#PhDProposal #HealthcareTech #Research
#PhDProposal #HealthcareTech #Research
We propose using time-averaged air flow rate to better assess portable suction device performance. Congrats team on your hard work!
#BiomedicalEngineering #MedTech #Research
We propose using time-averaged air flow rate to better assess portable suction device performance. Congrats team on your hard work!
#BiomedicalEngineering #MedTech #Research
and @WitteMuseum
for this collaborative event! #VivaScience #AIinHealthcare
and @WitteMuseum
for this collaborative event! #VivaScience #AIinHealthcare
BRISK: lighter, stronger, smaller suction tech that saves lives on the battlefield.
#BME #Innovation
BRISK: lighter, stronger, smaller suction tech that saves lives on the battlefield.
#BME #Innovation
Meet Maria Londono, a brilliant 2nd-year PhD student in our joint BME program who's leading collaborative research across multiple institutions!
See her full story on our LinkedIn profile➡️ www.linkedin.com/company/medical-design-innovations-mdi-lab #WomenInSTEM
Meet Maria Londono, a brilliant 2nd-year PhD student in our joint BME program who's leading collaborative research across multiple institutions!
See her full story on our LinkedIn profile➡️ www.linkedin.com/company/medical-design-innovations-mdi-lab #WomenInSTEM
Read in JBO: doi: 10.1117/1.JBO.30.1.015001
#BiomedicalOptics #SPIE
Read in JBO: doi: 10.1117/1.JBO.30.1.015001
#BiomedicalOptics #SPIE
and @UTHealthSA
are revolutionizing emergency airway mgmt with their Flexible Airway Securement Tube (FAST). This redesigned ETT promises better patient safety and improved sealing & stability. 🔬🏥 #MedTech 👏🚀
and @UTHealthSA
are revolutionizing emergency airway mgmt with their Flexible Airway Securement Tube (FAST). This redesigned ETT promises better patient safety and improved sealing & stability. 🔬🏥 #MedTech 👏🚀