Fig. 3
From: TeraVR empowers precise reconstruction of complete 3-D neuronal morphology in the whole brain
Complete reconstruction of neurons at whole-brain scale using TeraVR. a A thalamic cell reconstructed using TeraVR. Upper left: a complete reconstruction of the neuron color-coded using “GM” (Generation Method) and “SNR” (signal-to-noise-ratio) schemes; in “GM,” magenta and green colors stand for neurites reconstructed using virtual reality (VR) and non-VR, respectively; in “SNR,” blue, sky blue, yellow, and red colors indicate neurites with high, mid, low, and very low SNR, respectively; two close-up views of local dendrites and remote axons are also shown in the right and the bottom. b For a set of 44 completely reconstructed thalamic neurons (33 from brain no. 17302, 11 from brain no. 17545), the correlation between the portion of a neuron traced using the VR mode of TeraVR and the portion of this neuron that has very low SNR (VLSNR). c For a set of 73 completely reconstructed neurons in caudate putamen (58 from brain no. 17302 and 15 from brain no. 17545), the correlation between the portion of a neuron traced using the VR mode of TeraVR and the portion of this neuron that has very low SNR (VLSNR). d The use of VR mode in reconstruction of BASNR (below average SNR) regions in each of the 117 neurons. e Whole-brain plot of 33 thalamic neurons reconstructed from brain no. 17302; gray: maximal intensity projection of this brain image; color code: each neuron in a randomly assigned color
