Table 2.

Features used as criteria in the calculation of reproducibility quotient.

Figure 2

G–K: 82/101 hPEDs underwent the transition from preprocambium to procambium (as defined in text) during the imaging interval

Figure 3

A–J: Out of 44 extending hPEDs, in 35 cases extension was due to terminal addition

Figure 4

A,B: 29/209 PEDs formed side branches while still freely ending

C–E: 92/209 hPEDs observed were initially >2 cells wide and narrowed to domains 1–2 cells wide during the imaging interval

K–O: 4/48 connected hPEDs observed were formed via the fusion of two freely-ending hPEDs

Figure 5

A: Strong DR5rev::VENUS expression was present in 45 out of 45 apical CPs observed

B–F: DR5rev::VENUS expression was absent from 23 out of 23 first loop-associated lateral CPs

G,H: DR5rev::VENUS expression was present in 17 out of 23 second loop-associated lateral CPs

J–K: DR5rev::VENUS expression was present in 17 out of 19 second loop-associated lateral CPs

Figure 6

F–G: 21/48 connected hPEDs observed were formed via the fusion of a freely-ending hPED with a static PED.

H–I: 39/298 hPEDs observed exhibited loss of PIN1 expression in domains of 3 cells or more

K–O: 4/48 connected hPEDs observed were formed via the fusion of two freely-ending hPEDs

P–T: 39/298 hPEDs observed exhibited loss of PIN1 expression in domains of 3 cells or more

Figure 7

A,F: In 331/358 hPEDs, axialized cells with high PIN1 expression expressed Athb8::YFPer, while polygonal cells with low PIN1 expression did not

L,Q,Y: In 24/25 hPEDs, Athb8 was not expressed in edge cells with centrobasal PIN1 polarity that disappear

N,S,Z: In 42/42 hPEDs, Athb8 was expressed in central cells with basal PIN1 polarity that persist

U,W: Out of 73 hPEDs that showed differences in Athb8::YFPer expression along the strand, 59 hPEDs exhibited stronger Athb8 expression in cells at the base of the hPED vs. cells at the free end