SUBJECT INDEX 



955 



Neat's foot oil, rate of enzymic hydroly- 

 sis, 275 

 Neem oil, "association ratio" of fatty 



acids in, 219, 220 

 Neocapsanthins 

 CM-peak in, 645 



development, 647 

 extinction curve, 643 

 Neocapsanthin A 

 cts-peak, extinction, 648 



ratio, 647 

 specific rotation, 638 

 structure, 651 

 Neocapsanthin B 

 cis-peak, extinction, 648 

 specific rotation, 638 

 structure, 651 

 Neocapsanthin C 



c?'s-peak, extinction. 648 

 specific rotation, 638 

 structure, 651 

 Neocapsanthin A palmitate, specific ro- 

 tation, 638 

 Neocapsanthin B palmitate, specific ro- 

 tation, 638 

 Neocapsorubin A, specific rotation, 638 

 Neocapsorubin B, specific rotation, 638 

 Neocapsorubin A palmitate, specific ro- 

 tation, 638 

 Neocapsorubin B palmitate, specific ro- 

 tation, 638 

 Neo-a-carotenes 



cis-peak, development in, 645, 647 

 extinction curves, 640 

 Neo-o-carotene A, 637 

 ciis-peak, extinction coeflficient, 648 

 structure, 651 

 Neo-a-carotene B 

 cis-peak, extinction coefficient, 648 



ratio, 647 

 stereoisomerization, bj'^ insolation, 637 



by iodine, 634 

 structure, 651 

 Neo-a-carotene C 

 cis-peak, extinction coefficient, 648 

 structure, 651 

 Neo-a-carotene U 

 m-peak, extinction coefficient, 648 

 molecular extinction coefficient, 619 

 specific rotation, 638 

 stereoisomerization, by insolation, 637 



Npo-a-carotene U {continued) : 

 by iodine, 634 

 by melting, 631 

 structure, 651 

 Neo-a-carotene V 

 cis-peak, extinction coefficient, 648 

 stereoisomerization, by insolation, 637 

 by iodine, 634 

 .— structure, 651 

 Neo-a-carotene W 



CIS-peak, extinction coefficient, 648 

 stereoisomerization, by insolation, 637 

 by iodine, 634 

 Neo-a-carotene X, 637 



cis-peak, extinction coefficient, 648 

 structure, 651 

 Neo-a-carotene Y, 637 

 Neo-(3-carotenes 

 cis-peak in, 645 



development, 647 

 extinction curve, 640 

 Neo-j3-carotene B 



CIS-peak, extinction coefficient, 648 



ratio, 647 

 stereoisomerization, by iodine, 634 



by refluxing, 633 

 structure, 651 

 Neo-j3-carotene E 

 c?'.s-peak, extinction coefficient, 648 

 stereoisomerization, by iodine, 634 

 by refluxing, 633 

 Neo-|8-carotene U 

 cis-peak, extinction coefficient, 648 

 molecular extinction coefficient, 619 

 stereoisomerization, by iodine, 634 



by melting, 631 

 structure, 651 

 Neo-/3-carotene V 

 cis-peak, extinction coefficient, 648 

 structure, 651 

 Neo-7-carotenes 

 cis-peak in, 645 

 extinction curve, 641 



from pro-7-carotene, 650 

 in watermelon, 542 

 Neo-7-carotene P, 542 

 Neocelaxanthins, cis-peak in, 645 

 Neocerotic acid, in j^ellow beeswax, 366 

 Neoceryl alcohol, in snow-brush wax, 376 

 Neocryptoxanthins 

 cis-peak in, 645 

 development, 647 



