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. 2006 Jun;208(6):753–768. doi: 10.1111/j.1469-7580.2006.00558.x

Table 3.

Regression analysis of logarithmic transformations of spindle counts against muscle mass for four homologous muscle series

Muscle Statistics


Species Mass (g) Spindle count ln mass ln spin count Coefficients t P Range of residuals
FHL guinea-pig 0.02 2 −3.91 0.69 intercept 3.18 9.53 0.01
rat 0.5 25 −0.69 3.22 slope 0.52 4.75 0.04
cat 3.25 75 1.18 4.32 −0.48, 0.53
human 89.4 152 4.49 5.02
GASTR guinea-pig 1.3 33 0.26 3.50 intercept 3.76 16.97 < 0.01
rat 1.44 58 0.36 4.06 slope 0.23 3.42 0.08
cat 14.95 97 2.70 4.57 −0.32, 0.22
human 390.1 156 5.97 5.05
SOL mouse 0.008 14 −4.83 2.64 intercept 3.89 17.53 < 0.001
guinea-pig 0.08 11 −2.53 2.40 slope 0.33 5.60 0.01
rat* 0.11 34 −2.21 3.53 −0.66, 0.36
cat 2.49 56 0.91 4.03
human 434 408 6.07 6.01
SPLEN rat 46 0.81 −0.21 3.83 intercept 4.22 10.03 0.06
cat 170 2.92 1.07 5.14 slope 0.46 2.52 0.24
human 346 46.5 3.84 5.85 −0.29, 0.43
*

The spindle count for the rat soleus is that of Arendt & Asmussen (1974); Kucera et al. (1989) give a value of 21.

The spindle count for the human splenius is the sum of the counts for splenius capitis and splenius cervicis (Voss, 1971).