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Description Applications are invited from suitably qualified candidates for a full-time, fully-funded PhD scholarship in AI-powered organ bioprinting. The scholarship will be under the supervision of Dr Andrew
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full curriculum vitae; 3. The names and contact details (including email addresses) of two referees; 4. At least one example of written work (in English) that demonstrates your analytical and
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the scaffold’s ability to induce osteoanabolic activity in vitro. Objective 3: To assess the in vivo regenerative efficacy of the nanoparticle-loaded scaffolds in promoting accelerated healing and osteointegration
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. Proficiency in numerical modelling using ANSYS Fluent or equivalent software, with the ability to interpret and integrate experimental data. Strong background in materials characterisation and mechanical
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the ability to independently plan and carry out work. You are required to have a good ability to work towards set goals, and to work with focus to achieve them and be able to focus, even during periods
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genetic engineering strategies to enhance the ability of the host cell line to make these products more efficiently. These strategies include manipulating the expression of specific endogenous genes