Emily Burns-Ray (@emilycburns) 's Twitter Profile
Emily Burns-Ray

@emilycburns

PhD Candidate in Physiology at Augusta University | Mattson Laboratory

ID: 1450509735262883847

calendar_today19-10-2021 17:11:14

29 Tweet

136 Followers

155 Following

Emily Burns-Ray (@emilycburns) 's Twitter Profile Photo

Last Wednesday evening, I competed in the Augusta University 3 Minute Thesis Competition. I’m excited to share that I won first place!! It was a challenging but rewarding experience

Last Wednesday evening, I competed in the Augusta University 3 Minute Thesis Competition. I’m excited to share that I won first place!! It was a challenging but rewarding experience
Emily Burns-Ray (@emilycburns) 's Twitter Profile Photo

Gave my annual summer seminar to our Phys Department on Tuesday! Hopefully my last… my committee meeting is July 11th and I’m ready to discuss a defense date for spring 2024 🤞🏼

Emily Burns-Ray (@emilycburns) 's Twitter Profile Photo

It was an honor to contribute to this editorial! I am hopeful for the impact our words have on the research community and beyond.

American Physiological Society (@apsphysiology) 's Twitter Profile Photo

APS goes to Washington! Our members are on Capitol Hill today to advocate for researching funding. #APSHillDay #advocacy #SciPol #FundScience #WomensHealthResearch #APSWomensHealth #APS2025

APS goes to Washington! Our members are on Capitol Hill today to advocate for researching funding. #APSHillDay #advocacy #SciPol #FundScience #WomensHealthResearch #APSWomensHealth #APS2025
ASN Publications (@asnpublications) 's Twitter Profile Photo

Study in #ASNJASN highlights a novel regulatory pathway whereby hematopoietic CD14 influences NOX2-derived oxidative stress and therefore modulates the progression of hypertension and kidney disease. kidney.pub/JASN0717 #BasicResearch

Study in #ASNJASN highlights a novel regulatory pathway whereby hematopoietic CD14 influences NOX2-derived oxidative stress and therefore modulates the progression of hypertension and kidney disease. kidney.pub/JASN0717
#BasicResearch