Extended Data Fig. 3: Developmental age estimation for zebrafish embryos at different temperatures. | Nature Methods

Extended Data Fig. 3: Developmental age estimation for zebrafish embryos at different temperatures.

From: Uncovering developmental time and tempo using deep learning

Extended Data Fig. 3

Error envelopes represent two times the median absolute deviation (MAD) and are shown together with the corresponding linear fit (solid line) plus 99% confidence interval (dashed lines). (a) 23.5 °C (slope = 0.623 (0.613, 0.630), R2 = 0.972), (b) 25 °C (slope = 0.696 (0.680, 0.716), R2 = 0.968), (c) 26.5 °C (slope = 0.861 (0.854, 0.871), R2 = 0.982), (d) 28 °C (slope = 0.951 (0.937, 0.967), R2 = 0.979), (e) 28.5 °C (slope = 1.000 (0.991, 1.009), R2 = 0.987), (f) 30 °C (slope = 1.117, (1.099, 1.134), R2 = 0.983), (g) 30.5 °C (slope = 1.182 (1.165, 1.204), R2 = 0.981), (h) 31.5 °C (slope = 1.207 (1.183, 1.237), R2 = 0.981), (i) 33 °C (1.284 (1.259, 1.305), R2 = 0.983), (j) 34.5 °C (slope = 1.273 (1.238, 1.306), R2 = 0.981), (k) 35.5 °C (slope = 1.246 (1.216, 1.287), R2 = 0.981). n(23.5 °C) = 211, n(25 °C) = 198, n(26.5 °C) = 209, n(28 °C) = 168, n(28.5 °C) = 126, n(30 °C) = 187, n(30.5 °C) = 102, n(31.5 °C) = 130, n(33 °C) = 98, n(34.5 °C) = 70, n(35.5 °C) = 119. Data for 26.5 °C, 28.5 °C and 31.5 °C also shown in Fig. 2b.

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