Category Archives: Neuroscience

Society for Neuroscience – Website Home Page

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The FedEx Office located inside McCormick Place is offering discounted printing for scientific poster presenters at Neuroscience 2019! Order your poster and pick up on Level 2.5 of the South Building in McCormick Place. Place orders by Monday, Oct. 14, 2019, to take advantage of discounted pricing. Email usa5020@fedex.com or call (312) 949-2100 for more information.

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Sep 25, 2019

By selectively breeding for certain behaviors, humans have shaped the brains of their best friends.

Sep 25, 2019

Recent graduates of SfNs Reviewer Mentor Program share their experience.

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Society for Neuroscience - Website Home Page

Neuroscience College at University of Chicago

Research in neuroscience at The University of Chicago is a multi-disciplinary endeavor, spanninga diverse range of topics and techniques from molecules and cells to neural circuits and behavior. Our community of neuroscientists includes more than 90faculty members based inmanyacademic and clinical departments, all of which are located on the Hyde Park campus a key feature of our institution which facilitates interactions among researchers and scholars with diverse interests, backgrounds and approaches.

Our faculty, students, and postdoctoral researchers are engaged in uncovering the principles by which the nervous system is organized, defining the mechanisms of perception and behavior, and developingthe next generation of treatments for neurological disease and mental illness.

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Neuroscience College at University of Chicago

About Neuroscience | Department of Neuroscience | Georgetown …

Home ▸ About Neuroscience What is Neuroscience

neurosciencen(y)oorsns/noun

any or all of the sciences, such as neurochemistry and experimental psychology, which deal with the structure or function of the nervous system and brain.

Neuroscience, also known asNeural Science, is the study of how the nervous system develops, its structure, and what it does. Neuroscientists focus on the brain and its impact on behavior and cognitive functions. Not only is neuroscience concerned with the normal functioning of the nervous system, but also what happens to the nervous system when people have neurological, psychiatric and neurodevelopmental disorders.

Neuroscienceis often referred to in the plural, as neurosciences.

Neuroscience has traditionally been classed as a subdivision of biology. These days, it is an interdisciplinary science which liaises closely with other disciplines, such as mathematics, linguistics, engineering, computer science, chemistry, philosophy, psychology, and medicine.

Many researchers say that neuroscience means the same as neurobiology. However, neurobiology looks at the biology of the nervous system, while neuroscience refers to anything to do with the nervous system.

Neuroscientists are involved in a much wider scope of fields today than before. They study the cellular, functional, evolutionary, computational, molecular, cellular and medical aspects of the nervous system.

The following branches of neuroscience, based on research areas and subjects of study can be broadly categorized in the following disciplines (neuroscientists usually cover several branches at the same time):

Affective neuroscience in most cases, research is carried out on laboratory animals and looks at how neurons behave in relation to emotions.

Behavioral neuroscience the study of the biological bases of behavior. Looking at how the brain affects behavior.

Cellular neuroscience the study of neurons, including their form and physiological properties at cellular level.

Clinical neuroscience looks at the disorders of the nervous system, while psychiatry, for example, looks at the disorders of the mind.

Cognitive neuroscience the study of higher cognitive functions that exist in humans, and their underlying neural bases. Cognitive neuroscience draws from linguistics, neuroscience, psychology and cognitive science. Cognitive neuroscientists can take two broad directions; behavioral/experimental or computational/modeling, the aim being to understand the nature of cognition from a neural point of view.

Computational neuroscience attempting to understand how brains compute, using computers to simulate and model brain functions, and applying techniques from mathematics, physics and other computational fields to study brain function.

Cultural neuroscience looks at how beliefs, practices and cultural values are shaped by and shape the brain, minds and genes over different periods.

Developmental neuroscience looks at how the nervous system develops on a cellular basis; what underlying mechanisms exist in neural development.

Molecular neuroscience the study of the role of individual molecules in the nervous system.

Neuroengineering using engineering techniques to better understand, replace, repair, or improve neural systems.

Neuroimaging a branch of medical imaging that concentrates on the brain. Neuroimaging is used to diagnose disease and assess the health of the brain. It can also be useful in the study of the brain, how it works, and how different activities affect the brain.

Neuroinformatics integrates data across all areas of neuroscience, to help understand the brain and treat diseases. Neuroinformatics involves acquiring data, sharing, publishing and storing information, analysis, modeling, and simulation.

Neurolinguistics studying what neural mechanisms in the brain control the acquisition, comprehension and utterance of language.

Neurophysiology- looks at the relationship of the brain and its functions, and the sum of the bodys parts and how they interrelate. The study of how the nervous system functions, typically using physiological techniques, such as stimulation with electrodes, light-sensitive channels, or ion- or voltage-sensitive dyes.

Paleoneurology the study of the brain using fossils.

Social neuroscience this is an interdisciplinary field dedicated to understanding how biological systems implement social processes and behavior. Social neuroscience gathers biological concepts and methods to inform and refine theories of social behavior. It uses social and behavioral concepts and data to refine neural organization and function theories.

Systems neuroscience follows the pathways of data flow within the CNS (central nervous system) and tries to define the kinds of processing going on there. It uses that information to explain behavioral functions.

Written by: Christian NordqvistThis article can be viewed in full at Medical News Today

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About Neuroscience | Department of Neuroscience | Georgetown ...

neuroscience : NPR

neuroscience : NPR

neuroscience neuroscience

Just a 10 percent shift in the salt concentration of your blood would make you very sick. To keep that from happening, the body has developed a finely tuned physiological circuit that includes information about that and a beverage's saltiness, to know when to signal thirst. Nodar Chernishev/Getty Images hide caption

Scientists are questioning the evidence about an alleged attack on diplomats at the U.S. Embassy in Havana. Ramon Espinosa/AP hide caption

Given supportive, nurturing conditions, highly reactive "orchid" children can thrive when tackling challenges, pediatrician and author Thomas Boyce says, especially if they have the comfort of a regular routine. Michael H/Getty Images hide caption

Person undergoing a CAT scan in hospital with PET scan equipment. Emerging studies report findings of brain deterioration in females to be slower than that of males'. Johnny Greig/Getty Images hide caption

A scanning electron micrograph shows microglial cells (yellow) ingesting branched oligodendrocyte cells (purple), a process thought to occur in multiple sclerosis. Oligodendrocytes form insulating myelin sheaths around nerve axons in the central nervous system. Dr. John Zajicek/Science Source hide caption

Researchers say human brains can become overwhelmed by cute traits, such as large eyes and small noses, embodied by movie characters like Bambi. Disney Junior/Disney Channel via Getty Images hide caption

Before light reaches these rods and cones in the retina, it passes through some specialized cells that send signals to brain areas that affect whether you feel happy or sad. Omikron /Getty Images/Science Source hide caption

In experiments involving people with epilepsy, targeted zaps of the lateral orbitofrontal cortex region of the brain helped ease depressive symptoms. Getty Images hide caption

Patients awaiting epilepsy surgery agreed to keep a running log of their mood while researchers used tiny wires to monitor electrical activity in their brains. The combination revealed a circuit for sadness. Stuart Kinlough/Ikon Images/Getty Images hide caption

How does the brain's working memory actually work? Jon Berkeley/Ikon Images/Getty Images hide caption

The cerebellum, a brain structure humans share with fish and lizards, appears to control the quality of many functions in the brain, according to a team of researchers. Science Source hide caption

"We have only begun to scratch the surface of the complex problems inherent in figuring out ... the brain's inner workings," said Paul Allen in 2012. Kum Kulish/Corbis/Getty Images hide caption

The fix was in for this rhesus macaque drinking juice on the Ganges River in Rishikesh, Uttarakhand, India. No gambling was required to get the reward. Fotofeeling/Getty Images/Westend61 RM hide caption

Scientists at Johns Hopkins University are studying barn owls to understand how the brain maintains focus. Meredith Rizzo/NPR hide caption

Jazz legend Billie Holiday at a recording session in 1957. Holiday's pioneering vocal style played with tempo, phrasing and pitch to stir hearts. Michael Ochs Archives/Getty Images hide caption

Several circular herpes virus particles are seen near a cell membrane. Roseola herpes virus causes a childhood illness marked by skin rashes and now has been found in brains with Alzheimer's disease. NCI/Science Source hide caption

Marines based in Okinawa, Japan, fire an M136 AT-4 rocket launcher as part of a weapons training exercise on the Kaneohe Bay Range Training Facility, in 2014. Lance Cpl. Matthew Bragg/U.S. Marines/DVIDS hide caption

Scientists placed two clusters of cultured forebrain cells side by side (each cluster the size of a head of a pin) in the lab. Within days, the minibrains had fused and particular neurons (in green) migrated from the left side to the right side, as groups of cells do in a real brain. Courtesy of Pasca lab/Stanford University hide caption

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Neuroscience – Yale School of Medicine

When you express interest in a specific study, the information from your profile will be sent to the doctor conducting that study. If you're eligible to participate, you may be contacted by a nurse or study coordinator.

If you select a health category rather than a specific study, doctors who have active studies in that area may contact you to ask if you would like to participate.

In both cases, you will be contacted by the preferred method (email or phone) that you specified in your profile.

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Neuroscience - Yale School of Medicine

Neuroscience | Graduate Interdisciplinary Programs

Bylaws

GRADUATE INTERDISCIPLINARY PROGRAM IN NEUROSCIENCE

THE UNIVERSITY OF ARIZONA

I. Preamble

The Neuroscience Graduate Interdisciplinary Program is mandated to foster activities and communication among neuroscientists throughout the University and to offer graduate degrees in Neuroscience.The structure and organization of the programs conform to the guidelines for Graduate Interdisciplinary Programs. Graduate Interdisciplinary Programs (GIDPs) report to the Dean of the Graduate College through the Faculty Director of GIDPs.

The Neuroscience GIDP comprises faculty members from many departments throughout the University who are principally or exclusively engaged in research and teaching in the field of neuroscience.Leading the affairs of the program is an Executive Committee, which is chaired by the Chairperson of the Neuroscience GIDP and includes several other faculty members and a representative of the graduate students in the Program in Neuroscience.

II. Faculty of the Graduate Program in Neuroscience

The GIDP in Neuroscience recognizes a distinction between a broad-based community of neuroscience researchers with overlapping interests who benefit from campus-wide program activities (Affiliated Faculty"), and the specific roles of UA faculty who run this GIDP and mentor its students (Core GIDP Faculty).Both membership types, but especially the GIDP Faculty category, have specific criteria and expectations, and these are enforced through a periodic review mechanism.

1. Core Neuroscience GIDP Faculty

Graduate Interdisciplinary Program faculty members are proposed for appointment to the Faculty Director of Graduate Interdisciplinary Programs by the Executive Committee, based on established criteria in Program Bylaws.

1.a. Criteria for membership.To become a member of the Core Neuroscience GIDP faculty, the following criteria must be met:

1.a.i. Appointment to tenure-track, tenured, or tenure-equivalent faculty position at the University of Arizona.

1.a.ii. Have an active research program in neuroscience, broadly defined.

1.a.iii. Written request to the program Chair, indicating willingness to participate in GIDP activities including recruiting, teaching, and GIDP committee work; and the existence of an active research program through which to supervise and mentor doctoral students (e.g., offer lab rotations and serve as major advisor).

1.a.iv. Research seminar presentation to Neuroscience community.

1.a.v.Positive vote of Neuroscience GIDP faculty.

1.a.vi. Meet expectations of membership (see section 1.c. below).

1.b. Benefits of membership.Core Neuroscience GIDP faculty will benefit in the following ways:

1.b.i. Listing on the Neuroscience GIDP website, research description, and link to homepage.

1.b.ii. Eligible to serve as major advisor for Neuroscience GIDP student.

1.b.iii. Eligible to vote on GIDP curriculum and policies.

1.b.iv. Eligible to serve on Executive Committee.

1.b.v. All other benefits of a Neuroscience affiliation (see section 2.b. below).

1.c. Expectations of membership.

1.c.i. All Neuroscience GIDP faculty are expected to engage in ongoing active research in neuroscience.

1.c.ii. In addition, Program Faculty are expected to play substantive roles in the educational and research training mission of the Neuroscience Program, including participation in recruiting, mentoring, and teaching.High priority should be given to attendance at the weekly Neuroscience Colloquium events (currently scheduled on Tuesday afternoons), which include Neuroscience DataBlitz, student research seminars, invited seminar speakers, and journal club presentations.Faculty are requested to present their research at Neuroscience DataBlitz approximately once every two years.Other examples include participation on preliminary exam and thesis committees; willingness and ability to host graduate students for rotations and thesis research; participation in neuroscience courses (teaching, curriculum development); service on standing committees (Executive Committee, Seminar Committee, Admissions & Recruiting Committee); serving as Graduate Advisor; participation in recruitment activities (e.g., interviewing, presentation to candidates, attendance at social events); hosting Neuroscience seminar speaker; participation in annual Brain Awareness Week activities; attending the annual Neuroscience Faculty meeting; other ad hoc Neuroscience GIDP events.

1.c.iii. Annual membership renewal will be based on submission of a completed Annual Report that details participation in Neuroscience GIDP activities.

1.d. Review of membership.The EC will be responsible for review of Neuroscience GIDP Faculty membership.

1.d.i. Approximately one-third of the faculty will be reviewed each year.

1.d.ii. Each member will be reviewed every 3 years, based on a 3-year window of activity.

1.d.iii. If participation criteria are no longer met, or if the member is no longer able or willing to take graduate students, membership will be reclassified at the Affiliate member level (see section 2 below).

2. Affiliated Faculty

2.a. Criteria for membership.To become Affiliated Faculty of the program, the following criteria must be met:

2.a.i. Faculty-level appointment at UA, or at another nearby university, or at some other research facility.* This would include research faculty, instructors, and other non-tenure-track faculty.

2.a.ii. Strong interest in neuroscience research.

2.a.iii. Written request to the Chair explaining reasons for interest in membership.

2.a.iv. Positive vote of Executive Committee.

2.b. Benefits of membership.Affiliated Faculty will benefit in the following ways:

2.b.i. Listing on the Neuroscience website, brief research description, and link to homepage.

2.b.ii. Invitation to attend academic, community-outreach, and social activities.

2.b.iii. Eligible to nominate and host Neuroscience seminar speakers.

2.b.iv. Eligible to serve on Neuroscience graduate student advisory committees (but not as major advisor).

2.b.v. May be eligible to host Neuroscience GIDP students for lab rotations (students should confer with the Neuroscience Graduate Advisor in advance regarding the specifics of the research project to be carried out during the rotation).

2.b.vi. Affiliated Faculty may request transition to Neuroscience GIDP Faculty status if they are willing and able to meet those criteria (see section 1.a. above).

2.c. Expectations of membership.

2.c.i. Continued interest in neuroscience research.

2.c.ii. Periodically provide information about current neuroscience research activities for Neuroscience membership database.

III.Executive Committee of the Graduate Program in Neuroscience

The Executive Committee (EC) is charged with administration of the Neuroscience GIDP. The EC comprises at least seven members of the Neuroscience GIDP faculty, including the chairperson,the PI of the training grant, and one graduate student majoring in Neuroscience. Members of the EC should broadly represent the research interests of the GIDP faculty. The chairperson of the Neuroscience GIDP chairs the EC. The chairperson is elected by the Executive Committee and appointed by the Dean of the Graduate College to a five-year term. The chairperson may stand for re-election.

With the exceptions noted below, EC faculty members are elected by the Neuroscience GIDP faculty and appointed by the Faculty Director of GIDPs to renewable three-year terms. The PI of the training grant is selected and appointed by the EC. The student representative is elected by the students of the Neuroscience GIDP and appointed to a one-year term by the EC. The faculty chairpersons of the GIDPs two main standing committees, the Graduate Student Admissions and Recruitment Committee (GSARC) and the Graduate Student Advisory and Progress Committee (GSAPC),may be elected members of the EC or other Neuroscience GIDP faculty; if they are not elected members, they will be appointed to EC membership for the period of their service as committee chairpersons throughout their tenure. A representative to GIDPAC will be a member of the Neuroscience EC and be determined by a majority vote of the Executive Committee. The term will be three years beginning on July 1 and ending on June 30.

In the event of the Program Chair taking a sabbatical or resigning, an interim chair will be elected by the EC and appointed by the faculty director of GIDPs. The interim chair will serve a term of no more than one year while the chair is on sabbatical, or while preparations are made for the selection of a new chair.

1. The Executive Committee:

a.develops and implements policies and procedures for the operation of the Program in Neuroscience and for associated teaching and research programs of the Neuroscience community;

b.evaluates nominations and applications for membership in the Neuroscience GIDP and reviews faculty appointments periodically;

c.appoints GIDP faculty members to serve on the standing committees;

d.acts on recommendations from the Graduate Student Admissions and Recruitment Committee regarding applications from prospective students;

e.acts on recommendations of the Graduate Student Advisory and Progress Committee regarding academic counsel to new students and evaluations of students at various stages of progress through the Program;

f.plans future developments in the area of neuroscience in the University;

g.ensures that regular reviews of the Program in Neuroscience, consistent with requirements of the Arizona Board of Regents, are carried out;

h.facilitates interaction and communication within the program and with interested parties in the University (such as the deans and the heads of related academic units);

i.seeks funding in support of the Program in Neuroscience; and

j.nominates GIDP faculty members for EC membership to ensure continuity over time.

The EC meets at least once each semester, and additional meetings are scheduled as needs arise. Decisions of the EC are made on the basis of majority votes; for this purpose, a quorum is a simple majority of the members of the EC, including the student member.

2. The Chairperson of the Executive Committee (and of its Program in Neuroscience):

a.with the assistance of the graduate coordinator of the GIDP, administers the Program in Neuroscience and the other activities of the EC;

b.convenes and chairs meetings of the EC;

c.acts on behalf of the Neuroscience GIDP to implement certain policies of the Program in Neuroscience (e.g. to sign requests to schedule examinations);

d.serves as representative of the Program to the University Administration, granting agencies, prospective students, etc.; and

e. prepares and submits an annual report of activities and accomplishments of the the Program in Neuroscience according to University regulations.

The Programs graduate coordinator works closely with the Chairperson of the EC as well as the students, faculty, EC and standing committees to ensure timely fulfillment of the policies of the UA and the Program in Neuroscience, as well as the flow of information among all concerned.

IV.Meetings of the Faculty Members of the Neuroscience GIDP

A general meeting of the faculty members of the GIDP is called at least once per year, early in the fall semester. A second general meeting may also take place early in the winter/spring semester. Other meetings may he held by the EC as needs arise.

V.Standing Committees of the Graduate Program in Neuroscience

In addition to the EC, two standing committees carry important responsibilities for the operation and welfare of the Neuroscience GIDP.

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Neuroscience | Graduate Interdisciplinary Programs

Society for Neuroscience – Neuroscience 2019 – sfn.org

SfN's 49th annual meeting is the premier venue for neuroscientists to present emerging science, learn from experts, forge collaborations with peers, explore new tools and technologies, and advance careers.

Neuroscience 2019 will take place October 19-23 at McCormick Place in Chicago. Join 30,000 colleagues from more than 80 countries at the worlds largest marketplace of ideas and tools for global neuroscience.

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Society for Neuroscience - Neuroscience 2019 - sfn.org

Neuroscience – University of Miami – Graduate Studies

Neuroscience is the study of how the brain and nervous system function. This scientific area has expanded enormously with technological advances and we are closer than ever to understanding how the brain works. The faculty at the University of Miami are at the forefront of these research areas, using state-of-the-art techniques such as optogenetics, light sheet microscopy and computer-brain interfaces.

The basic and clinical science departments of the University of Miami have a long-standing and internationally recognized record of graduate and postgraduate training in the neurosciences. Our students have access to a large number of dedicated neuroscientists across our three campuses.

The most senior member of my lab has really stepped up as a leader, whether helping out with any questions about my research or coordinating social events for our labit has really created a strong sense of community among our members.

Christine RyanStudentNeuroscience

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Neuroscience - University of Miami - Graduate Studies

Neuroscience – AstraZeneca

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Neuroscience - AstraZeneca

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

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