This pathway explores the concepts of natural selection and evolution of populations. Stories from scientists sharing their perspective on this topic and their research are embedded throughout the pathway.

The application of Cas9-fusion proteins creates a greater cellular toolbox beyond gene disruption.

This pathway provides an introduction to LabXchange, how it can support learners and educators, and the types of content you can find on LabXchange.

This pathway explores innovations in biotechnology that have revolutionized aspects of modern life like agriculture, forensics and medicine.

This pathway explores the concept of forces. The basic techniques of vector algebra are discussed, which allows for an introduction to Newton's Three Laws of Motion, which describe how objects react when forces are applied to them. The pathway concludes with a series of questions for students to test their understanding.

Gases exist across a wide range of temperature and pressures, and their properties obey some fairly simple laws. This pathway provides resources to help students understand the behaviour of gases, and the relationships that exist between their pressure, volume and temperature.

This pathway includes an introduction to the ways that gene expression is regulated in both prokaryotes and eukaryotes. For a deeper look at this topic, we recommend the pathway Gene Regulation from the OpenStax textbook Biology for AP® Courses.

This pathway provides an introduction to genetic disorders including examining the different ways genetic information may be changed and specific examples of genetic disease. For a deeper look at this topic, we recommend the pathway Modern Understandings of Inheritance from the OpenStax textbook Biology for AP® Courses.

This pathway explores how we inherit our phenotypes and the origin of genetic diseases.

This pathway contains guidance for how to create an account on LabXchange, and the differences between the Educator and Learner roles. You will also learn how to search the library for public content, and how to add content to your own private library.

This pathway provides an introduction to heredity and how the biological process of meiosis leads to genetic diversity. The foundational concepts of Mendelian genetics are also reviewed. For a deeper look at this topic, we recommend the pathways Meiosis and Sexual Reproduction, Mendel's Experiments and Heredity and Modern Understandings of Inheritance from the OpenStax textbook Biology for AP® Courses.

Esta vía introduce la electroforesis en gel, una técnica utilizada para separar moléculas biológicas. Esta vía también es compatible con el laboratorio ABE 1.2: Electroforesis en gel.

Esta vía introduce la micropipeta, un instrumento utilizado para medir pequeños volúmenes de líquido, y brinda la oportunidad de practicar el uso de esta herramienta. Esta vía también es compatible con ABE Lab 1.1: Cómo usar una micropipeta.

Esta vía describe cómo se agrega información genética a las células en la técnica llamada transformación. Esta vía también es compatible con ABE Lab 5.

Why are some substances liquids, while others are solids? Why are some substances harder than others? Why is water essential for life on Earth? This pathway provides resources for answering these questions by looking at the types of intermolecular foces that exist between particles, and the effect that these forces have on the macroscopic properties of substances.

Esta vía proporciona una descripción general de los plásmidos recombinantes y cómo se pueden modificar para introducir nuevos rasgos en un organismo. Esta vía puede apoyar a ABE Labs 2, 2a, 3, 4 y 4a.

Esta vía ayudará a los alumnos a comprender mejor el papel fundamental que desempeñan las células bacterianas como fábricas de producción de proteínas en el proceso de clonación de genes. Los procesos de fisión binaria, transcripción y traducción son todos esenciales para este papel y se exploran en detalle aquí. Para aquellos que utilizan esta vía como parte de Amgen Biotech Experience, esta vía es una buena compañera para ABE Lab 5.

Esta vía es una revisión de la estructura de las proteínas y cómo se fabrican dentro de las células durante el proceso de ingeniería genética. Esta vía es un buen compañero para ABE Lab 6.

Esta vía describe el proceso de ingeniería genética con un enfoque en la clonación de genes. Esta vía también proporciona una introducción a la serie de laboratorios ABE.

This pathway provides an overview of recombinant plasmids and how they can be modified to introduce new traits into an organism. This pathway can support ABE Labs 2, 2a, 3, 4 and 4a.