Robertson, Terreill J, Schuler, Alec W, Matan, Salman O, Driskell, Ryan R, Bonassar, Lawrence J, Dong, Wenji, Gozen, Arda, Thiessen, David B, and Van_Wie, Bernard J. Differential fluid flow, oscillating hydrostatic pressure, and TGF-β3 synergistically promote spatial chondrogenic mRNA expression in engineered articular cartilage. Retrieved from https://par.nsf.gov/biblio/10639209.

Robertson, Terreill J, Schuler, Alec W, Matan, Salman O, Driskell, Ryan R, Bonassar, Lawrence J, Dong, Wenji, Gozen, Arda, Thiessen, David B, & Van_Wie, Bernard J. Differential fluid flow, oscillating hydrostatic pressure, and TGF-β3 synergistically promote spatial chondrogenic mRNA expression in engineered articular cartilage. Retrieved from https://par.nsf.gov/biblio/10639209.

Robertson, Terreill J, Schuler, Alec W, Matan, Salman O, Driskell, Ryan R, Bonassar, Lawrence J, Dong, Wenji, Gozen, Arda, Thiessen, David B, and Van_Wie, Bernard J. "Differential fluid flow, oscillating hydrostatic pressure, and TGF-β3 synergistically promote spatial chondrogenic mRNA expression in engineered articular cartilage". Country unknown/Code not available: Orthopedic Research Society. https://par.nsf.gov/biblio/10639209.

@article{osti_10639209,
place = {Country unknown/Code not available}, title = {Differential fluid flow, oscillating hydrostatic pressure, and TGF-β3 synergistically promote spatial chondrogenic mRNA expression in engineered articular cartilage}, url = {https://par.nsf.gov/biblio/10639209}, abstractNote = {}, journal = {}, publisher = {Orthopedic Research Society}, author = {Robertson, Terreill J and Schuler, Alec W and Matan, Salman O and Driskell, Ryan R and Bonassar, Lawrence J and Dong, Wenji and Gozen, Arda and Thiessen, David B and Van_Wie, Bernard J}, }