PrintShareE-Mail This Page

Course Descriptions

NEUR 240 Neuroscience I (1)
This course begins by exploring the neuron and its unique cellular processes; neurophysiology, neurochemistry, neuroanatomy, and neuroplasticity will be covered. We will then attempt to understand selected homeostatic (e.g., eating), cognitive (e.g., sensation/perception, learning/memory), and emotional processes (e.g., reward, stress, and depression) at and across integrated levels of analysis (genetic, physiological, chemical, anatomical, and systems). Prereq : BIOL 120, 130, CHEM 101, 102, or PSYC 100 and permission of the instructor; A 0.5 credit tutorial will be offered concurrently with this course for students who have not completed the lower level biology and chemistry courses.; H.Hoffmann; E.Penick;

NEUR 240T Neuroscience I Tutorial (1/2)
This is a 0.5 credit tutorial that will be offered concurrently with the Neuroscience I course for students who have not completed the lower level biology and chemistry courses. This course will explore in depth concepts in chemistry, biology, and physics that relate to the neuron and its unique cellular processes. Prereq : PSYC 100 and concurrent enrollment in Neuroscience I; J.Thorn;

NEUR 241 Neuroscience II (1)
This course extends the topics covered in NEUR 240, including neurophysiology, neurochemistry, and neuroanatomy. Additionally it will introduce the history and methods of neuroscience to interpret experimental results in the primary literature. We will also examine how the brain can sense the environment and control the motor system. Prereq : NEUR 240, BIOL 120 and 130, and CHEM 101 and 102; E.Penick;

NEUR 248 Teaching Assistant (1/2 or 1)
Prereq : Permission of instructor; May be graded S/U at instructor's discretion; Staff

NEUR 250 Independent Study (1/2 or 1)
Staff

NEUR 295 Special Topics (1/2 or 1)
Courses offered occasionally to students in special areas of Psychology not covered in the usual curriculum.Staff

NEUR 340 Methods of Neuroscience (1)
This laboratory course focuses on the methods used for neuroscience research. Biochemical and electrophysiological techniques are examined. Data analysis, interpretation and scientific writing will be performed from the experiments done. Prereq : NEUR 241; E.Penick;

NEUR 348 Teaching Assistant (1/2 or 1)
Prereq : Permission of instructor; May be graded S/U at instructor's discretion; Staff

NEUR 350 Independent Study (1/2 or 1)
Staff

NEUR 360 Synapses (1)
Synapses are the location of neuronal communication. These sites also are the primary loci for a cellular correlate of learning and memory and the actions of drugs of abuse. We will examine the biology, physiology and plasticity these fascinating regions. Prereq : NEUR 241; E.Penick;

NEUR 395 Special Topics (1/2 or 1)
Courses offered occasionally to students in special areas of Psychology not covered in the usual curriculum.Staff

NEUR 399 Research in Neuroscience (1/2 or 1)
A one- or two-term experience in which students, with the aid of a faculty member, conduct original neuroscience research. The process includes reviewing the literature, generating hypotheses, collecting and analyzing data, and presenting results in written and oral form. Grade is withheld (NR) until full credit is earned. Prereq : NEUR 340 and either BIOL 210 or PSYC 282; W; May be repeated up to two times for up to 1 credit; Staff

NEUR 400 Advanced Studies (1/2 or 1)
See College Honors Program. Staff

Apply to KnoxundefinedundefinedCommencement

Academic News

Senior's Honors Project Sparks Youngsters' Interest in Robotics

Hannah Fidoten, a computer science and economics double-major, developed an Honors project that encourages local schoolchildren to pursue studies in STEM subjects -- science, technology, engineering, and math.

Environmental Writer Paul Greenberg Speaks at Knox

James Beard Award-winning author Paul Greenberg delivers the EquiKnox sustainability lecture centered on his best-welling book, Four Fish, and meets with Knox students to discuss his environmental research and writing. Related events include a sustainability fair and seafood dinner.

MathTalks Lecture: "Breaking Driver's License Codes"

Guest speaker Joseph Gallian, a University of Minnesota-Duluth professor, explains to a Knox College audience how he deciphered the complicated method by which some states assigned driver's license numbers. The event was part of the MathTalks lecture series at Knox.

More News

undefined
undefined
Independent Research
Knox on Youtube
Independent Research
 
Erin WarfordI Am KnoxI collected data showing a site where a group of Roman villas existed in Britain. I am Erin, Junior, and...
I AM KNOXI am Knox
Meet More Knox People