Ian Woods
@iWoodsie
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Biomedical Engineer bridging the fields of neuroscience and tissue engineering - interested in 3D-printing, biomaterials and neurotrauma @TissueEngDublin
Joined April 2012
Paper Publishedš¾: Led by @liamolaochdha, we show that a 3D-printed conductive polymer architecture enhances delivery of electrical stimulation to neurons in a biomimetic matrix - promoting axonal growth. #spinalcordinjury Find it in Materials Today:
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RT @TissueEngDublin: Huge congratulations to @iWoodsie on being the recipient of this year's RAMI Bronze Medal at @bini_irl 2025! š„³š„³š„³ httpsā¦
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Really enjoyed presenting my work on developing 3D printed MXene biomaterials at @bio. Combining 3D printing with conductive nanomaterials provides us with exciting tools for tuning electrical stimulation based therapies.
@iWoodsie presenting his research on 3D printed electroconductive MXene-based microstructures in a biomimetic tissue engineering scaffold for spinal cord repair at BinI this morning. #TERGonTour
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@AnnieOCallagha1 delivering another great talk on her work to develop injectable non viral P2X7R siRNA-based gene therapies for treatment of temporal lobe epilepsy at this years @bini_irl conference.
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RT @TissueEngDublin: Members of TERG were delighted to attend the launch of CiarĆ”n McCarthy's newest book 'Closer to Walking Again' last niā¦
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Check out @liamolaochdha's talk tomorrow at 11 am at #F24MRS!
I will be presenting at the Materials Research Society #F24MRS Conference in Boston this Monday at 11:00. Swing by to hear about my work on 3D-printed electroconductive scaffolds and electrostimulation for spinal cord injury repair, or DM me to meet and talk about it further!
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I'm going to be giving a talk this Wed (4:30 pm) at #F24MRS on my work at @TissueEngDublin on 3D-printed MXene-based scaffolds for spinal cord injury repair and how melt-electrowritten microarchitectures can drive delivery of electrical stimulation. Check it out/DM me to meet!
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Really proud to see Dr Eimear Smith presenting @TissueEngDublin's 3D-printed conductive scaffolds and our Public Patient Involvement work at the @SpinalIreland conference. Lot of work done but lots more to do! #spinalcordinjury
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RT @GabrielRodRiv: Interested in Immunometabolism, Biomaterials or hiring new faculty: Check out this great paper from @MadukaVict et al. aā¦
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Interested in combining neural engineering with cancer research? @0lgaPiskareva and I are recruiting PhD students to work on 3D-printed in vitro models of cancer metastasis in brain tissues. Apply below:
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Ever turned a corner on a Glendalough trail and been surprised to find industrial logging in the heartland of "protected" Irish woodlands? Eoghan Dalton writes powerfully about the bizarre failures of our state to salvage Irish forests and the huge opportunities we're missing.
"If just one man can make a rainforest ecosystem re-erupt with life, why on earth canāt the Irish state, with all its resources, do the same in our tiny national parks?" My piece in today's @irishexaminer
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@JavierGG092 leading a fun interdisciplinary discussion (argument) between our neuroscientists and material scientists about electrode design at @TissueEngDublin's monthly Electroconductive materials meeting. #spinalcordinjury #tissue engineering
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RT @siliconrepublic: #MustRead: A team of Irish researchers from @RCSI_Irl and @ambercentre has developed a 3D-printed implant that emits eā¦
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RT @ambercentre: AMBER researchers develop implant that conveys electrical signals, may have potential to encourage nerve cell (neuron) repā¦
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RT @liamolaochdha: Delighted to share that our work on a combined 3D-printed, electroconductive scaffold/electrical stimulation approach toā¦
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RT @TissueEngDublin: Huge congratulations to @liamolaochdha on his research into the development of an electroconductive 3D printed scaffolā¦
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This is a key step in @TissueEngDublin's @ambercentre and @IRFUCharTrust funded work to develop electroactive implants for SCI repair and to explore how electrical stimulation can be integrated within a tissue engineering scaffold to promote SCI regeneration.
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