abstract
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Flexible and compact oxygenators that can serve as an artificial placenta to meet the oxygenation needs of neonates.
An ultra-thin highly flexible microfluidic device for blood oxygenation
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Overview
authors
publication date
- December 4, 2018
has subject area
- 03 Chemical Sciences (FoR)
- 09 Engineering (FoR)
- Analytical Chemistry (Science Metrix)
- Artificial Organs (MeSH)
- Equipment Design (MeSH)
- Female (MeSH)
- Humans (MeSH)
- Infant, Newborn (MeSH)
- Lab-On-A-Chip Devices (MeSH)
- Models, Biological (MeSH)
- Oxygen (MeSH)
- Placenta (MeSH)
- Pliability (MeSH)
- Pregnancy (MeSH)
- Pulmonary Gas Exchange (MeSH)
- Respiration, Artificial (MeSH)
published in
- Lab on a Chip Journal