Educational Resources
Research data, tools, & information available now that can can be used for teaching
Overview
|
Many educators have incorporated data, tools, and information they found on allencell.org into how they teach biology. While we recommend browsing the rest of allencell.org to find pages that may uniquely fit your curriculum, you can get started with pages we highlight below that have content other teachers use most frequently. At a recent conference, three educators presented how they use various features of allencell.org in their classrooms and have graciously allowed us to share the presentations below.
|
Presentations & Educational Resources from ASCB | EMBO 2018
|
Three educators who use various features of this website, allencell.org, in their classrooms presented their curricula and data applications to an audience at the American Society for Cell Biology's 2018 ASCB | EMBO Annual Meeting. We recorded the entire one hour seminar and have separated and described the presentations here for your convenience. Although the data, tools, and approaches used in each presentation are applicable to most levels of teaching, we present them below in the order they have been applied, from high school through advanced studies in college.
|
|
Overview of allencell.org resourcesCell Data in the Classroom: Using the Allen Cell Explorer in High School & College Education
by Graham Johnson & Kaitlyn Cosimo AllenCell.org is the Allen Institute for Cell Science data portal. It provides an unprecedented view into the organizational diversity of human stem cells, giving public access to large-scale 3D imaging data, predictive models, detailed methods, cell lines, and analysis tools. In this video, we describe resources useful for teaching and introduce three educators who use various features of allencell.org in their classrooms.
|
3D cells for AP Biology in high schoolUsing the Allen Cell 3D Viewer to prepare AP Biology students for cell culture
by Tom Martinez At the high school (AP Biology) level, we guide students through human cell image data on allencell.org that show variation in cell shape, structure, and dynamics. These lessons enhance the proteins and cellular pathways unit of the AP Biology curriculum with research-grade data and a view into the process of real-life science.
|
Case study planing for college classesUsing the Allen Cell Explorer to introduce high-throughput approaches & image analysis through interrupted case studies
by Carlos C Goller At the introductory college level, we expose students to high-throughput approaches (HTA) and high-content microscopy datasets to engage them in the analysis of novel data. Students demonstrate applications of HTA via the analysis of image datasets from allencell.org during their transition from classroom-based learning to research positions.
|
A virtual lab for college instructionA quantitative virtual laboratory on cell division using the Allen Institute's Cell Viewer
by Eric Shelden Advanced college/early graduate school students conduct virtual experiments using image-based cell data. In one virtual experiment, students analyze fluorescence microscopy images to categorize cells into cell cycle phases. They must then calculate the relative durations of the cell cycle phases while recommending experimental design parameters to maximize the accuracy of this approach.
|
Materials related to the presentation will be posted as they become available.
Please check back for a video interview with the three educators.
Please check back for a video interview with the three educators.
Pages on allencell.org frequently used for teaching
|
An hiPS cell biology overview & cell structure observations
|
An interactive overview of hiPS cell 3D structure & function
|
Explore any of our 31,987 3D cell images directly in your web browser
|
Plot & view any of 31,987 3D cell images sorted by measured features
|
News articles related to education
New VR game lets you learn about cells by tossing them. The app, now on display at Pacific Science Center, teaches users the stages of cell division through interactions with 3D models of human cells.