56 
Table XVII. — Mydriatic action of natural l-adrenalin — Continued. 
EXCISED FROG’S EYE— Continued. 
Experiment 39a. 
1:2,000. 
Exjjeriment 41a. 
1:5,000. 
Experiment 55b. } 
1 1:25,000. 
Long 
Short 
Time. 
Long 
Short 
Time. 
Long 
Short i 
axis. 
axis. 
axis. 
axis. 
axis. 
axis. 
10. 27 
In adrenalin. 
4.9 
In adrenalin. 
3.44 
In adrenalin. j 
A . m. 
M.m. 
M. m. 
P. m. 
if. m. 
if. m. 
P. m. 
if.m. 
if. m. 
10. 34 
a 2. 515 
a 2. 440 
4. 15 
a 2. 700 
a 2. 510 
3.54 
<2 2. 100 
<2 2.065 
7 
& 0.380 23.0° 
6 0. 700 
6 
6 0. 600 
23. 8‘ 
’ 6 0. 860 
6 
6 0. 310 
6 0. 470 
10. 36 
a 2. 830 C. 
a 2. 685 
4.18 
a 2. 750 
C. 
<2 2. 640 
3.52 
a 2. 235 
<2 2. 150 
9 
6 0. 695 
6 0. 945 
9 
6 0.650 
6 0.990 
8 
^ 6 0.445 
60. 555 
10. 38 
a 2. 950 
a 2. 785 
4 21 
a 2. 850 
<2 2. 760 
3.54 
<2 2. 360 
<2 2. 245 
11 
6 0. 815 
6 1. 045 
12 
6 0.750 
6 1. 110 
10 
6 0. 570 
6 0. 650 
10.40 
a 2. 950 
a 2. 830 
4 23 
a2.m 
<2 2. 800 
3.58 
<2 2. 520 
<2 2.350 
13 
6 0. 815 
61. 090 
14 
6 0. 760 
6 1. 150 
14 
6 0. 730 
6 0. 755 
10.42 
a 2. 950 
'12. 830 
4 25 
a 2. 840 
<2 2. 780 1 
4 00 
<12.555 
<2 2. 400 
15 
6 0. 815 
6 1. 090 
16 
6 0. 740 
6 1. 130 
16 
6 0. 765 
6 0. 805 
10.44 
a 2. 950 23.1° 
a 2. 830 
4 27 
a 2. 840 
a 2. 800 
43 
a 2. 610 
a 2. 430 
17 
6 0. 815 C. 
6 1. 090 
18 
; 6 0.710 
6 1. 110 
19 
6 0. 820 
6 0.S35 
10. 47 
a 2. 970 
a 2. 830 
4 35 
a 2. 775 
<2 2. 820 
46 
<2 2.665 
a 2. 410 
20 
6 0.835 
6 1. 090 
26 
6 0.675 
6 1. 170 
22 
6 0. 875 
6 0. 815 
10.50 
a 2. 935 
a 2. 830 
4.40 
a 2. 640 
<2 2.840 
4.8 
<2 2. 695 
<2 2. 425 ' 
23 
6 0. 800 
6 1.090 
31 
6 0.540 
6 1. 190 
24 : 
6 0.905 
6 0.830 i 
10. 52 
a 2. 900 
a 2. 815 
4.45 
a 2. 600 
<12.800 
4. 11 
: a 2. 705 
<2 2. 425 
i 
6 0. 765 
61.075 , 
36 
6 0. 500 
6 1. 150 
27 
6 0.915 
6 0.830 ; 
: 10. 54 
a 2. 890 
a 2. 815 
4 51 
a 2. 615 
<2 2. 775 
4.13 
<2 2.700 
<12.395 
27 
6 0. 655 
6 1.075 
41 
6 0. 515 
6 1. 125 
29 
, 6 0.910 
6 0.800 i 
10. 56 
a 2. 900 
a 2. 770 
4 56 
a 2. 610 
<2 2. 750 
4. 15 
<2 2. 715 
<2 2.400 ' 
29 
6 0. 765 
6 1.030 1 
46 
6 0. 510 
6L100 
31 
6 0. 925 
6 0.805 i 
11. 00 
a 2. 880 
a 2. 770 j 
5.2 
a 2. 600 
23. 8‘ 
’ a 2. 690 
417 
a 2. 700 
<2 2.390 1 
33 
6 0. 745 
6 1.030 i 
52 
6 0. 500 
C. 
6 1. 040 
33 
6 0. 910 
6 0. 795 
; 11.3 
a 2. 845 23.4° 
a 2. 775 1 
5. 10 
a 2. 590 
<2 2. 675 
4 20 
a 2. 670 ■ 
a 2. 380 
: 36 
6 0.700 C. 
6 1. 035 
60 
6 0. 510 
61.025 
36 
6 0.880 
6 0. 785 
1 11. 14 
a2.850 
a 2. 690 
5. 16 
<2 2. 600 
<2 2. 675 
4 25 
<2 2.645 
<2 2.335 j 
^ 47 
6 0. 705 
6 0. 950 
66 
6 0. 500 
6 1. 025 
41 1 
6 0.845 
6 0.740 : 
4.27 
a 2. 625 
<2 2. 320 1 
43 
6 0. 835 
6 0.725 i 
4 37 
<2 2. 560 
a 2. 190 
53 
6 0.770 
6 0. 595 
c 20 min. 
i 
c 13 min. 
c 14 min. 
c 31 min. 
j c 31 min. 
c 24 min. 
a Actual length of axis at time measured. 
6 Change in length of axis after the eye is exposed to 2 c. c. of adrenalin solution for the number of 
minutes indicated to left in time column. 
c 'rime required for each axis to reach a m aximum length. 
