 | 1898 - 636 pages
...before its true physiological action was understood. Later it was clear that its power as a nervous calmative was due, as Bartholow says, to its special...secretion in the respiratory and intestinal tract. The coal-tar products were found to have great power as analgesics and antipyretics (Continued on advertiiing... | |
 | 1899 - 80 pages
...power as u nervous calmative was due, us Bartholowsays, to its special action on the pneumogastrlc nerve. Codeine stands apart from the rest of its group,...that It does not arrest secretion In the respiratory »nd intestinal tracts. In marked contrast U It In this respect to morphine. Morphine dries the mucous... | |
 | 1898 - 782 pages
...Its special action on the pneumogastrlc nerve. • Codeine stands apart from the rest of Its L'rou p. in that It does not arrest secretion in the respiratory and Intestinal tracts. In marked contrast Is It In this respect to morphine. Morphine dries the mucous membrane of... | |
 | 1898 - 508 pages
...before its true physiological action was understood. Later it was clear that its power as a nervous calmative was due, as Bartholow says, to its special...secretion in the respiratory and intestinal tract. The coal-tar products were found to have great power as aualgesics and antipyretics long before experiments... | |
 | 1909 - 880 pages
...was noted before its true physiological action was understood. Later it was clear that its power as a calmative was due, as Bartholow says, to its special...arrest secretion in the respiratory and intestinal tracts. In marked contrast is it in this respect to morphine. Morphine dries the mucous membrane of... | |
 | 1909 - 732 pages
...was noted before its true physiological action was understood. Later it was clear that its power as a calmative was due, as Bartholow says, to its special...stands apart from the rest of its group, in that it docs not arrest secretion in the respiratory and intestinal tracts. In marked contrast is it in this... | |
 | 1909 - 490 pages
...physiological action was understood. Later it was clear that its power as a calmative was due, as Bartholov says, to its special action on the pneumogastric nerve....arrest secretion In the respiratory and intestinal tracts. In marked contrast is it in this respect to morphine. Morphine dries the mucous membrane of... | |
 | 1898 - 410 pages
...before its true physiological action was understood. Later, it was clear that its power as a nervous calmative was due, as Bartholow says, to its special...secretion in the respiratory and intestinal tract. The coal-tar products were found to have great power as analgesics and antipyretics long before experiments... | |
 | 1898 - 380 pages
...before its true physiological action was understood. Later it was clear that its power as a nervous calmative was due, as Bartholow says, to its special...secretion in the respiratory and intestinal tract. The coal-tar products were found to have great power as analgesics and antipyretics long before experiments... | |
 | 1898 - 1016 pages
...before its true physiological action was understood. Later it was clear that its power as a nervous calmative was due, as Bartholow says, to its special...secretion in the respiratory and intestinal tract. The coal-tar products were found to have great power as analgesics and antipyretics long before experiments... | |
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It was capable of controlling excessive coughing in various lung and throat affections, was noted before its true physiological action was understood. Later it was clear that its power as a nervous calmative was due, as Bartholow says, to its special... 
