Ekimia ozcan-secmenii Şenol & Eroğlu sp. nov. (Apiaceae) is described from SW Turkey. E. ozcan-secmenii differs from its close affinity, E. bornmuelleri, by life form (monocarpic), petal and bracteole morphology, and mericarp features. These data were more supported by the results of nrDNA ITS sequences. The ML tree depicted based on phylogenetic studies aimed to reveal the closeness of the Laserpitium and Prangos species as well as the location the affinity of species in the genus Ekimia. The taxonomic situation of Prangos hulusi was also evaluated based on nrDNA ITS sequences. Since E. ozcan-secmenii is distributed in Sami Soydam Sandalcık hydroelectric power plant in Acıpayam, Denizli, the population is threatening by flooding. Therefore, conservation programs are urgently recommended.

The risk of massive pulmonary thromboembolism (PTE) secondary to varicose vein surgery is very low. There are only two cases which have been reported regarding massive PTE occurring after varicose vein surgery. We herein present the case of a woman who had suffered from chest pain. A short period following her admission to the emergency department, she had cardiac arrest and was subsequently diagnosed with massive PTE. Thrombolytic therapy was administered and her clinical status dramatically improved thereafter. Massive PTE may occur after minor surgical procedures, and thrombolytic therapy can safely be administered after cardiopulmonary resuscitation.

The Authors Reply It is very well known that the mortality in acute pulmonary embolism patients presenting with cardiac arrest is very high. One of the aims of our manuscript is to emphasize that thrombolytic therapy is a lifesaving choice of treatment even in resuscitated massive pulmonary embolism patients. The other aims of our manuscript are to highlight the fact that massive pulmonary embolism can occur even after minor surgical procedures and to discuss the risk of pulmonary embolism in patients with superficial venous thrombi.

In this study, Helichrysum × kani-isikii (Asteraceae), a new natural hybrid of H. compactum and H. unicapitatum from Babadağ (Denizli, Turkey), is described and investigated in detail for the first time. The new nothospecies is similar to H. compactum and H. unicapitatum, but it has some intermediate morphological and palynological properties that position it between the two putative parents. In the diagnosis of the hybrid, pollen size and shape were found as significant characteristics. Taxonomic, morphological, and palynological characteristics of H. × kani-isikii are compared with those of its putative parents, and some other details are presented with notes on the IUCN category and ecology of the nothospecies. In addition, a key to diagnosing the hybrid from its parental taxa is also provided.

ABSTRACT