Effect of Safr and Cands on the levels of 5-hydroxytryptamine (5-HT, μg/g tissue), 5-hydroxyindoleacetic acid (5-HIAA, μg/g tissue), norepinephrine (NE, μg/g tissue) and dopamine (... by Nagwa Ibrahim Shehata (17319689)

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Body weight changes in all the experimental groups. by Nagwa Ibrahim Shehata (17319689)

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Fig 6 - by Nagwa Ibrahim Shehata (17319689)

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Effect of Safr and Cands on the levels of % DNA damage in tail (arbitrary unit), tail length (TM, Mm) and tail moment (TM, arbitrary unit) in striatum of 3-NP-treated rats. by Nagwa Ibrahim Shehata (17319689)

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Fig 6 - by Ankit Gupta (211785)

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Summary of the experimental design. by Nagwa Ibrahim Shehata (17319689)

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An example of implemented ‘Warning’ and ‘Alert’ system and associated recommendations. by Ankit Gupta (211785)

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Receiver Operating Characteristic and Precision-Recall curves for the time and patient level classification. by Ankit Gupta (211785)

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Grouped bar plot depicting the performance comparison of SepsisAI with other scoring systems. SIRS- Systematic inflammation response syndrome, pSOFA–partial sequential organ failur... by Ankit Gupta (211785)

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SepsisAI’s performance at the patient level for warnings and alerts. by Ankit Gupta (211785)

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The behavioral parameters in all the experimental groups, using open field test. by Nagwa Ibrahim Shehata (17319689)

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Photomicrograph of the striatum of 3-NP-ijnected group showing nuclear pyknosis of the degenerated neurons (white arrow) with gliosis satellatosis (green arrow) and neuronophagia (... by Nagwa Ibrahim Shehata (17319689)

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The behavioral parameters in all the experimental groups, using elevated plus maze test. by Nagwa Ibrahim Shehata (17319689)

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Fig 7 - by Nagwa Ibrahim Shehata (17319689)

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Patient-level performance of the algorithm across different window sizes and alert thresholds. by Ankit Gupta (211785)

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Fig 4 - by Ankit Gupta (211785)

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The behavioral parameters in all the experimental groups, using passive avoidance test. by Nagwa Ibrahim Shehata (17319689)

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Fig 9 - by Nagwa Ibrahim Shehata (17319689)

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MXene-Coated Liquid Metal Nanodroplet Aggregates by Mason Zadan (8667870)

“…In contrast to silicone-based composites containing LM droplets or MXene nanosheets alone, these MXene-LM-silicone-based composites exhibit an exponential increase in thermal and electrical conductivity with decreasing interfacial thickness with significantly lower LM volume fractions (25 vol %) while avoiding LM rupture and bleed-out. …”

MXene-Coated Liquid Metal Nanodroplet Aggregates by Mason Zadan (8667870)

“…In contrast to silicone-based composites containing LM droplets or MXene nanosheets alone, these MXene-LM-silicone-based composites exhibit an exponential increase in thermal and electrical conductivity with decreasing interfacial thickness with significantly lower LM volume fractions (25 vol %) while avoiding LM rupture and bleed-out. …”