Their model, called Difface, applies single DNA nucleotide differences to 3D facial point clouds, or sets of data points that represent the exterior surface of a face. When tested on a Han Chinese ...

We propose the enhancer language models by incorporating a pre-trained BERT-based DNA model to capture global contextual information from raw enhancer sequences. Our iEnhancer-ELM achieves the best ...

We attribute the stability of BCN-11_35 and BCN-11_42 hydrogels against DNase I to the coordinative linkages between DNA and the 3D MOP cross-linking units, which entangle DNA into dense conformations ...

AI-powered 3D object generators have revolutionized the way we create and visualize 3D models, making the process more efficient, accurate, and accessible to everyone. Whether you're a game developer, ...

What if creating stunning 3D models didn’t require years of expertise or expensive software? Imagine typing a simple description—“a whimsical cartoon-style robot”—or uploading a few ...

Now a 3D model of the tomb has been brought to life using hundreds of photographs taken from a drone. A video of how the tomb would have looked can be viewed on an interpretation panel at the site ...

To manage this, DNA folds and loops tightly, bringing distant regions together. Dr. Effie Apostolou, who co-led the study, explained that by studying the 3D structure of DNA, the team found hubs ...

Observational data on fault traces (where faults intersect with the earth's surface) and the fault dipping angle were used to build the 3D fault geometry model. Data from previous seismic activity ...

Department of Biochemistry and Molecular Medicine, Norris Comprehensive Cancer Center, Keck School of Medicine of University of Southern California, Los Angeles, CA.

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