...Maia Bailey; Natasha Sherman Genotyping real alleles in real people is an excellent way to connect abstract genetics concepts to human variation in the classroom; however, these activities can inadvertently promote misconceptions of the power of genetics to determine individual and group traits...

... have developed a set of freely accessible, online, and interactive lessons that focus on the evolution of sweet garden peas from their starchy tasting ancestors. Gregor Mendel first explored the genetics of garden peas in the mid-1800s; our materials help students explore the basis of the R and r...

...-week (including finals week) schedule whereas Table 2 is a modified schedule. Gen and EnvBio (PUI) followed the schedule in Table 1 . Table 2 shows a modified genetics schedule. GenEvo (R1) followed the schedule in Table 2 . The design of GenEvo included additional laboratory experiences beyond...

... is a culturally responsive 5E lesson “Reimagining a Culture of Equality” (R.A.C.E.). R.A.C.E. lessons are lesson model designed by the author to promote accurate teaching and understanding of human diversity, ultimately resulting in a more tolerant and scientifically literate learner. race genetics 5E...

... structure, genetics, phylogenetics, electrical signaling, evolution, and the process of science. A more parsimonious hypothesis is that TTX is manufactured by a relatively small number of bacterial species and then bioaccumulates through food webs or is acquired directly via bacterial symbionts ( Chau et...

..., with various outcomes. The case is still of interest today as it offers an interesting example of how science is done. © 2022 by The Regents of the University of California 2022 history of science (biology) scientific competition heredity genetics Gregor Mendel Hugo de Vries Carl Correns Erich...

...James P. Evans Although unrecognized for his scientific achievements during his life, Gregor Mendel pioneered our modern understanding of the gene, work that shaped the field of genetics and advances in biology and medicine. The field that he set in motion 200 years ago lies at the center...

... on the course) as inspiration for others © 2022 by The Regents of the University of California 2022 molecular biology nature of science philosophy of biology history of science history of biology genetics heredity molecular genetics Molecular biology was presented in our science courses...

... of California 2021 antibiotic resistance genetics genomics interdisciplinary microbiology mutagenesis sequencing undergraduate Overall, research experiences for undergraduates are invaluable for their development as scientists and individuals, in addition to increasing retention...

... and Understandings/Success Skills Students engage in science practices to learn key genetics, cell biology, and heart anatomy content (for alignment to NGSS, see Table 2 ). Challenging Problem/Question Entry event: Introduction of the Marcus case through discussion of initial symptoms; students engage...

...Courtney G. Price; Emma M. Knee; Julie A. Miller; Diana Shin; James Mann; Deborah K. Crist; Erich Grotewold; Jelena Brkljacic Arabidopsis thaliana , a model system for plant research, serves as the ideal organism for teaching a variety of basic genetic concepts including inheritance, genetic...

...=reprints . 2018 computational thinking genetics heredity molecular genetics protein synthesis The Next Generation Science Standards (NGSS) call for engaging students in science and engineering practices ( NGSS Lead States, 2013 ). One of the eight practices is using mathematics...

...Jonathan Beckwith; Kostia Bergman; Michael Carson; Tobias Doerr; Lisa Geller; Robin Pierce; Sheldon Krimsky; Carol Martin; Marina Santiago; Amy Vashlishan Murray; Celestine Warren; Chad Zichterman Teaching the topic of genetics in relationship to ancestry and race generates many questions...

... that are interesting and meaningful to young people. Hardy-Weinberg equilibrium populations genetics Students typically find fascinating the story of Nancy Wexler, her mother who died early of Huntington's Disease, and the work to identify the determinants of the disease among the inhabitants of the village...

..., general genetics course. This included lengthening the time for the experiment, incorporating new technology for data analyses, and generating new assessments. These changes led to a more collaborative and interactive environment. Students were given the challenge of inducing a phenotypic change within...

...Brett Malas Traditional transcription-translation exercises are instructionally incomplete by failing to link prescriptive genetic information with protein structure and function. The T3 Method solves this problem by adding a conceptually powerful yet easily learned third step where students use...

... by comparing two sections of sophomore-level college genetics. One section was flipped and the other taught traditionally, but with extensive active learning included as homework. Student satisfaction, performance on quizzes and exams, and overall achievement of course learning goals were compared...

...Matthew M. Graziose Research into human eating behavior is complex. Innate preferences for sweet and aversions to bitter tastes may explain why we choose certain foods. Some segments of the population, called “supertasters,” are more sensitive to bitter-tasting foods because of a genetic...

...Madelene Loftin; Kelly East; Adam Hott; Neil Lamb Life science classrooms often emphasize the exception to the rule when it comes to teaching genetics, focusing heavily on rare single-gene and Mendelian traits. By contrast, the vast majority of human traits and diseases are caused by more...

... pea plants. The unit introduces students to Mendel’s background and the questions he sought to address. Students then conduct their own investigation, using Virtual Genetics Lab II (VGLII) software to attempt to confirm Mendel’s results. In the course of completing their investigations, students learn...