Carnegie Mellon University
BMD 42620 — Engineering Molecular Cell Biology
21 documents • ranked by quality and engagement.
No description provided
Actin Networks Elastic Behavior of Bundled and Cross-Linked Structures
BMD 42620 · Carnegie Mellon University
Engineering Molecular Cell Biology Handout
BMD 42620 · Carnegie Mellon University
Kinesin Novel Force-Generating Protein in Microtubule Motility
BMD 42620 · Carnegie Mellon University
Lecture Six for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Diffusion Part Two
BMD 42620 · Carnegie Mellon University
Engineering Molecular Cell Biology Lecture Notes
BMD 42620 · Carnegie Mellon University
Lecture One for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Lecture Eight for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Lecture Three for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Engineering Molecular Cell Biology Assignment
BMD 42620 · Carnegie Mellon University
Lateral Reinforcement in Living Cells Microtubule Compressive Loads
BMD 42620 · Carnegie Mellon University
Lecture Two for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Lecture Five for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Single Kinesin Molecule Velocity and Force Measurement
BMD 42620 · Carnegie Mellon University
Lecture Four for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Modular Cell Biology from Molecular Foundations
BMD 42620 · Carnegie Mellon University
Overview of Course and Cellular Universal Properties
BMD 42620 · Carnegie Mellon University
Lecture Three Materials (2011)
BMD 42620 · Carnegie Mellon University
Lecture Seven for Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Assignment One Engineering Molecular Cell Biology
BMD 42620 · Carnegie Mellon University
Lecture Fourteen Materials (2011)
BMD 42620 · Carnegie Mellon University