Biology: Textbook And Activities For The Flipped Classroom - 9781516508952

Designed to support the flipped classroom method of teaching, Biology: Textbook and Activities for the Flipped Classroom introduces students to the fundamentals of biology. Each lesson in the textbook is complemented by a variety of active learning exercises and assessment questions. To promote interdisciplinary connections and big-picture thinking, students learn the historical, ethical, sociological, and technological implications of key concepts in biology. Over the course of 15 chapters and numerous activities, students learn the basics of scientific inquiry, atoms and molecules, DNA structure and replication, genetic mutations, and transcription and translation. They are introduced to Mendelian genetics, the connection between cell division and cancer, evolution, the immune system, and infectious diseases. The final module is dedicated to biotechnology, providing students a glimpse into gene cloning, DNA sequencing, and gene editing. Biology provides students with an immersive and engaging introduction to biology and life science. It is well suited to flipped biology courses, particular those for non-science majors. Kevin M. Bonney is a clinical assistant professor and the assistant dean of faculty development and program advancement in Liberal Studies at New York University. He earned his doctoral degree in microbiology and immunology from Northwestern University. Dr. Bonney has authored and coauthored numerous articles and case studies within his field of expertise. Lori Nicholas is a biology instructor at Northwest Vista College, where she teaches lecture and lab courses. She previously served as a master teacher in the Liberal Studies at New York University, where she taught life science courses for non-majors and developed an online life science course. Professor Nicholas earned her master's degree in biology from New York University.

• | Author: Kevin M. Bonney
• | Publisher: Cognella Academic Publishing
• | Publication Date: Nov 07, 2018
• | Number of Pages: 302 pages
• | Language: English
• | Binding: Paperback/Science
• | ISBN-10: 1516508955
• | ISBN-13: 9781516508952