Alexa Anderson
@aalexaandersonn
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PhD student in the @seguralab at Duke University 👩🔬
Joined July 2022
I will miss #BMES2023 this year. But @seguralab will be well represented! If you are interested in joining the lab as a postdoc or PhD student, please find information under Join Us at https://t.co/p0sS1NE1it & reach us through our website + talk to my lab members attending BMES.
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Still finding it hard to believe that that my thesis defense happened!! I feel so fortunate to have been a part of the awesome science going on in the Segura Lab. What a great 5 years it’s been! ✨🧪🔬
What a week the @seguralab had! We finished the week with ✨Dr. Alexa Anderson's✨ thesis defense! @aalexaandersonn gave an amazing presentation full of original drawings to bring science communication to a whole new level. It was an amazing journey. Congratulations Alex!
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Had a blast presenting my work in today at #SFB2023! So many great talks in the new granular hydrogel session.
Congratulations to @seguralab graduate student ✨Alexa Anderson✨on a fantastic talk on her work to promote vascular structure formation in #MAPgels. Her presentation featured original hand-drawings to explain her science. Beautiful! #SFB2023
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Come see the latest @seguralab research! Want to know how to grow vessels, control macrophage phenotype, or deliver genes from MAP? Come see my lab’s presentations!!
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Want to make granular hydrogels including #MAPgel with controlled particle fraction? Check out this Video Article by @aalexaandersonn from JoVE https://t.co/w1R9WbHbln to learn how!
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So excited that our publication on controlling particle fraction in #MAPS is out! Many thanks to @ActaBio for a great experience during peer review and publication. Congrats to @aalexaandersonn for her first first author publication!
Professor Tatiana Segura, @ActaBio 2021 Silver Medalist: Particle fraction is a bioactive cue in granular scaffolds @seguralab @DukeEngineering @Duke_Neurology
https://t.co/WO1hjCn6GT
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Though users of granular materials rely on 2D slice data to identify pores and make conclusions of their size and shape, this practice is not correct - nor is it truly able to represent what a pore is in a granular material. Lindsay Riley💁♀️@seguralab has something better for you.
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Excited to share our latest work on pro-repair materials for brain repair. This work is the last paper by Elias Sideris, an amazing graduate student and also the last paper from my time at UCLA. #MAPS #InjectablePorosity #StrokeRepair
https://t.co/HMyhlO6uwT
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Watching Primordial Neural Cells Grow in 3D Scaffolds to Heal Brain Injury. Press release about our lates publication. Congratulations @Katsdub!
pratt.duke.edu
Tracking how neural progenitor cells respond to biochemical signals while moving and growing through a biocompatible jungle gym could help develop brain-healing
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Exciting to see our work published! It's been fun exploring the material properties of #MAPS. @EthanNicklow10 rose to the challenge and did an amazing job assessing diffusion in #MAPS. Grateful for my lab's support & Dr. Segura's guidance for this work!! @seguralab
📢 Calling all #MAPS users 📢 In our newest paper, we show that the particle fraction in #MAPS is key to driving cell responses. We improved the methods of #MAPS production to control this bioactive cue! #injectableporosity
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