"Engineering pluripotent stem cell morphogenesis"
“Engineering the morphogenesis of pluripotent stem cells”
Loex Annual Scientific Meetings
"Integration of matrix and growth factor cues in directing pluripotent morphogenesis"
Gordon Research Conference on Signal Transduction
“Engineering 3D pluripotent stem cell microenvironments for scalable suspension culture"
2016 Annual Conference of of the BMES Cell and Molecular Bioengineering Special Interest Group
“Label-free separation of human pluripotent stem cells and differentiated progeny based on adhesive signatures”
GTCbio’s Stem Cell Summit
“Morphogen growth factor delivery from engineered glycosaminoglycan materials”
Advanced Functional Polymers for Medicine 2015
“Engineering Stem Cell Niches for Tissue Engineering”
32nd Annual Meeting of the Canadian Biomaterials Society
IBC’s 4th Annual Cell Therapy Bioprocessing.
"Engineering the emergence of differentiation and morphogenesis of pluripotent stem cells in 3D"
"Extracellular matrix dynamics of 3D pluripotent stem cell aggregates"
"Biomaterials control of stem cell fate in 3D: Scalable biomanufacturing approaches"
"Engineering 3D multicellular environments to direct pluripotent morphogenesis"
"Osteochondral development of 3D pluripotent stem cell aggregates"
"Scalable suspension culture technologies to enable robust stem cell biomanufacturing"
"Biomaterials control of stem cell fate in 3D: engineering pluripotent morphogenesis"
"Mesenchymal morphogenesis of embryonic stem cells modulates the dynamics of 3D multicellular mechanics"
"Challenges in cell-based tissue engineering"
"Designing microenvironments for cell differentiation"
"Where to find a job and how to be successful in it"
"Upstream scaleable technologies for stem cell bioprocessing and engineered tissue modules"
"Engineering stem cell environments to direct differentiation & tissue development"
Center for the National Academies of Science & Engineering
"'Feeling the Spaces' in regenerative medicine"
"Engineering of 3D pluripotent stem cell microenvironment via biomaterials incorporation"
"Engineering stem cell environments inside-out and outside-in"
"Engineering 3D stem cell microenvironments for directed differentiation and morphogenesis"
"Engineering morphogen presentation within pluripotent stem cell environments to direct cell fate decisions"
"Engineering stem cell microenvironments inside-out & outside-in"
"Engineering 3D stem cell microenvironments to direct differentiation and morphogenesis."
Royal College of Surgeons
"Engineering stem cell environments to direct cell fate and morphogenesis"
"Engineering 3D stem cell environments inside-out & outside-in: which way do we go?"
"Engineering stem cell differentiation in 3D for scalable suspension biomanufacturing"
"Engineering stem cell environments to direct cell fate and morphogenesis"
"Osteoinductive potential of embryonic stem cell-derived morphogenic cues"
"Directing differentiation with microenvironmental cues"
"Engineering 3D microenvironments to direct stem cell phenotype"
"Integrating biomaterials into 3D stem cell environments"
"Engineering the 3D microenvironment of pluripotent stem cells"
"Engineering the extracellular microenvironment to direct pluripotent stem cell differentiation and morphogenesis"
"Engineering stem cell differentiation via material properties"
"Novel approaches to direct stem cell differentiation"
"Engineering stem cell extracellular environments to direct emergent behaviors"
"Engineering 3D pluripotent stem cell microenvironments for directed differentiation and morphogenesis"
"Engineering 3D pluripotent stem cell microenvironments for directed differentiation and morphogenesis"
"Engineering pluripotent stem cell microenvironments to direct differentiation and morphogenesis"
"3D 'mesensphere' culture: a new approach for MSC biomanufacturing and tissue engineering"
"Engineering multi-cellular environments to direct stem cell fate and function"
"Engineering the differentiation of multicellular stem cell systems"
"Stem cell engineering in the cell manufacturing pipeline"
"Differentiation of pluripotent stem cell populations"
"Biomaterials for and from stem cells: new approaches to regenerative medicine"
"Stem cell-derived matrices and morphogens: novel acellular approaches for tissue regeneration"
"Engineering the morphogenesis of pluripotent stem cells"
"Engineering stem cell microenvironments via local and global control"
"Embryonic stem cell-derived matrices: new insights and opportunities for regenerative molecular therapies"
"Engineering stem cell environments to yield new insights and principles for developmental biology"
"Macro- and micro-scale control of stem cell aggregate differentiation in suspension cultures"
"Engineering embryonic stem cell technologies for regenerative medicine"
"Pluripotent stem cell culture media considerations"
"Engineering of stem cell microenvironments for directed differentiation"
"Controlled delivery of morphogenic factors to direct stem cell differentiation"
"Microparticle-mediated delivery of morphogenic factors within embryoid bodies"
"Macro- and micro- bioprocessing control of embryonic stem cell differentiation"
"Engineering the 3D microenvironment of embryonic stem cells undergoing differentiation"
"Engineering of regenerative matrices from embryonic stem cells"
"Engineering of embryonic stem cell microenvironments to direct cell differentiation"
"Extracellular regulation of pluripotent stem cell differentiation"
"Extracellular regulation of pluripotent stem cell differentiation"
"Integrating biomaterials into 3D stem cell microenvironments"
Engineering the Morphogenesis of Pluripotent Stem Cells
