Figure 1 | Scientific Reports

Figure 1

From: Visualizing flow in an intact CSF network using optical coherence tomography: implications for human congenital hydrocephalus

Figure 1

In Vivo OCT imaging of the Xenopus tadpole ventricular system. (a) Stage 45 tadpoles are embedded in 1% low-melt agarose with the dorsal side of the animal facing the OCT beam. 2D and 3D images are taken. (b) A stage 45 tadpole as seen under light microscopy. Far left panel - white dotted line outlines the brain. A series of OCT images taken at progressively more ventral planes show the ventricular system with different parts of the brain. (c) A mid-sagittal view of the ventricular system at the midline. White dotted lines show the boundaries between different brain regions. (d) Transverse sections through the ventricular system along the anterior to posterior axis of the animal (d1–d8). The position of each section corresponds to the white dotted lines shown on the mid-sagittal view in the top left panel. (Lat-V: lateral ventricle, III: 3rd ventricle, M: Midbrain ventricle, IV: 4th ventricle, tel: Telencephalon, di: Diencephalon, mes: Mesencephalon, rhomb: Rhombencephalon, CA: Cerebral aqueduct).

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