Search Results - "biological engineer"
Suggested Topics within your search.
Suggested Topics within your search.
- Biological Products
- Biomedical engineering 3
- Cell Engineering 3
- Cell Membrane 3
- Cellular Microenvironment 3
- Drug Delivery Systems 3
- Drug delivery systems 3
- Mesenchymal Stem Cell Transplantation 3
- Mesenchymal Stromal Cells 3
- Multipotent stem cells 3
- Nanomedicine 3
- Nanotechnology 3
- RNA, Messenger 3
- Regenerative medicine 3
- Stem cells 3
- Surface Properties 3
- Therapeutic use 3
- Transplantation 3
- metabolism 3
- methods 3
- therapeutic use 3
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NanoEngineering the cell surface for targeted drug and cell delivery
Published 2015Table of Contents: “…Contents: MSCs from discovery to over 450 clinical trials -- Current challenges to maximize clinical success -- Technologies for controlling cell fate and function following transplantation -- mRNA transfection strategy using cells for targeted delivery of biologics -- Engineering cells with an intracellular depots of phenotype altering agents -- Drug delivery or programming cell fate via intracrine-, paracrine-, and endocrine-like mechanisms -- Next generation nanonsensors to study secretome in vivo.…”
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Series
Electronic Video -
2
NanoEngineering the cell surface for targeted drug and cell delivery
Published 2015Table of Contents: “…Contents: MSCs from discovery to over 450 clinical trials -- Current challenges to maximize clinical success -- Technologies for controlling cell fate and function following transplantation -- mRNA transfection strategy using cells for targeted delivery of biologics -- Engineering cells with an intracellular depots of phenotype altering agents -- Drug delivery or programming cell fate via intracrine-, paracrine-, and endocrine-like mechanisms -- Next generation nanonsensors to study secretome in vivo.…”
Get full text
Series
Electronic Video -
3
NanoEngineering the cell surface for targeted drug and cell delivery
Published 2015Table of Contents: “…Contents: MSCs from discovery to over 450 clinical trials -- Current challenges to maximize clinical success -- Technologies for controlling cell fate and function following transplantation -- mRNA transfection strategy using cells for targeted delivery of biologics -- Engineering cells with an intracellular depots of phenotype altering agents -- Drug delivery or programming cell fate via intracrine-, paracrine-, and endocrine-like mechanisms -- Next generation nanonsensors to study secretome in vivo.…”
Get full text
Series
Electronic Video
