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Peer Review

Understanding Gene Regulation and Gene expression; Open Textbook

Reviewed:

Feb 17, 2024 by Biology
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Ratings

Overall Rating: 4.2 stars
Content Quality: 3.8 stars
Effectiveness: 4.0 stars
Ease of Use: 4.5 stars
Overview:

This Open textbook on “Understanding Gene Regulation and Gene expression” developed by Dr. V. Malathi as part of her OE4BW project in 2023. This book will be an essential part of courses in Molecular Biology, Genetics , Genetic Engineering and Biotechnology . This project is aimed at creating an open textbook for the global student community. This open text book will discuss the following topics along with external links for further reading. The organization of genes in Prokaryotes and eukaryotes Types of chromosomes The process of gene expression, Transcription and translation in eukaryotes & prokaryotes The stages at which gene expression can be regulated The importance of gene expression and its regulation These topics are described using a simple language with suitable illustrations, interactive exercises (created using H5P). The content includes reading/watching materials adapted from openly licensed OERs from open repositories like OpenStax, Lumen Learning, Libre Texts , which are suitably re-used, re-purposed, adapted with proper attribution.

Type of Material:

Open (Access) Textbook

Recommended Uses:

In-class lectu reby professors for teaching, learning as discussion and mind / concept mapping for additional assessment. In class supplemental textbook, homework, for homeschool learners

Technical Requirements:

Web browser

Identify Major Learning Goals:

  • Students will learn about biology of prokaryotes and eukaryotes.
  • Students will be able to explore the connection between structure and functions of genes.
  • Students will be able to apply the knowledge & skills to understand and elaborate concepts and contents in genomics.
  • Students will also be able identify and explain the role of molecular biology in understanding nature of prokaryotic and eukaryotic organisms.
  • Students will be able to understand & demonstrate relationship between genotype and phenotype.
  • Students will be able to understand the role played by genes in adapting organisms to internal and external conditions.
Target Student Population:

High school, College General Ed, College Lower Division

Prerequisite Knowledge or Skills:

Knowledge of basic biology and molecular biology vocabulary

Content Quality

Rating:
Strengths:

  • Clear and concise
  • Information is accurate at the time of this review
  • Summarizes the concept well
  • The topics are well-organized
  • Quality of graphics is very good
  • The content is well organized and follows good pedagogy
Concerns:

The presentation of the concepts is often abbreviated so it does not fully give an in-depth explanation

Potential Effectiveness as a Teaching Tool

Rating:
Strengths:

  • Demonstrates and illustrates various concepts of genomic sciences.
  • Ease of use and navigation.
  • Can be used for asynchronous, synchronous and in-person classroom environments.
  • Can also be included in medical schools for the purpose of discussion on medical genetics topics and elicit critical thinking for example asking students to explore gene expression in pathogenic microbes & elaborate how it is different in a microbe during phase of pathogenesis for example when microbe is causing pathogenesis.

Ease of Use for Both Students and Faculty

Rating:
Strengths:

  • Accessible with any web browser
  • The information is well organized
  • Material is intuitive
  • The information flows easily from one topic to another Information is easy to understand
Other Issues and Comments:

This is an OER material

Creative Commons:
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