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. Author manuscript; available in PMC: 2015 Aug 5.
Published in final edited form as: Exp Eye Res. 2010 Jun 17;91(3):472–474. doi: 10.1016/j.exer.2010.06.002

Table 2.

Comparison of Control Rabbit Lens Volume to Volume after swelling for 20 min at 200 mOsM in the Stretched versus Relaxed Conformation.

Lenses in Stretched Conformation during Swelling
Lens No. Control Volume (mm3) Volume after 20 min at 200 mOsM (mm3) Change in Volume (mm3) Percentage Change in Volume
1 429 441 12 2.80
2 696 698 2 0.29
3 396 397 1 0.25
4 391 403 12 3.07
5 387 398 11 2.84
6 422 431 9 2.13
Mean: 454 461 7 1.90
SEM: 49 48 2 0.5
n: 6 6 6 6

Lenses in Relaxed Conformation during Swelling
Lens No. Control Volume (mm3) Volume after 20 min at 200 mOsM (mm3) Change in Volume (mm3) Percentage Change in Volume

17 366 373 7 1.91
20 362 393 31 8.56
21 347 366 19 5.48
22 351 367 16 4.56
23 355 368 13 3.66
24 352 362 10 2.84
29 350 361 11 3.14
30 337 350 13 3.86
Mean: 352 367 15* 4.25**
SEM: 3 4 3 0.7
n: 8 8 8 8

Data from lenses used in Table 1 are compiled for the individual values of lens volume changes for swelling in the stretched conformation. Rabbit lens volume changes for swelling in the relaxed conformation are values from Table 4 of Kong et al., 2009.

*

Volume change marginally higher in the relaxed conformation than in the stretched conformation with P= 0.065, as unpaired, two-tailed data.

**

Percentage change in volume significantly higher in the relaxed conformation than in the stretched conformation with P<0.05, as unpaired, two-tailed data.