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Deposition

CZII CryoET Object Identification Challenge - 9th place solution - Avengers

  • Deposition ID:CZCDP-10327

Release Date: 2025-02-25

Last Modified: 2025-02-25

key visualization for CZII CryoET Object Identification Challenge - 9th place solution - Avengers

Deposition Overview

For the 9th place solution, a 3D ConvNeXt-like segmentation model is employed with modifications to the encoder including smaller 2x2 stem and 3x3 kernel size in convolution blocks to better detect small particles. Binary cross-entropy loss is used for training with basic rot90 augmentations, and the final submission ensembles multiple models with DBSCAN clustering applied to refine particle centroids. A key distinction of this approach is the custom adjustment of ground truth mask sizes for different particle types with factors of 0.5 for smaller particles and 0.33 for larger ones, which significantly improved performance from 0.62 to 0.70-0.77 on the public leaderboard.

Authors

  • Koki Wada

Deposition Data

Annotations:2,385

Publications

Not Submitted

Related Databases

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Annotation Methods Summary

Method Type

Automated

Method Links

Datasets with Deposition Data

2 of 2 Datasets

Dataset Name
Organism
Runs

With deposition data

Annotations

Deposition only

Annotated Objects

Deposition only

key visualization for CZII - CryoET Object Identification Challenge - Public Test Dataset

Dataset ID: DS-10445

  • Ariana Peck,
  • Yue Yu,
  • Jonathan Schwartz,
  • ... ,
  • Kyle I. S. Harrington,
  • Mohammadreza Paraan
--
121
594
  • Beta-galactosidase
  • cytosolic ribosome
  • ferritin complex
  • 2 More Objects
key visualization for CZII - CryoET Object Identification Challenge - Private Test Dataset

Dataset ID: DS-10446

  • Ariana Peck,
  • Yue Yu,
  • Jonathan Schwartz,
  • ... ,
  • Kyle I. S. Harrington,
  • Mohammadreza Paraan
--
364
1,791
  • Beta-galactosidase
  • cytosolic ribosome
  • ferritin complex
  • 2 More Objects