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. 2021 Jun 23;118(7):1667–1679. doi: 10.1093/cvr/cvab214

Table 1.

Table to show advantages and disadvantages of zebrafish cardiac injury models.

Injury Schematic Advantages Disadvantages References
Ventricular resection graphic file with name cvab214il1.jpg
  • Fast recovery

  • Common in literature

  • Injury to all cell types

  • No lymphatic regeneration

  • Less similar to human MI

  • Technically challenging

  • Variable injury size

  • Open chest model

Poss, Wilson & Keating, 20024; Raya et al., 200330
Cryoinjury graphic file with name cvab214il2.jpg
  • Common in literature

  • Most similar to human MI

  • Injury to all cell types

  • Long recovery

  • Technically challenging

  • Open chest model

Chablais et al., 20115; González-Rosa et al., 20116; Schnabel et al., 20117
Genetic ablation graphic file with name cvab214il3.jpg
  • Cell-specific study

  • Non-invasive

  • Fast recovery

  • Technically simple

  • Limited to single-cell type

  • Less similar to human MI

Curado et al., 20078; Wang et al., 20119
Hypoxia/reoxygenation graphic file with name cvab214il4.jpg
  • Reperfusion injury

  • Non-invasive

  • Similar to human MI

  • Technically simple

No localized version currently available Parente et al., 201310
Explant culture graphic file with name cvab214il5.jpg
  • Fewer ethical concerns

  • No requirement for home office approval

  • Live imaging

  • Loss of circulating factors

  • Declines in heart function

  • Injury response from extraction

Hecker et al., 200832; Pieperhoff et al., 201434; Cao and Poss., 201635; Yip et al., 202036
Laser injury graphic file with name cvab214il6.jpg
  • Non-invasive

  • Consistent injury

  • Fewer ethical concerns

  • No requirement for home office approval

  • Live imaging

  • High N-numbers

  • Limited to larval stages

  • Requirement for specialized equipment

Matrone et al., 201311; Kaveh et al., 202037