Fig. 4: A syrinx model reconstructed from DiceCT scans and the representative 2D lateral vibratory mass (LVM) shapes for training the PINN. | Communications Biology

Fig. 4: A syrinx model reconstructed from DiceCT scans and the representative 2D lateral vibratory mass (LVM) shapes for training the PINN.

From: Predicting 3D soft tissue dynamics from 2D imaging using physics informed neural networks

Fig. 4

The same type of data and models were generated for other three pigeon syringes. a The photo of the excised syrinx. b A DiceCT scan of the syrinx. One LVM was annotated. c The 3D computational model reconstructed from the DiceCT scans including the pair of LVMs and the surrounding cartilages. A detailed view of the left LVM is shown to the right. The red line shows the mid-coronal cross-section of the LVM. d Representative snapshots of LVMs vibrations during one vibration cycle extracted from high-speed videos. The blue lines denote the 2D profiles of the LVMs which were manually annotated.

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