212 METHODS AND FORMULAS F 3000.1010-F 3000.3000 



3000.1010 Bohm and Oppel 1907 Bohm and Oppel 1907, 114 



formula: water 200, mercuric chloride 12.5, 40% formaldehyde 25, acetic acid 12.5 



3000.1010 Bouin 1900 1825, 17:211 



formula: water 190, mercuric chloride 1.8, 40% formaldehyde 50, acetic acid 12.5 



3000.1010 Cox 1891 1780, 37:16 



formula: water 150, mercuric chloride 10.5, 40% formaldehyde 50, acetic acid 25 



3000.1010 Destin test. 1943 Cowdry Cowdry 1943, 61 



formula: water 230, chromic acid 2.3, 40% formaldehyde 15, acetic acid 5 



3000.1010 Gregg and Puckett 1943 20540b, 18:179 



formula: water 225, 40% formaldehyde 20, acetic acid 5, mercuric chloride 12.5 



3000.1010 Gough and Fulton 1929 see ADS 12.2 Gough and Fulton 1929 



3000.1010 Heinz 1910 2526,29:369 



formula: water 200, mercuric chloride 8.8, 40% formaldehyde 50, acetic acid 1.25 



3000.1010 Spuler 1910 Ehrlich, Krause, et al. 1910, 2 :521 



formula: water 225, mercuric chloride 6.75, 40% formaldehyde 25, acetic acid 0.25 



3000.1010 Stieve test. 1948 Romeis Romeis 1948, 74 



formula: water 190, mercuric chloride 11.5, 40% formaldehyde 50, acetic acid 10 



3000.1010 Stieve test. 1946 Roskin Roskin 1946, 94 



formula: water 190, mercuric chloride 2, 40% formaldehyde 50, acetic acid 10 



3000.1010 Worcester test. 1929 McClung and Allen McClung 1929, 420 



formula: water 200, mercuric chloride 14, 40% formaldehyde 22.5, acetic acid 25 



SOOO.l 01 2 Mercuric-formaldehyde-acetic-trichloroacetic 



3000.1012 Heidenhain 1916 Susa—compl. script. 23632,32:365 



formula: water 200, mercuric chloride 11.25, 40% formaldehyde 50, acetic acid 10, 



trichloroacetic acid 5, sodium chloride 1.25 

 note: This mixture, named by its inventor, Susa, was first published in 1916 (loc. cit.) 



but the formula involved using Heidenhain 1916 F 3000.1000; the rationalized 



formula from dry salts did not appear till 1917 (23632, 33:233). This formula is still 



beloved of some pathologists. 



3000.1012 McNamara, Murphy, and Gore 1940 see AF 21.1 McNamara, et at. 1941. 



3000.1012 Romeis 1918 23422,6:101 



formula: water 176, mercuric chloride 6, 40% formaldehyde 60, trichloroacetic acid 4 



SOOO.l 020 Mercuric-formaldehyde-trichloroacetic 



3000.1020 Hartz 1950 Tech. Bull, 20 :77 



formula: water 200, mercuric chloride 12, 40% formaldehyde 60, trichloroacetic acid 

 0.2 



3000.1020 Romeis 1918 test. 1920 Mayer Mayer 1920, 56 



formula: water 220, mercuric chloride 12.5, 40% formaldehyde 12, trichloroacetic 

 acid 5 



8000.1310 Mercuric-formaldehyde-acetone-acetic 



3000.1310 Sz.-Gyorgyi 1914 23632,31:23 



formula: acetone 185, mercuric chloride 6, 40% formaldehyde 60, acetic acid 7.5 



8000.3000 Mercuric-acetone 



3000.3000 Held 1897 1739, (1897) :227 



formula: water 150, acetone 100, mercuric chloride 2.5 



