All measurement data obtained for this study. by Brendan M. Anderson (11234356)

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Alpha diversity indices of gut microbial communities in <i>C. capitata.</i> by Maria Cecilia Rasuk (4594303)

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Primer sequences. by Ceyan Kuang (8554557)

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Clade body sizes using log transformed mean adult size to represent each turritellid and tegulid species’ size, and typical size to represent the size of each species belonging to... by Brendan M. Anderson (11234356)

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Epigenetic fine mapping and motif analysis for the TUFM locus. by Daniela Fusco (10027975)

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Cinnamaldehyde is a specific ligand for HL-IR. by Ceyan Kuang (8554557)

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Credible sets and evidence of colocalization. by Daniela Fusco (10027975)

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Regional stratigraphic correlation. by Brendan M. Anderson (11234356)

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Identification of HL-IR. by Ceyan Kuang (8554557)

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Statistical analyses of clade body size across the event using maximum size to define each species’ body size. by Brendan M. Anderson (11234356)

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Imaging CDK4/6 Broaden Options of Breast Cancer Diagnostics with Positron Emission Tomography by Mengjing Ji (17741338)

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Diversity of each focal taxon in Florida and the Atlantic Coastal Plain throughout the study interval. by Brendan M. Anderson (11234356)

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Taxonomic composition of bacterial and fungal communities in <i>C. capitata</i> gut microbiota across control (C) and treated (T) samples. by Maria Cecilia Rasuk (4594303)

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Discovery of NP3-742: A Structurally Diverse NLRP3 Inhibitor Identified through an Unusual Phenol Replacement by Juraj Velcicky (2201350)

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Imaging CDK4/6 Broaden Options of Breast Cancer Diagnostics with Positron Emission Tomography by Mengjing Ji (17741338)

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Cinnamaldehyde repellency test within 6 hours in parthenogenesis <i>H. longicornis.</i> by Ceyan Kuang (8554557)

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IRs -EGFP-N1 (red) in transfected HEK 293T cells assessed by confocal microscopy. by Ceyan Kuang (8554557)

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Shell length distribution for fossil and modern <i>Agathistoma fasciatum</i> comparing Plio-Pleistocene to extant shells. by Brendan M. Anderson (11234356)

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Negative Intrinsic Viscosity in Graphene Nanoparticle Suspensions Induced by Hydrodynamic Slip by Adyant Agrawal (22492518)

“…As the concentration of graphene particles increases in the dilute regime, the viscosity initially decreases, falling below that of pure water. At higher concentrations, however, particle aggregation becomes significant, leading to a rise in viscosity after a minimum is reached. …”

Negative Intrinsic Viscosity in Graphene Nanoparticle Suspensions Induced by Hydrodynamic Slip by Adyant Agrawal (22492518)

“…As the concentration of graphene particles increases in the dilute regime, the viscosity initially decreases, falling below that of pure water. At higher concentrations, however, particle aggregation becomes significant, leading to a rise in viscosity after a minimum is reached. …”