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BurdickLab
@BurdickLab
We engineer biomaterials - hydrogels, HA, biofabrication. Tweets by JB and group members. @pennbioeng @BioFrontiers @CUEngineering
Boulder, CO
colorado.edu/lab/burdick
Joined October 2019
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    BurdickLab
    @BurdickLab
    Apr 13, 2025
    We had a great time at the 50th Anniversary conference of @SFBiomaterials in Chicago. Photo of current lab members, as well as lab alumni and members of their groups. #SFB2025
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    BurdickLab
    @BurdickLab
    Jul 21, 2021
    The Burdick Lab is moving west to @CUBoulder starting in January 2022! Our new home will be with @BioFrontiers and @CUEngineering (Department of Chemical & Biological Engineering). JB 1/3 🧵
    colorado.edu
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    BurdickLab
    @BurdickLab
    Aug 2, 2024
    Excited to share our new method in @ScienceMagazine to advance the properties of DLP-printed materials. This work was led by @apdhand & @Fiber_Matt in collaboration w/ @HannahZlotnick & NIST colleagues. Link: science.org/doi/10.1126/sc… @CUEngineering @pennbioeng @BioFrontiers
    A) (i) Photograph of trabecular bone structure and (ii) fluorescence micrograph of auxetic patch fabricated through CLEAR. Scale bars, 10 mm. (B) Multimaterial CLEAR printing through the switching of liquid resins and visualized with different fluorescent tracers (yellow and gray). Fluorescence micrographs of a multimaterial hydrogel in the shape of (i) a lattice (z direction) and (ii) an axial patch (xy direction). Scale bars, 5 mm. (C) Photograph of stiff hydrogels processed into porous, flexible patches that (i) conform to an underlying curved substrate and (ii and iii) are extensible. Scale bars, 30 mm. Shape recovery without permanent deformation demonstrated through (D) (i to iv) compression of auxetic octet-truss lattice and (E) (i to iv) stretching of 3D coil. Scale bars, 10 (D) and 5 mm (E).
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    BurdickLab
    @BurdickLab
    Oct 21, 2024
    It is a true honor to have been elected a Member of the National Academy of Medicine. This is in recognition of all of the fantastic trainees, collaborators, and colleagues and our push to develop new biomaterial-based clinical therapies. @BioFrontiers @CUEngineering @pennbioeng
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    National Academy of Medicine
    @theNAMedicine
    Oct 21, 2024
    Congratulations and welcome to the 100 new members elected today to the National Academy of Medicine! #NAMmtg nam.edu/Classof2024
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    BurdickLab
    @BurdickLab
    May 29, 2024
    It is truly an honor to receive the International Award from @ESBiomaterials We have had so many fantastic collaborators (including visiting students) from the biomaterials community in Europe and look forward to many more interactions in the future. @BioFrontiers @CUEngineering
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    European Society for Biomaterials
    @ESBiomaterials
    May 29, 2024
    @ESBiomaterials are delighted to announce that Prof Jason Burdick, @BurdickLab, will receive our International Award 2024. This award is a prestigious recognition by our society of international scientists whom have made major contributions to the #biomaterials field.
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    BurdickLab
    @BurdickLab
    Apr 20, 2021
    Interested in synthetic materials that support cellular self-assembly, programmable contraction, and can be processed with biofabrication? Check out our new preprint on fibrous assemblies developed by @Fiber_Matt. @pennbioeng biorxiv.org/content/10.110…
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    BurdickLab
    @BurdickLab
    Feb 2, 2021
    Check out our new study by @DalyAndyy, @Fiber_Matt on spheroid printing in hydrogels + screening miRNA therapies in myocardial infarction models go.nature.com/3ctJdSW
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    BurdickLab
    @BurdickLab
    Jul 3, 2023
    How can we use hydrogels to recapitulate and decouple dynamic microenvironments and probe important questions in developmental biology? Check out @KarenLXu_ 's latest primer now out in @Dev_journal entitled, "Modeling development using hydrogels." doi.org/10.1242/dev.20…
    Fig.1. Engineering hydrogels to present extracellular signals to cells. Hydrogels consist of polymer networks in which polymer composition (natural, synthetic or hybrid polymers), polymer crosslinking (covalent or physical) and network degradation (user-mediated and cell-mediated) can be tuned. In addition, biological signals may be introduced as ligands to promote cell adhesion or as soluble factors. Cells interface with hydrogels either through seeding atop (2D) or being encapsulated within (3D).
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    BurdickLab
    @BurdickLab
    Dec 3, 2019
    We are so proud of our mentor for his election to the National Academy of Inventors @AcadofInventors 🎉 Congrats Jason! bit.ly/35QRcTw
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    BurdickLab
    @BurdickLab
    May 26, 2020
    Our first @biorxivpreprint - check out our study by @thedalya912 and @Fiber_Matt on the printing of cell spheroids in 3D hydrogels and screening miRNA therapies in heterogenous models of myocardial infarction. @pennbioeng disq.us/t/3oxi4xr
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    BurdickLab
    @BurdickLab
    Nov 7, 2019
    How do you expand the functionality of hydrogels? Process them into hydrogel microparticles (#microgels). Check out our new review with @seguralab published @NatRevMater. @thedalya912 @pennbioeng nature.com/articles/s4157…
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    BurdickLab
    @BurdickLab
    Nov 10, 2021
    Take a look at our latest work by @Fiber_Matt and colleagues on engineered contractile fibrous networks with applications in fundamental cell studies and biofabrication. @NSF MRSEC @CEMB @pennbioeng
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    science.org
    Programmable and contractile materials through cell encapsulation in fibrous hydrogel assemblies
    Synthetic fibrous materials were engineered to contract under cellular forces similar to natural extracellular matrix.
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    BurdickLab
    @BurdickLab
    Dec 16, 2021
    Congrats to Dr. @jonhgalarraga on a phenomenal PhD thesis defense! @pennbioeng
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    BurdickLab
    @BurdickLab
    Oct 20, 2019
    The Burdick Lab has finally joined twitter (blame the PI, not the lab!). Please follow us for research updates and highlights. Let's kick it off with a great pic of current and former lab members #BMES2019
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