Developed software code for explainable deep learning model for pneumonia detection using chest X-ray images. by Izegbua E. Ihongbe (19825859)

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Developed software code for explainable deep learning model for COVID-19 detection using chest CT images. by Izegbua E. Ihongbe (19825859)

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LIME comprehensibility. by Izegbua E. Ihongbe (19825859)

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Participants’ views on Grad-CAM colouring scheme. by Izegbua E. Ihongbe (19825859)

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Accuracy and loss for the deep learning model used for Dataset 2 (CT Scans for COVID-19 detection). by Izegbua E. Ihongbe (19825859)

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Receiver Operating Characteristic (ROC) (green) with Area under the ROC Curve (AUC) generated for the clinical case studies (Datasets 1 and 2). by Izegbua E. Ihongbe (19825859)

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The EDGE genetic circuit to increase the mutation rate of a target gene, here a TetA-gfp fusion. by Xiao Yi (517713)

Cellular co-infection increases the rate of virus production in MDCK cells but not in A549 cells. by Brigitte E. Martin (8366847)

Loss of STAT6 increases growth proliferation rate of clones of MCF-10A cells. by Molly DiScala (8963123)

The effect of increasing the rate of receptor dimerisation in the presence of a crosslinker and low level of receptor phosphorylation. by Zahra Maqsood (14186101)

“…<p>The effect of increasing the on rate of receptor dimerisation in the presence of a high affinity crosslinker and a low level of receptor phosphorylation (~10%). …”

Change rate of the asphalt UV aging depth. by Hengbin Liu (21989921)

“…Meanwhile, enhancement of radiation intensity and aging temperature can also both lead to the increase in the aging reaction rate of asphalt. By contrast, radiation intensity has a greater effect on the UV aging reaction rate of asphalt than aging temperature, indicating that radiation intensity dominates the main effect in the degradation process of asphalt’s UV aging properties.…”

Change rate of the asphalt UV aging depth. by Hengbin Liu (21989921)

“…Meanwhile, enhancement of radiation intensity and aging temperature can also both lead to the increase in the aging reaction rate of asphalt. By contrast, radiation intensity has a greater effect on the UV aging reaction rate of asphalt than aging temperature, indicating that radiation intensity dominates the main effect in the degradation process of asphalt’s UV aging properties.…”

Change rate of the asphalt UV aging depth. by Hengbin Liu (21989921)

“…Meanwhile, enhancement of radiation intensity and aging temperature can also both lead to the increase in the aging reaction rate of asphalt. By contrast, radiation intensity has a greater effect on the UV aging reaction rate of asphalt than aging temperature, indicating that radiation intensity dominates the main effect in the degradation process of asphalt’s UV aging properties.…”

Small incubation volumes alone are not responsible for highly negative apparent growth rates or decreasing phytoplankton growth with dilution. by Ben Knowles (15281869)

Engagement (Interaction) level of the proposed AI-CTEE and other models. by Yifan Pang (4259857)

Response time analysis of the proposed AI-CTEE and other models. by Yifan Pang (4259857)

Univariable and multivariable Mendelian randomisation IVW and Egger analysis of nicotine exposure proxies (nicotine metabolite ratio, cotinine and cotinine+3’hydroxycotinine) and s... by Jasmine N. Khouja (9120637)

Distribution of participants’ confidence in AI-based diagnostic tools. by Izegbua E. Ihongbe (19825859)

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Distribution of participants’ comfort with the general widespread use of AI. by Izegbua E. Ihongbe (19825859)

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Data_Sheet_1_Switching to second line MS disease-modifying therapies is associated with decreased relapse rate.PDF by James John Marriott (16935942)