312 DAVID H. DOLLEY 
TABLE 3 
Size relations of functioning stages (Areas in square, volumes in cubic 
centimeters) 
é AREAS BY RELATIVE Laan ie 
POLAR NUCLEUS- VOLUMES AS NUCLEUS- | paRaLLELopip- | NUCLEUS- 
NUMBER OF PLANIMETER PLASMA CYLINDERS PLASMA EDS PLASMA 
STAGE COEFFICI- COEFFICI- COEFFICI- 
SS SSS ENTS eee ENTS SESS ENTS 
Cell | Nucleus Cell |Nucleus Cell {Nucleus 
Control animal 
1 16.33} 3.06 4.3 5EROL | 4.87 LORS) | 80 e7ill 602) ear 
2 23.32) 4.58 4.1 104.01} .9.89 ONS MSO yA) sia) al 
3 19.42) 3.30 4.9 13280, OafAl AS98577 Os O2| see 
4’ and 5’ | 14.57) 2.30 5.3 AS E23 |e 22 OT lor oees|eAOL44| Sel lide 
_4” and 5” | 15.46) 2.82 ACY FLAS eA | eed et > an ried nme are | sere 
6 16.69] 3.42 3.9 Fah GO”, eG) |) bea) cat! 9.9 
7 20.25] 3.85 al 33 S2F42 (243 LO OSG) O28 ae eles 
8 22.91} 4.10 4.6 OSFOTI Selb) LA 15225911026) e ets 29 
9 25.56| 4.44 4.8 |125.50! 9.86} 11.7 |186.33) 12.42) 14.0 
10 27.72) 4.61 5.0 135.83] 10.51 11.9 |200.00) 12.86) 14.5 
Exercised animal 
1 16245) 3.21 4.1 56.59} 5.36 9.6 | 81.77} 6.69 il 
2 23.11) 4.31 4.4 |100.53} 8.96) _ 10.0 |140.40) 11.29) 11.4 
bb 3 18.66) 2.58 6.2 68.86] 3.90} 16.6 | 98.72) 4.81 19.5 
4’ and 5’ | 14.80} 1.88 6.9 48.69] 2.27; 20.4 | 70.36] 2.88) 238.4 
Amand 5” 17-16) 3202 4.7 63.66] 5.13) 11.4 | 93.97) 6.82 183 11 
6 19.14) 3.77 4.1 ROA eo 973) 102256) S267) 10ks 
7 22.02) 3.93 4.6 90.94, 7.90) 10.5 |133.21) 9.90} 12.5 
8 25.59) 4.29 5.0 {113.60} 9.18) 11.4 |166.18) 11.31 13370 
9 28 .23| 4.35 5.5) 408591 ORG) 12.6 |210.06} 12.16} 16.3 
10 30.08) 4.74 doe) MSSelll) LOF90| as Om 216. 07Msrss|i lot 
11 34.04! 4.87 6.0 {193.01} 11.35} 16.1 |275.84) 13.95) 18.8 
the strict Hodge type, stage 4 and 5, with its dense crenated nu- 
cleus and stage 6 with its edematous nucleus, to which nuclear 
transition the plasma corresponded with an intermediate con- 
dition. Rather than change the numbers, this transition stage 
has been indicated since as 4” and 5” to distinguish it from the 
strict Hodge type, 4’ and 5’. 
Taking up the problem of measurements, it is obvious that 
with the cell aggregate distributed as a number of distinct types 
or stages, each of a certain significance, one thing to do is to 
