Photograph of the implant prostheses with different hole opening strategies. by Long Li (6555)

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(A) Yellow high fluidity silicone rubber is in the inner surface of the prosthesis, and red arrow shows the unfilled part. by Long Li (6555)

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AFR of axial surface for each group calculated by ImageJ software. by Long Li (6555)

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Results of adhesive filling rate (AFR) at abutment shoulder filling rate in each group. by Long Li (6555)

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Data of AFR(%) at abutment shoulder for each group. by Long Li (6555)

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Cement retention force values(N) for each group in the cement retention strength test. by Long Li (6555)

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(A) Side image of epoxy resin-made abutment-analog base and prosthesis; (B) Front image of epoxy resin-made abutment-analog base and prosthesis. by Long Li (6555)

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Single-Molecule Analysis of the Supramolecular Organization of the M₂ Muscarinic Receptor and the Gα_i1 Protein by Rabindra V. Shivnaraine (3097206)

“…These results suggest that the complex between M₂R and holo-G_i1 is an octamer comprising four copies of each, and that activation is accompanied by a decrease in the oligomeric size of G_i1. …”

Single-Molecule Analysis of the Supramolecular Organization of the M₂ Muscarinic Receptor and the Gα_i1 Protein by Rabindra V. Shivnaraine (3097206)

“…These results suggest that the complex between M₂R and holo-G_i1 is an octamer comprising four copies of each, and that activation is accompanied by a decrease in the oligomeric size of G_i1. …”

Single-Molecule Analysis of the Supramolecular Organization of the M₂ Muscarinic Receptor and the Gα_i1 Protein by Rabindra V. Shivnaraine (3097206)

“…These results suggest that the complex between M₂R and holo-G_i1 is an octamer comprising four copies of each, and that activation is accompanied by a decrease in the oligomeric size of G_i1. …”

Single-Molecule Analysis of the Supramolecular Organization of the M₂ Muscarinic Receptor and the Gα_i1 Protein by Rabindra V. Shivnaraine (3097206)

“…These results suggest that the complex between M₂R and holo-G_i1 is an octamer comprising four copies of each, and that activation is accompanied by a decrease in the oligomeric size of G_i1. …”

Structural, Computational, and Spectroscopic Investigation of [Pd(κ³‑1,1′-bis(di-<i>tert</i>-butylphosphino)ferrocenediyl)X]⁺ (X = Cl, Br, I) Compounds by Brittany L. Blass (1409824)

“…DFT calculations on [Pd­(dtbpf)­X]⁺ (X = Cl, Br, I) show that the Fe–Pd interaction is weak and noncovalent and that the strength of the interaction decreases as the halide becomes larger. …”

Structural, Computational, and Spectroscopic Investigation of [Pd(κ³‑1,1′-bis(di-<i>tert</i>-butylphosphino)ferrocenediyl)X]⁺ (X = Cl, Br, I) Compounds by Brittany L. Blass (1409824)

“…DFT calculations on [Pd­(dtbpf)­X]⁺ (X = Cl, Br, I) show that the Fe–Pd interaction is weak and noncovalent and that the strength of the interaction decreases as the halide becomes larger. …”

Fig 2 - by Stefan Partelow (8416011)

UAMS patient care utilization. by Tremaine B. Williams (10113358)

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Spatial distribution of EAI (Map from the Ministry of Natural Resources of China, cartographic license: GS (2020) 4619). by Wenping Ning (19871091)

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Influencing factors of APCA. by Wenping Ning (19871091)

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Spatial distribution of APCA (Map from the Ministry of Natural Resources of China, cartographic license: GS (2020) 4619). by Wenping Ning (19871091)

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Temporal trends in APCA. by Wenping Ning (19871091)

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Total patient-clinician interactions stratified by clinical role. by Tremaine B. Williams (10113358)

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