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ZERONE182 committed Nov 5, 2024
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13 changes: 13 additions & 0 deletions _bibliography/papers.bib
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@@ -13,4 +13,17 @@ @article{Liu2023CryoFormerCR
video={https://youtu.be/fSxdsiP_2DM?si=qzlnxpP8acwrW-Mk},
preview={10180-oneturn.gif},
selected={true},
}

@article{zhang2024cryogem,
title={CryoGEM: Physics-Informed Generative Cryo-Electron Microscopy},
author={Zhang, Jiakai* and Chen, Qihe* and Zeng, Yan and Gao, Wenyuan and He, Xuming and Liu, Zhijie and Yu, Jingyi},
journal={Advances in Neural Information Processing Systems},
volume={38},
year={2024},
abstract={In the past decade, deep conditional generative models have revolutionized the generation of realistic images, extending their application from entertainment to scientific domains. Single-particle cryo-electron microscopy (cryo-EM) is crucial in resolving near-atomic resolution 3D structures of proteins, such as the SARS-COV-2 spike protein. To achieve high-resolution reconstruction, a comprehensive data processing pipeline has been adopted. However, its performance is still limited as it lacks high-quality annotated datasets for training. To address this, we introduce physics-informed generative cryo-electron microscopy (CryoGEM), which for the first time integrates physics-based cryo-EM simulation with a generative unpaired noise translation to generate physically correct synthetic cryo-EM datasets with realistic noises. Initially, CryoGEM simulates the cryo-EM imaging process based on a virtual specimen. To generate realistic noises, we leverage an unpaired noise translation via contrastive learning with a novel mask-guided sampling scheme. Extensive experiments show that CryoGEM is capable of generating authentic cryo-EM images. The generated dataset can used as training data for particle picking and pose estimation models, eventually improving the reconstruction resolution.},
html={https://jiakai-zhang.github.io/cryogem/},
pdf={https://arxiv.org/pdf/2312.02235},
preview={cryogem-teaser.png},
selected={true},
}
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