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Filtering by Subject: Agriculture
There are 7 items listed.
Mendelian Genetics Activity
Walter P. Suza
Activity/Lab 2023-08-03 Agriculture, Agronomy, Biotechnology, Genetics & Genomics, Life Sciences Suza, Genetics, Agriculture, and Biotechnology
This applied learning activity has been developed to reinforce learners' understanding of 1) gene action and differences that can exist between populations from crosses; and 2) segregation patterns following self-fertilization from F1 generation to F2 generation.
Mutations and Mendelian Genetics
Walter P. Suza, Shuizhang Fei
Activity/Lab 2023-08-01 Agriculture, Agronomy, Biotechnology, Genetics & Genomics, Life Sciences Suza, Genetics, Agriculture, and Biotechnology
This applied learning activity has been developed to reinforce learners' understanding of 1) gene action and differences that can exist between populations from crosses and their reciprocal crosses; 2) segregation patterns following self-fertilization from generation to generation; and the use of Chi-square test of hypothesis and interpretation of results.
Gene expression (Transcription) and gene regulation
Walter P. Suza
Activity/Lab 2023-08-01 Agriculture, Agronomy, Biotechnology, Genetics & Genomics, Life Sciences Suza, Genetics, Agriculture, and Biotechnology
In this applied learning activity, learners are asked to think about how gene transcription is turned on, dive into some of the details of mRNA processing, and reflect on their learning of this process.
ChatGPT DNA Activity
Walter P. Suza
Activity/Lab 2023-08-01 Agriculture, Agronomy, Biotechnology, Genetics & Genomics, Life Sciences Suza, Genetics, Agriculture, and Biotechnology
This applied learning activity, tied to Chapter 2 in the associated textbook, asks learners to think about how plants work, dive into some of the details, and reflect on their learning of this process. They are asked to query AI for the interconnectedness of specific DNA structure and functions terms. They are then asked to evaluate the response generated by AI using what they have learned from [...]
Application of Recombinant DNA Technologies
Walter P. Suza
Activity/Lab 2023-08-01 Agriculture, Agronomy, Biotechnology, Genetics & Genomics, Life Sciences Suza, Genetics, Agriculture, and Biotechnology
This applied learning activity has been developed to reinforce learners' understanding of 1) DNA separation on an agarose gel, 2) the restriction enzymes in the analysis of DNA polymorphism, and 3) polymerase chain reaction (PCR), while emphasizing the importance of recombinant DNA technologies in crop improvement.
Regulation of Gene Expression
Walter P. Suza
Activity/Lab 2023-08-01 Agriculture, Agronomy, Biotechnology, Genetics & Genomics, Life Sciences Suza, Genetics, Agriculture, and Biotechnology
This applied learning activity has been developed to reinforce students’ understanding of gene expression and how the biological activity encoded by a gene is regulated, while emphasizing that gene expression involves DNA transcription to mRNA, and mRNA translation to protein.
R Code Supplement for Basic Engineering Data Collection and Analysis by Vardeman and Jobe
Spencer Wadsworth
Diagram/Illustration 2023-07-28 Agriculture, Agronomy, Biotechnology, Genetics & Genomics, Life Sciences Vardeman and Jobe, Basic Engineering Data Collection and Analysis
A PDF supplement providing R language code and output for book examples.