research articles

Robotics Research - Research on robots, neural prosthetics, brain machine interfaces and more

Artificial Intelligence Research - Science articles involving AI and robotics news

Deep Learning - Research articles on deep learning topics

Machine Learning - News involving machine learning and big data science research

Alzheimer's Disease Research - Alzheimer's disease research articles

Parkinson's Disease Research - Parkinson's Disease research articles and breakthroughs

Genetics Research - Articles cover genetics, neurogenetics, stem cell research & proteomics

Electrophysiology Research - Patch clamping, extracellular, intracellular recordings of neurons

Neuroethics Research - Articles cover ethics in neuroscience, medicine and cognitive science

Brain Research - Neuroscience articles on brain research

More here:
Neuroscience News - Brain, Psychology, AI, Neurology and ...

Cell Biology and Molecular Genetics | Biological Sciences …

The MS and PhD programs in Cell Biology and Molecular Genetics seek to provide training in the genetic and molecular basis of disease states. Areas of research within this program include cancer biology, drug discovery, liquid crystals, wound healing, lipid biophysics, cell physiology, cell signaling, and bioinformatics. Students in this program will develop a strong foundation in molecular and cellular biology that can be applied to a research career in academic, government, and industry settings. Students specifically interested in Cell Biology should refer to the Cell Biology Graduate Faculty page and Departmental research pages for more information.

Within this program we offer three research tracks, which are built around our research expertise:

Common Coursework:

Tracks:

Possible Electives:

More here:
Cell Biology and Molecular Genetics | Biological Sciences ...