Ali Doryab
@AliDoryab
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Husband & Dad | Postdoc @Cambridge_Uni @Cambridge_Eng | Lung Bioengineering | DFG Walter-Benjamin Awardee | Alum LMU & Helmholtz Munich
Cambridge, England
Joined February 2017
The next generation of our mini-lung model is now published in Advanced Materials @AdvSciNews We can monitor the cell stiffness in a triple culture #fibrosis model based on #IPF patient cells. @LungHealthMUC @HelmholtzMunich
https://t.co/7uXw6xKK1X
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#Biomanufacturing & #biofabrication are rapidly growing fields in the #UK & #Ireland, revolutionising #healthcare & driving #innovation e.g. 3D #bioprinting for tissue/organ regeneration A new review provides a snapshot: https://t.co/W28o0MSEAq
@Biointerface_CU @jackmurphyf
eng.cam.ac.uk
As we transition into this Fifth Industrial Revolution (Industry 5.0), researchers warn that more ethical and sustainable practices in life sciences and healthcare are needed – with biomanufacturing
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Super pleased to share our article ❄️Cryopreservation of in vitro human tissue models🧬 just published @natrevbioeng We envision a path to make #Organoid and #OrganOnChip technologies more accessible Full article:
The widespread use of organ-on-chip devices and organoids will require designs that permit cryopreservation. In their article, Yan Yan Shery Huang & Yaqi Sheng outline factors that affect the cryopreservation of these models @Biointerface_CU @Cambridge_Uni
https://t.co/4NQtYodeOo
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Group photo in front of the mythical apple tree at the Cambridge Nanoscience Centre 🍎
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Dr. @AliDoryab and team including Drs. @juergengroll & @RymaMatthias wrote ✍️ about the challenges encountered in biomimetic lung-on-chips. @Cambridge_Eng @Biofabwue 📖 Enjoy reading their review: https://t.co/5AAUekVEfI via @organoidscience
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Dr. @AliDoryab and team including Drs. @juergengroll & @RymaMatthias wrote ✍️ about the challenges encountered in biomimetic lung-on-chips. @Cambridge_Eng @Biofabwue 📖 Enjoy reading their review: https://t.co/ft7tNEsAbt
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Thrilled to share our latest paper "Fabrication Strategies for Bioinspired and Functional Lung-on-chips" https://t.co/JGVo8PA9FE Big thanks to @juergengroll , @RymaMatthias, #TomaszJungst and #JohannesBraig for their invaluable contributions. @Cambridge_Eng @Biofabwue #LungChip
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Dr Ali Doryab, WB DFG #postdoctoral researcher, who pitched 'Breaking the wall of lung drug development'. His proposal = a personalised mini-lung model based on human cells, capable of accurately replicating human #lung physiology Watch Ali's pitch 📽:
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Exciting opportunity at @FallingWallsLab Cambridge! Presented my mini-lung-on-chip in just 3 minutes. @Cambridge_Uni fosters cutting-edge projects and networking. Details on our department's website. https://t.co/CEUMwoZ1qq
#Innovation #Biofabrication #ScienceCommunication
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We were thrilled to host Tomasz Jünsgt @Biofabwue in our group @Biointerface_CU at @Cambridge_Uni! He delivered an insightful talk on his team’s pioneering #biofabrication technologies, which are revolutionizing the way we mimic complex biological structures. #MEW #Bioprinting
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Check out one of the amazing projects in our group @Cambridge_Uni
A study in @NatureElectron uses customizable fibre networks to create on-skin electrodes that can record electrocardiogram and electromyography signals, skin-gated organic electrochemical transistors and augmented touch and plant interfaces. https://t.co/4pyyWNvGSQ
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Real mentor! @juergengroll @Biofabwue
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Next up: Biofabrication meets infection, a promising joint venture by prof. Groll
Don't miss out on the talks from our speakers from Würzburg @2024Wbc, Daegu, talking about #vasculature, #hydrogels, #mew, #biofabrication! @BartolfKopp @juergengroll @taufiqbiotech @JoergTessmar
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Don't miss out on the talks from our speakers from Würzburg @2024Wbc, Daegu, talking about #vasculature, #hydrogels, #mew, #biofabrication! @BartolfKopp @juergengroll @taufiqbiotech @JoergTessmar
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Very happy to share our work @NatureElectron - we show imperceptibly augmented living systems by spinning #bioelectronic fibres - opening new #biofabrication capabilities for #ETextiles, and #EngineeringBiology Open access:
nature.com
Nature Electronics - With the help of an orbital spinning technique, substrate-free open networks of imperceptible fibres can be created on a range of biological surfaces, providing on-skin sensors...
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How to cook the perfect pasta? @bastenefg Jiayi Liu, SeongHyeon Kim won the 2024 @MIT @MITMechE de Florez engineering science competition. Hearty congratulations on winning this delicious and distinguished award!
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⭐ The Northern Lights over Cambridge! 📸 Dan Sayle for @stjohnscam; @cambridge_astro; @j_a_clarkson; @msdepieri. #NorthernLights #AuroraBorealis #Cambridge
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Time to unveil the 2024 #3Dprinting and #Biofabrication @utrechtsummer school! Join us in July for a week of hands-on lab sessions, meeting worldwide experts and new friends from the field of #bioprinting Registration closes July 1st: https://t.co/dJHgdLQ4E4
@ISBioFab @josmalda
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Check out our review article, led by Yifei and @andy_wangw! So much potential of using #fibers for #bioelectronics 🌿
Online now: Fabrication, sustainability, and key performance indicators of bioelectronics via fiber building blocks
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Hope everyone interested will find something useful in the prerspective! I wrote it for a first-year PhD me who tries to grasp the basics of his topic. Also thanks to the reviewers who made the manuscript better than it originally was! #MEW #biofabrication
Discover the past present and future of tubular MEW constructs in our newly published review from @BartolfKopp in @AdvSciNews
https://t.co/AqbgFP5Eas
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