Amirpasha Moetazedian
@moetazedian
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Lecturer in Medical Engineering at @UniOfHull | Additive Manufacturing | Microfluidics | Tissue Engineering.
Sheffield
Joined March 2022
Hot off the press 🔥Versatile Microfluidics for biofabrication platforms published in Advanced Healthcare Materials @AdvSciNews @DWLiam @GowshPoolo Liam Cox @UoB_Dentistry @AlessiaCandeo @AndreaBassi78 @polimi @fisipolimi @HudCompEng @FullControlXYZ [1/3]
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I have a funded 4-year PhD studentship available in my lab to start September 2025. We are aiming to create synthetic organelles in microbes to increase biofuel manufacturing from renewable carbon to displace petrochemicals as feedstocks for jet fuels.
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ESB2024 -Special issue in JMMP On behalf of my Co-editors can I draw your attention and cordially invite you to submit your abstracts to be considered as full-length papers in the forthcoming JMMP special issue https://t.co/M8ALo8gj82 Best Prof P Zioupos @ESB_Congress
mdpi.com
Special Issue in journal Journal of Manufacturing and Materials Processing: Recent Advances in 3D Printing Technologies in Bioengineering with Selected Papers from the 29th Congress of the European...
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Had an amazing week in Nagoya Japan for our #RoyalSociety international exchange award with @GowshPoolo and @78SarahK. Excellent symposium on Biomaterials organised by Dr Akiko Obata! Super excited for new collaborations. @royalsociety @unibirmingham @UniOfHull
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Can you spot the ❤️ in our hydrogel?! Thanks to Xinyi for capturing the image #hydrogel #tissueengineering #3Dprinting @GowshPoolo
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Simple 4-axis mod for prusa i3 Full walk-through doc at https://t.co/UvqVb38RpH including @fullcontrolxyz toolpath generation Video by Nathanael Hogg at @lborouniversity, with Renush Vigneswaran & @Duet3D Please build and test 4-axis path-planning 🙏 What 5th axis dya want?
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New fully-funded #PhD for 2024! 📢 We're looking for talented #Researchers to help develop 3D in-vitro models that accurately replicate the pathophysiology of #BoneInfections Supervised by Birmingham & Oxford experts Deadline: 29.2.24 Further details⬇️ https://t.co/sCAuxrcGoK
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We have an amazing PhD opportunity at UoB to make in vitro models of bone infection 🦴🧫🥼 Apply now to work with me and amazing scientists @GowshPoolo @78SarahK @AbAttacks @NaylorLab
🌟PhD Opportunity: in vitro models of bone infection! 🌟 Funded by @NC3Rs at the University of Birmingham🌐 In collaboration with @NaylorLab, @moetazedian, @78SarahK, @AbAttacks, and Daltoé. Apply Now! 🚀#PhD #Research #Bone
https://t.co/Y7828owQSy
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Excited to give a talk about research on our microfluidic devices for biofabrication at @sheffielduni
#biofabrication #3Dprinting #microfluidics
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Amazing work by @GowshPoolo and @DrSamMoxon
Thank you. Will not be here without funding and support from @setsquared @ICUReProgramme and @innovateuk and thanks to @DrSamMoxon who did all the hard work.
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Looking forward to attending the 2nd International Conference on Medical Devices: Materials, Mechanics and Manufacturing in Corfu, Greece. Can’t wait to catch up with old friends and establish new collaborations. #additivemanufacturing #medicaldevices #research #collaboration
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Well done to our student Nazia Zeb for winning the poster prize #UKSB2023! Great work from everyone at UoB!
#UKSB 2023 @Belfast was stimulating and enjoyable. Well done and very proud of our @UoB_Dentistry Nazia Zeb for winning the poster award and @DrSamMoxon for an excellent presentation.
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A lot of interesting talks about microfluidics and especially 3D printing for fabrication of these devices!! @SelectBio #ICURe #InnovateUK
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🫀 🫁 A new manufacturing pipeline developed by Birmingham researchers could make 3D bioprinted organs a reality - saving lives and improving quality of life for recipients by removing the need for immunosuppressants > https://t.co/W3F86isegz
#OrganTransplant #Bioprinting
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New 3D bioprinting process could help to save lives by making the creation of tissue-compatible artificially engineered organs quicker and easier. Read the full article here: https://t.co/4lJsIySHq2
@GowshPoolo
birmingham.ac.uk
New 3D bioprinting process could help to save lives by making the creation of tissue-compatible artificially engineered organs quicker and easier.
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3D bioprinting advances could speed creation of new organs https://t.co/HFOjLoR9FP via @unibirmingham
birmingham.ac.uk
New 3D bioprinting process could help to save lives by making the creation of tissue-compatible artificially engineered organs quicker and easier.
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