– Heat transfer
– Electromagnetic technologies
– Nanowarming
– Organ and tissue transplantation
– Aerosols
– Nucleation and crystallization
– Robotics
– Aquatic species cryopreservation
– Insects cryopreservation
– Cryobiology
– Bio- cryopreservation
– Perfusion
– Organ and tissue transplantation
– Tissue and organ engineering
– Cryoprotectant optimization
– Microfluidics
– Metabolomics
– CPA optimization and high throughput
– Insects cryopreservation
– Opto-electronics
– Laser nanowarming
– Thermodynamics
– Isochoric
– Molecular systems biotechnology in inflammatory diseases
– Metabolism
– Conservation biology.
– Materials science
– Nanofabrication
– Magnetic and plasmonic nanoparticles
– Tissue engineering
– Mechanobiology
– Cryosupply chain
– Cryobiology
– Thermodynamics
– Isochoric cryopreservation
– 3D printing
– Micro-physiological systems
– Thermal properties
– Computational modeling in cryobiology
– Cryomedicine
– Machine learning
– Organ modeling
– CPA optimization and high throughput
NSF ATP-Bio is an Engineering Research Center This material is based upon work supported by the National Science Foundation under Grant No. EEC 1941543
The University of Minnesota is an equal opportunity educator and employer.
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