title: Genetics Lecture and Laboratory Syllabus for a Junior-Level Course
creator: Harper, Kasey
contributor: O'Donovan, Gerard A.
contributor: Shanley, Mark Stephen
contributor: White, Olivia Masih
publisher: University of North Texas
date: 1999-08
language: English
description: The following is a complete syllabus for a college level genetics
 course. The syllabus contains lecture outlines and notes for each chapter,
 along with a list of transparencies needed. The quizzes and exams are prepared
 and placed at the beginning of the syllabus. The beginning of the course will
 consist of a lecture to introduce the students to the basics of genetics,
 followed by many applications of genetics. The process of cell division will
 be mastered by the students, as well as Mendelian genetics, quantitative
 genetics, chromosome mapping, and inheritance. The replication, synthesis, and
 organization of DNA are also discussed within the lectures. The final topics
 that will be covered using this syllabus are genetics of cancer and immunology
 and population genetics. These topics are essential for a detailed genetics
 course. The syllabus is written in great detail, and will require a full
 semester to be completed. The book used in association with this syllabus is
 Essentials of Genetics by William S. Klug and Michael R. Cummings.
subject: genetics
subject: syllabus
subject: college courses
subject: Genetics -- Outlines, syllabi, etc.
subject: Genetics -- Study and teaching (Higher).
subject: Klug, William S. -- Essentials of genetics. -- 1999.
rights: Public
rights: Copyright
rights: Copyright is held by the author, unless otherwise noted. All rights
 reserved.
rights: Harper, Kasey
type: Thesis or Dissertation
format: 559, 88 leaves : ill.
format: Text
identifier: call-no: 379 N81 no.7607
identifier: untcat: b2197363
identifier: local-cont-no: 1002659979-Harper
identifier: https://digital.library.unt.edu/ark:/67531/metadc278031/
identifier: ark: ark:/67531/metadc278031