Huntington / Parsberg / Carlsbad / Costa Mesa / Tunkhannock / Valencia / Sarasota / Ellisville / Eden Praire / Monrovia / Tampa / /
Company
Life Technologies / Bernstein / Google / PRINTING A PHYSIOLOGY LABORATORY / Preplaced Ag / /
Country
Germany / /
Currency
USD / / /
Facility
University of Leipzig / Washington University / Having stable / Perspectives PRINTING A PHYSIOLOGY LABORATORY / black/teal square / Leipzig Physiological Institute / Carl Ludwig’s Institute of Physiology / /
IndustryTerm
physiology laboratory equipment / intact biological systems / chemical resistance / above Web sites / species-specific equipment / metal parts / open source technologies / purchase equipment / experimental equipment / Open source software / Open-source 3Dprintable optics equipment / imaging / direct print technologies / longer physiological protocols / plastics / printing / Open source additive manufacturing / analog and digital hardware / physiology laboratory technology / open source manufacturing / open source hardware / chemical / laboratory equipment / optical imaging / physiology equipment / 3D structural electronics fabrication / /
Organization
Washington University in St. Louis / Leipzig Physiological Institute / Harvard / University of Leipzig / Institutional Animal Care and Use Committee / Washington Univ. in St. Louis / Igor R. Efimov Department of Biomedical Engineering / Washington University / Carl Ludwig’s Institute of Physiology / /
Person
Connie Shao / Emily Widder / Christopher Gloschat / Carl Ludwig / Vm / Sarah R. Gutbrod / Katherine M. Holzem / Matthew S. Sulkin / Igor R. Efimov / Washington Univ / /
Am J Physiol Heart Circ Physiol 305: H1569–H1573, 2013. First published September 16, 2013; doi:ajpheartPerspectives Three-dimensional printing physiology laboratory technology