David H. Dressler 1941–2014

David H. Hubel (1926–2013)

canopy density is linked to weaker or no thermophilisation. By offering more shadow, it appears, the trees are shielding the ground vegetation from the temperature rise. “We believe that the effect of the tree canopy is to moderate changes in temperature at the lower levels in the wood — particularly where, as is the case in much of Europe, woods have been becoming denser and shadier in recent ...

Is Dressler syndrome dead?

Post-acute myocardial infarction (AMI) syndrome was first described by Dressler in 1956. Its incidence has decreased in the reperfusion era, most likely because of the extensive use of thrombolysis and coronary balloon angioplasty, therapies that dramatically decreased the size of myocardial necrosis. The authors suggest that drugs that have been prescribed in previous decades as the post-AMI "...

David H. Hollander and E. Ellen Nell

Preservation of bacteria at the temperature of dry ice (-78.5 C) is a particularly valuable method for the maintenance of such organisms as Treponema pallidum which otherwise require continuous animal-to-animal passage. Turner (1938), Turner and Fleming (1939), and Turner and Brayton (1939) demonstrated that at the temperature of dry ice T. pallidum and relapsing fever spirochetes retain their ...

Reference Guide on Statistics david h . kaye and david a . freedman

Labellar micromorphology of Bifrenariinae Dressler (Orchidaceae).

BACKGROUND AND AIMS The two closely related subtribes Bifrenariinae Dressler and Maxillariinae Benth. are easily distinguished on morphological grounds. Recently, however, molecular techniques have supported the inclusion of Bifrenariinae within a more broadly defined Maxillariinae. The present paper describes the diverse labellar micromorphology found amongst representatives of Bifrenariinae (...