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Milad Jabbari on Muck Rack

Milad Jabbari

As seen in: BioRxiv
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Articles

Low-Frequency Tibial Neuromodulation Increases Voiding Activity - a Human Pilot Study and Computational Model

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By Aidan McConnell-Trevillion, Milad Jabbari, Wei Ju, Elliot Lister
| BioRxiv
Abstract Despite widespread clinical adoption for disorders of incontinence such as overactive bladder, there remain unknowns surrounding the mechanism that underpins Tibial Nerve Stimulation (TNS). Current understanding suggests that TNS counteracts incontinence by the inhibition of brainstem and spinal cord activity. How this inhibition alters bladder function is not fully understood.
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An Open-Source Neurodynamic Model of the Bladder

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By Aidan McConnell-Trevillion, Milad Jabbari, Abbas Erfanian, Elliot Lister
| BioRxiv
Abstract Background: Lower urinary tract (LUT) symptoms affect a significant proportion of the population. In-silico medicine can help understand these conditions and develop treatments. However, current LUT computational models are closed source, too deterministic, and do not allow for simple use of modelling neural intervention.
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Low Frequency Tibial Neuromodulation Increases Voiding Activity - A Computational Model

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By Abbas Erfanian, Kianoush Nazarpour, Aidan McConnell-Trevillion, Milad Jabbari
| BioRxiv
Abstract Despite its clinical adoption, there remains a lack of understanding about how tibial nerve stimulation (TNS) improves lower urinary tract symptoms. Current evidence indicates that TNS ameliorates overactive bladder by the inhibition of micturition related activity in the brainstem and spinal cord.
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