Results of the mixed factorial ANOVA for the MI ability. by Sara Trapero-Asenjo (20542934)

Subjects:

Fig 3 - by Sara Trapero-Asenjo (20542934)

Subjects:

Flow diagram of study participants according to CONSORT criteria. by Sara Trapero-Asenjo (20542934)

Subjects:

Database: changes in shea processing 2010-2020 Ghana and Burkina Faso by Nerea Turreira-Garcia (18988256)

“…The survey covered the following aspects: A) background information about the respondent and their household, B) shea nut processing methods (i.e., the depulping, treating, drying, and cracking techniques), C) use of shea nuts (nut trade, butter production, use of shea butter), D) Network relations and knowledge transmission. …”

Gravity-Driven Separation for Enrichment of Rare Earth Elements Using Lanthanide Binding Peptide-Immobilized Resin by Hrishitha Sree (20433364)

“…A crucial step in manufacturing these devices involves utilizing highly pure REEs, often obtained through complex and nonsustainable processes. …”

Node Cutmix module in our proposed G-CutMix. by Yan Li (23143)

“…Our paper introduces G-CutMix, a CutMix-based data augmentation approach that we designed specifically for bot detection in social media networks. G-CutMix involves conducting CutMix operations between the original graph and a shuffled graph, which precedes the graph convolution process. …”

Performance of G-CutMix with different <i>α.</i> by Yan Li (23143)

“…Our paper introduces G-CutMix, a CutMix-based data augmentation approach that we designed specifically for bot detection in social media networks. G-CutMix involves conducting CutMix operations between the original graph and a shuffled graph, which precedes the graph convolution process. …”

The procedure for training with G-CutMix. by Yan Li (23143)

“…Our paper introduces G-CutMix, a CutMix-based data augmentation approach that we designed specifically for bot detection in social media networks. G-CutMix involves conducting CutMix operations between the original graph and a shuffled graph, which precedes the graph convolution process. …”

Predictive Modeling and Design of Organic Solar Cells: A Data-Driven Approach for Material Innovation by Bibhas Das (19810429)

“…We present a robust machine learning methodology to accurately predict key photovoltaic parameters in organic solar cells (OSCs). Our approach involves curating a comprehensive quantum mechanical database of 300 experimentally validated OSC devices with distinct donor/acceptor combinations. …”

Predictive Modeling and Design of Organic Solar Cells: A Data-Driven Approach for Material Innovation by Bibhas Das (19810429)

“…We present a robust machine learning methodology to accurately predict key photovoltaic parameters in organic solar cells (OSCs). Our approach involves curating a comprehensive quantum mechanical database of 300 experimentally validated OSC devices with distinct donor/acceptor combinations. …”

Data Sheet 1_Natural abundance isotope techniques offer a key to better deciphering the impact of microplastics on the nitrogen cycle.docx by Yangjun Chen (1933261)

“…Accordingly, this study represents the first integration of natural abundance isotope techniques with microcosm experiments involving various microplastics, offering a novel approach for detailed investigation into the impacts of microplastics on the nitrogen cycle dynamics and their potential role in regulating nitrous oxide production. …”

Image 1_A questionnaire for a conceptual framework and interdisciplinary public health research using the Delphi technique—development and validation.jpg by Anita Alaze (13378406)

“…</p>Conclusion<p>To address challenges in the development process, interdisciplinary researchers need to be involved. …”

Table 1_A questionnaire for a conceptual framework and interdisciplinary public health research using the Delphi technique—development and validation.docx by Anita Alaze (13378406)

“…</p>Conclusion<p>To address challenges in the development process, interdisciplinary researchers need to be involved. …”

Video 5_The intracoronary wires hand-in-hand technique for uncrossable bilateral microcatheters in CTO lesions: a single-center case series.avi by Wang Huan (5337614)

“…</p>Method<p>From September 2023 to December 2024, 14 CTO patients were applied the WHIH technique. The main process of the WHIH technique involves keeping the antegrade and retrograde MCs in close proximity along the retrograde wire, then advancing both wires forward and backward in a hand-in-hand manner along the path created by the retrograde wire until the antegrade wire crosses the CTO lesion. …”

Video 6_The intracoronary wires hand-in-hand technique for uncrossable bilateral microcatheters in CTO lesions: a single-center case series.avi by Wang Huan (5337614)

“…</p>Method<p>From September 2023 to December 2024, 14 CTO patients were applied the WHIH technique. The main process of the WHIH technique involves keeping the antegrade and retrograde MCs in close proximity along the retrograde wire, then advancing both wires forward and backward in a hand-in-hand manner along the path created by the retrograde wire until the antegrade wire crosses the CTO lesion. …”

Table 1_The intracoronary wires hand-in-hand technique for uncrossable bilateral microcatheters in CTO lesions: a single-center case series.docx by Wang Huan (5337614)

“…</p>Method<p>From September 2023 to December 2024, 14 CTO patients were applied the WHIH technique. The main process of the WHIH technique involves keeping the antegrade and retrograde MCs in close proximity along the retrograde wire, then advancing both wires forward and backward in a hand-in-hand manner along the path created by the retrograde wire until the antegrade wire crosses the CTO lesion. …”

Video 1_The intracoronary wires hand-in-hand technique for uncrossable bilateral microcatheters in CTO lesions: a single-center case series.avi by Wang Huan (5337614)

“…</p>Method<p>From September 2023 to December 2024, 14 CTO patients were applied the WHIH technique. The main process of the WHIH technique involves keeping the antegrade and retrograde MCs in close proximity along the retrograde wire, then advancing both wires forward and backward in a hand-in-hand manner along the path created by the retrograde wire until the antegrade wire crosses the CTO lesion. …”

Video 3_The intracoronary wires hand-in-hand technique for uncrossable bilateral microcatheters in CTO lesions: a single-center case series.avi by Wang Huan (5337614)

“…</p>Method<p>From September 2023 to December 2024, 14 CTO patients were applied the WHIH technique. The main process of the WHIH technique involves keeping the antegrade and retrograde MCs in close proximity along the retrograde wire, then advancing both wires forward and backward in a hand-in-hand manner along the path created by the retrograde wire until the antegrade wire crosses the CTO lesion. …”

Video 4_The intracoronary wires hand-in-hand technique for uncrossable bilateral microcatheters in CTO lesions: a single-center case series.avi by Wang Huan (5337614)

“…</p>Method<p>From September 2023 to December 2024, 14 CTO patients were applied the WHIH technique. The main process of the WHIH technique involves keeping the antegrade and retrograde MCs in close proximity along the retrograde wire, then advancing both wires forward and backward in a hand-in-hand manner along the path created by the retrograde wire until the antegrade wire crosses the CTO lesion. …”

Video 2_The intracoronary wires hand-in-hand technique for uncrossable bilateral microcatheters in CTO lesions: a single-center case series.avi by Wang Huan (5337614)

“…</p>Method<p>From September 2023 to December 2024, 14 CTO patients were applied the WHIH technique. The main process of the WHIH technique involves keeping the antegrade and retrograde MCs in close proximity along the retrograde wire, then advancing both wires forward and backward in a hand-in-hand manner along the path created by the retrograde wire until the antegrade wire crosses the CTO lesion. …”