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Richard Baines on Muck Rack

Richard Baines

Sydney
As seen in: Nature, ABC News (Australia), Bandcamp Daily, BioRxiv, Cell Press, The New Daily, Emerald Publishing, JNeurosci, GOV.UK, The Daily News Journal and
Journalist @ABCNews | Tasmanian Journo of the Year 2018 & 2017 | Contact me confidentially on Wickr- bainesrichard
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Articles

The launch of the Digital Business Growth Service and business.gov.uk: helping businesses start and scale

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By Anais Reding, Andrew Donaghy, Richard Baines, Carla Isham
| GOV.UK
June 2025 marked the start of a new era in how government supports businesses online. We launched the Digital Business Growth Service, on business.gov.uk. As noted in the Blueprint for a Modern Digital Government, we are on a mission to “[help] businesses start and scale by delivering services that work as well as they do for citizens”. This launch is the first step in meeting this objective. We will continue to share as we progress this support.
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Circadian control in the timing of critical periods during Drosophila larval neuronal development

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By Sarah Doran, Adam A. Bradlaugh, Jack Corke, Richard Baines
| Cell Press Verified
Keywords cryptochrome PDF critical period circadian clock Results Wild-type Canton-S (CS) embryos were exposed to blue light (BL) for 2-h periods prior to, during, and after the characterized embryonic critical period (CP) at 17–19 h after egg laying (AEL).5 Only exposure from 17 to 19 h AEL was sufficient to increase seizure recovery time (RT) at wandering L3 (one-way ANOVA, f(10, 224) = 19.86, p < 0.0001, n = 15, Figures 1A and 1B).
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Circadian control in the timing of critical periods during Drosophila larval neuronal development.

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By Sarah Doran, Adam A. Bradlaugh, Richard Baines, Jack Corke
| BioRxiv
Abstract Critical periods (CPs) of development are temporal windows of heightened neural plasticity. Activity perturbation during CPs can produce significant, and permanent, alterations to the development of neural circuits. In this study we report a circadian mechanism underlying the timing of CPs in Drosophila embryonic and larval development. These CPs occur at ~24 hr intervals and are open to manipulation through blue light (BL)-activation of the circadian regulator Cryptochrome (CRY).
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