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Happy to share that our review on Additive Manufacturing of Metallic Biomaterials is now available online in Bioactive Materials! lnkd.in/gGYResVF #additivemanufacturing #metals #metal3dprinting #biomaterials #3dprinting #implants #metamaterials #orthopaedics

Vascularization is key to prolonged functionality of tissue but 3D bioprinting of vascularized tissue in large scales is limited. Our recent study describes a template-based 3D printing technique for vascularized thick tissue: lnkd.in/gn7jgyAx #3Dprinting #bioprinting

Extrusion 3D printing is responsible for this 👃 It's built to host cell populations and has a complex internal structure that allows for mechanical and fluid transport Ali Khademhosseini Paul Weiss Elham (Emma) Davoodi Read the article: ow.ly/Msau50HsMOw

Just out - our forward-looking Review on #wound healing with hemostatic biomaterials bit.ly/HemostatCR Chemical Reviews w/ Ali Khademhosseini Ali Khademhosseini Terasaki Institute for Biomedical Innovation Nasim Annabi Nasim Annabi UCLA Samueli Engineering & lead author Hossein Montazerian Hossein Montazerian UCLA Bioengineering UCLA

Worth reading this great article. "Engineered Hemostatic Biomaterials for Sealing Wounds" by Ali Khademhosseini Nasim Annabi Paul Weiss and others. Published in ACS Nano pubs.acs.org/doi/abs/10.102…

Our new #Review on #bioadhesives: rsc.li/3TFJx3o Chem Soc Rev from Hossein Montazerian Elham (Emma) Davoodi Maryam Badv Nasim Annabi Paul Weiss UCLA Samueli Engineering CNSI at UCLA & Ali Ali Khademhosseini osseini Terasaki Institute for Biomedical Innovation #bioengineering #nano #woundhealing

New in ⁦⁦⁦Nature Biomedical Engineering⁩, we report a wearable biosensor for wireless monitoring of systemic inflammation. We identified elevated sweat CRP in patients with heart failure, COPD, and infection. Cheers to ⁦⁦JiaobingTu⁩! ⁦⁦⁦Caltech⁩ nature.com/articles/s4155…

Amazing to see each year our alumni kick off their independent careers around the world. Super congrats to Hossein Montazerian and Elham Davoodi who are soon starting their labs at the University of Utah! Congrats to them both! Congrats to both of them! 🎉 #AlumniSuccess

A wonderful Lab Summer Party 🍻 🥂 🦞 to celebrate the successful defense of Daniel Mukasa (our lab’s 5th PhD), MINQIANG WANG’s and Elham (Emma) Davoodi’s new faculty positions, and my tenure!

New in Nature Communications, we report hydrophilic biomacromolecule dopants to dramatically boost the conductivity and biodegradability of injectable hydrogel bioelectronics. Hossein Montazerian Elham (Emma) Davoodi Ali Khademhosseini Paul Weiss nature.com/articles/s4146…

Here is an exciting new paper on #3Dprinting in vivo with #ultrasound with group alumna Prof. Elham Davoodi Elham (Emma) Davoodi, now University of Utah, from her work at @caltech with Wei Gao bit.ly/InVsound3D Science Magazine #nano

New in Science Magazine, we present DISP—an imaging guided deep-tissue in vivo sound printing platform that allows spatiotemporally controlled printing of diverse biomaterials. Congrats to Elham (Emma) Davoodi and the team! Caltech Caltech Division of Engineering & Applied Science Caltech Medical Engineering science.org/doi/10.1126/sc…

Caltech News on our DISP technology - Imaging-guided deep tissue in vivo sound printing Caltech Caltech Division of Engineering & Applied Science Caltech Medical Engineering caltech.edu/about/news/3d-…

Focused ultrasound cross-links functional biomaterials within deep tissues to enable on-demand in vivo printing of implants, demonstrating potential for a wide range of biomedical applications. science.org/doi/10.1126/sc… #NBThighlight

In Vivo Bioprinting Shows Promise for 3D Printed Implants Without Surgery Proof of concept studies demonstrated in vivo printing within the mouse bladder and rabbit muscles. Caltech Elham (Emma) Davoodi Wei Gao UW–Madison Xiao Kuang #DrugDelivery hubs.li/Q03mrWJz0

A study by Elham (Emma) Davoodi presents a novel imaging-guided in-vivo 3D printing platform that enables noninvasive deposition of biomaterials via focused ultrasound. This deep-tissue printing could have applications in drug delivery and tissue repair. science.org/doi/10.1126/sc…

A new ultrasound-guided #3Dprinting technique could make it possible to fabricate medical implants in vivo and deliver tailored therapies to tissues deep inside the body—all without invasive surgery, researchers report in Science. 📄: scim.ag/3GWmu2Y