Science needs her. In every lab, every classroom, every community.

Learn more about her journey on LabXchange: https://f.mtr.cool/jbsqtzdaxv 

#IDOWAGIS #WomenInSTEM #BiotechCareers #STEMEducation #ScienceNeedsHer

Her career reflects the dynamic, collaborative nature of modern biotech and highlights the many pathways available in STEM.

What she emphasizes most is the importance of communication. Scientific skill alone is not enough. Researchers must be able to clearly explain their work so others can build on it and move discoveries forward.

Science needs her. In every lab, every classroom, every community.

Explore her career spotlight on LabXchange: https://f.mtr.cool/fanysvxnux 

#IDOWAGIS #WomenInEngineering #STEMCareers #ScienceNeedsHer

As she shares, “Your lived experience is valuable and you don’t need a degree to become innovative.”

Her story reminds us that engineering is not only about equations; it is about creativity, problem-solving, and empowering the next generation.

Through workshops and community-led projects, she helps young people build, code, and create solutions that matter in their own communities.

As a young Black woman in engineering, she has faced stereotypes about who belongs in STEM. Her response has been to create space for others.

Today, we celebrate women in STEM and the mentors, researchers, and community leaders who are helping build more inclusive futures. In the posts that follow, we’re spotlighting two of those voices.
#WomenInScience #IDOWAGIS #ScienceNeedsHer #STEMEducation

At LabXchange, we believe everyone needs science and science needs everyone. More than 26 million women and girls have explored science on our free platform, discovering pathways into engineering, research, data science, and beyond.

Building inclusive futures means ensuring that women & girls are not only participants in emerging fields like AI and biotechnology, but leaders, innovators, & decision-makers within them. Science advances when diverse voices shape the questions we ask and the solutions we build.

Learn more about the endosymbiosis theory in this video created by Khan Academy: https://f.mtr.cool/gwszigxkqt 

#CellBiology #Evolution #STEMLearning #LabXchange

By looking at shared structures and genetic evidence, it offers a window into how cooperation and interdependence shaped the cells we see today.

This interactive explores how surface area & volume shape cell size & why living systems rely on many small cells instead of a few large ones.

It shows how structures inside the cell work together as the cell responds to external signals.

Watch the Inner Life of the Cell (BioVisions at Harvard University) video:

This animation follows a white blood cell as it moves through the bloodstream and reacts to external signals. Inside the cell, you can see organelles, cytoskeletal structures, and molecular “highways” working together, transporting materials, producing proteins, and changing shape in real time.

🔗 Explore the pathway on LabXchange: https://f.mtr.cool/nruiylxale 

#CellBiology #ScienceEducation #STEMTeaching #APBiology #LabXchange

Learners investigate everything from membrane-bound compartments to energy-capturing structures, and compare eukaryotic and prokaryotic cells to see how form supports function. The focus is on seeing the cell as a system, where different components interact to maintain internal balance.

All resources are free, interactive, and classroom-ready. Whether you’re supporting AP Biology learners or sparking curiosity in middle school science. Visit LabXchange.org to learn more!

#LabXchange #ScienceEducation #APBiology #MiddleSchoolScience #Genetics

Pathway: Taxonomy and Biodiversity
Explore the systems used to categorize species and introduces key groups of plants, animals, and fungi. #MiddleSchoolScience