Post-rupture imaging data.xls

COLUMN A – Animal number (1 or 2)
COLUMN B – Tendon type: common digital extensor (e) or superficial digital flexor (f)
COLUMN C – Fibril number
COLUMN D – Rupture location, at the glue or in the middle of the segment
COLUMN E – Average dry fibril height before rupture in nanometers
COLUMN F – Average loss of dry fibril height after rupture in nanometers, standard deviation of the measurement is 2 nm
COLUMN G – Normalized loss of dry fibril height in percent
COLUMN H – Total number of plastic damage sites
COLUMN I – Average spacing of plastic damage sites (kinks) in nanometers, Common Digital Extensor fibrils only
COLUMN J – Ruptured fibril is fluorescent above background level, Yes or No
COLUMN K – Average maximum forward SHG intensity ratio: ruptured segment/unruptured segment
COLUMN L – Peak of the distribution of anisotropy parameter ρ characteristic of the second-order non-linear susceptibility tensor along the ruptured fibril
COLUMN M – Full-width at half-maximum of the distribution of anisotropy parameter ρ characteristic of the second-order non-linear susceptibility tensor along the ruptured fibril
COLUMN N – Peak of the distribution of anisotropy parameter ρ characteristic of the second-order non-linear susceptibility tensor along the unruptured fibril reference
COLUMN O – Full-width at half-maximum of the distribution of anisotropy parameter ρ characteristic of the second-order non-linear susceptibility tensor along the unruptured fibril reference