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Regenerative Medicine & Tissue Engineering

Cells, Matrices, and Regeneration

An independent one-hour primer on vascular biology, extracellular matrix mechanics, biomaterials, tissue engineering, and experimental reasoning, designed around research themes relevant to the Ngan F. Huang Lab.

3 modules · 6 lessons · 1h · mastery threshold 80

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About this course

Background for Research in the Huang Lab This independent educational primer introduces scientific concepts relevant to research themes in the Ngan F. Huang Lab at Stanford University. It is not an official Stanford University or Huang Lab course and does not imply endorsement or affiliation. For ambitious high-school students and early undergraduates. Prerequisites: high-school biology and a basic understanding of DNA, RNA, proteins and cells; no tissue engineering knowledge required. 48 minutes of video plus an 8–10 minute final assessment; two brief checks are integrated into each lesson. Total planned learner time: 58–60 minutes. No lab, capstone or Research Defense is required. Mastery-only certificate eligibility follows the existing platform policy. Course map: microenvironment → cell sensing → intracellular mechanics and signaling → gene expression → phenotype → tissue function.

Syllabus

Module 1

Cells and Vascular Regeneration

Understand cellular context, vascular biology and iPSC-derived cells.

Module 2

How Materials Control Cells

Connect matrix mechanics and cell sensing to engineered microenvironments.

Module 3

How to Think About Experiments

Interpret experimental comparisons, readouts and an engineered-muscle case study.

Concepts you'll master

  • Biomaterials and hydrogels

    Biomaterials and hydrogels

  • Cellular microenvironment

    Cellular microenvironment

  • Endothelial cells and angiogenesis

    Endothelial cells and angiogenesis

  • Engineered muscle as an experimental model

    Engineered muscle as an experimental model

  • Engineered tissue microenvironments

    Engineered tissue microenvironments

  • Experimental design in tissue engineering

    Experimental design in tissue engineering

  • Extracellular matrix mechanics

    Extracellular matrix mechanics

  • iPSC-derived endothelial cells and phenotype

    iPSC-derived endothelial cells and phenotype

  • Mechanotransduction

    Mechanotransduction

  • Molecular and phenotypic readouts

    Molecular and phenotypic readouts

  • Multi-omic evidence and scientific interpretation

    Multi-omic evidence and scientific interpretation

  • Regenerative medicine as control of cell behavior

    Regenerative medicine as control of cell behavior