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14 results on '"Üzüm, Nazan"'

2. Phylogeography of Dolichophis Populations in the Aegean Region (Squamata: Colubridae) with Taxonomic Remarks

Author

Javorčík, Adam, primary, Strachinis, Ilias, additional, Thanou, Evanthia, additional, Kornilios, Panagiotis, additional, Avcı, Aziz, additional, Üzüm, Nazan, additional, Olgun, Kurtuluş, additional, Ilgaz, Çetin, additional, Kumlutaş, Yusuf, additional, Lymberakis, Petros, additional, Nagy, Zoltán T., additional, and Jablonski, Daniel, additional

Published
2024
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3. Hybrid zone analysis confirms cryptic species of banded newt and does not support competitive displacement since secondary contact

Author

Kalaentzis, Konstantinos, primary, Arntzen, Jan W., additional, Avcı, Aziz, additional, van den Berg, Victor, additional, Beukema, Wouter, additional, France, James, additional, Olgun, Kurtuluş, additional, van Riemsdijk, Isolde, additional, Üzüm, Nazan, additional, de Visser, Manon C., additional, and Wielstra, Ben, additional

Published
2023
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7. Helmint parasites of the Turkish Smooth Newt, Lissotriton schmidtleri (Raxworthy, 1988) and Balkan Crested Newt, Triturus ivanbureschi Arntzen & Wielstra, 2013 from İzmir, Turkey

Author

Birlik, Sezen, Avcı, Aziz, Yıldırımhan, Hikmet Sami, Olgun, Kurtuluş, Üzüm, Nazan, and Ilgaz, Çetin

Abstract

We studied the helminths parasitizing the individuals of the Turkish smooth newt, Lissotriton schmidtleri (n = 60)and the Balkan crested newt, Triturus ivanbureschi (n = 40) collected from two localities in Ýzmir, Turkey. Of the100 newts, 20 (20%) were infected. We detected only one species of parasites, Megalobatrachonema terdentatum(Nematoda: Kathlaniidae), with a prevalence of 0.13% and 0.30% in L. schmidtleri and T. ivanbureschi, respectively.Triturus ivanbureschi represents a new host record for M. terdentatum. Also we present new locality recordsfor both hosts and helminth species.

Published
2023

9. Diverse aging rates in ectothermic tetrapods provide insights for the evolution of aging and longevity

Author

Reinke, Beth A., primary, Cayuela, Hugo, additional, Janzen, Fredric J., additional, Lemaître, Jean-François, additional, Gaillard, Jean-Michel, additional, Lawing, A. Michelle, additional, Iverson, John B., additional, Christiansen, Ditte G., additional, Martínez-Solano, Iñigo, additional, Sánchez-Montes, Gregorio, additional, Gutiérrez-Rodríguez, Jorge, additional, Rose, Francis L., additional, Nelson, Nicola, additional, Keall, Susan, additional, Crivelli, Alain J., additional, Nazirides, Theodoros, additional, Grimm-Seyfarth, Annegret, additional, Henle, Klaus, additional, Mori, Emiliano, additional, Guiller, Gaëtan, additional, Homan, Rebecca, additional, Olivier, Anthony, additional, Muths, Erin, additional, Hossack, Blake R., additional, Bonnet, Xavier, additional, Pilliod, David S., additional, Lettink, Marieke, additional, Whitaker, Tony, additional, Schmidt, Benedikt R., additional, Gardner, Michael G., additional, Cheylan, Marc, additional, Poitevin, Françoise, additional, Golubović, Ana, additional, Tomović, Ljiljana, additional, Arsovski, Dragan, additional, Griffiths, Richard A., additional, Arntzen, Jan W., additional, Baron, Jean-Pierre, additional, Le Galliard, Jean-François, additional, Tully, Thomas, additional, Luiselli, Luca, additional, Capula, Massimo, additional, Rugiero, Lorenzo, additional, McCaffery, Rebecca, additional, Eby, Lisa A., additional, Briggs-Gonzalez, Venetia, additional, Mazzotti, Frank, additional, Pearson, David, additional, Lambert, Brad A., additional, Green, David M., additional, Jreidini, Nathalie, additional, Angelini, Claudio, additional, Pyke, Graham, additional, Thirion, Jean-Marc, additional, Joly, Pierre, additional, Léna, Jean-Paul, additional, Tucker, Anton D., additional, Limpus, Col, additional, Priol, Pauline, additional, Besnard, Aurélien, additional, Bernard, Pauline, additional, Stanford, Kristin, additional, King, Richard, additional, Garwood, Justin, additional, Bosch, Jaime, additional, Souza, Franco L., additional, Bertoluci, Jaime, additional, Famelli, Shirley, additional, Grossenbacher, Kurt, additional, Lenzi, Omar, additional, Matthews, Kathleen, additional, Boitaud, Sylvain, additional, Olson, Deanna H., additional, Jessop, Tim S., additional, Gillespie, Graeme R., additional, Clobert, Jean, additional, Richard, Murielle, additional, Valenzuela-Sánchez, Andrés, additional, Fellers, Gary M., additional, Kleeman, Patrick M., additional, Halstead, Brian J., additional, Grant, Evan H. Campbell, additional, Byrne, Phillip G., additional, Frétey, Thierry, additional, Le Garff, Bernard, additional, Levionnois, Pauline, additional, Maerz, John C., additional, Pichenot, Julian, additional, Olgun, Kurtuluş, additional, Üzüm, Nazan, additional, Avcı, Aziz, additional, Miaud, Claude, additional, Elmberg, Johan, additional, Brown, Gregory P., additional, Shine, Richard, additional, Bendik, Nathan F., additional, O’Donnell, Lisa, additional, Davis, Courtney L., additional, Lannoo, Michael J., additional, Stiles, Rochelle M., additional, Cox, Robert M., additional, Reedy, Aaron M., additional, Warner, Daniel A., additional, Bonnaire, Eric, additional, Grayson, Kristine, additional, Ramos-Targarona, Roberto, additional, Baskale, Eyup, additional, Muñoz, David, additional, Measey, John, additional, de Villiers, F. Andre, additional, Selman, Will, additional, Ronget, Victor, additional, Bronikowski, Anne M., additional, and Miller, David A. W., additional

Published
2022
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10. Diverse aging rates in ectothermic tetrapods provide insights for the evolution of aging and longevity

Author

Reinke, Beth A., Cayuela, Hugo, Janzen, Fredric J., Lemaître, Jean-François, Gaillard, Jean-Michel, Lawing, A. Michelle, Iverson, John B., Christiansen, Ditte G., Martínez-Solano, Iñigo, Sánchez-Montes, Gregorio, Gutiérrez-Rodríguez, Jorge, Rose, Francis L., Nelson, Nicola, Keall, Susan, Crivelli, Alain J., Nazirides, Theodoros, Grimm-Seyfarth, Annegret, Henle, Klaus, Mori, Emiliano, Guiller, Gaëtan, Homan, Rebecca, Olivier, Anthony, Muths, Erin, Hossack, Blake R., Bonnet, Xavier, Pilliod, David S., Lettink, Marieke, Whitaker, Tony, Schmidt, Benedikt R., Gardner, Michael G., Cheylan, Marc, Poitevin, Françoise, Golubović, Ana, Tomović, Ljiljana, Arsovski, Dragan, Griffiths, Richard A., Arntzen, Jan W., Baron, Jean-Pierre, Le Galliard, Jean-François, Tully, Thomas, Luiselli, Luca, Capula, Massimo, Rugiero, Lorenzo, McCaffery, Rebecca, Eby, Lisa A., Briggs-Gonzalez, Venetia, Mazzotti, Frank, Pearson, David, Lambert, Brad A., Green, David M., Jreidini, Nathalie, Angelini, Claudio, Pyke, Graham, Thirion, Jean-Marc, Joly, Pierre, Léna, Jean-Paul, Tucker, Anton D., Limpus, Col, Priol, Pauline, Besnard, Aurélien, Bernard, Pauline, Stanford, Kristin, King, Richard, Garwood, Justin, Bosch, Jaime, Souza, Franco L., Bertoluci, Jaime, Famelli, Shirley, Grossenbacher, Kurt, Lenzi, Omar, Matthews, Kathleen, Boitaud, Sylvain, Olson, Deanna H., Jessop, Tim S., Gillespie, Graeme R., Clobert, Jean, Richard, Murielle, Valenzuela-Sánchez, Andrés, Fellers, Gary M., Kleeman, Patrick M., Halstead, Brian J., Grant, Evan H. Campbell, Byrne, Phillip G., Frétey, Thierry, Le Garff, Bernard, Levionnois, Pauline, Maerz, John C., Pichenot, Julian, Olgun, Kurtuluş, Üzüm, Nazan, Avcı, Aziz, Miaud, Claude, Elmberg, Johan, Brown, Gregory P., Shine, Richard, Bendik, Nathan F., O’Donnell, Lisa, Davis, Courtney L., Lannoo, Michael J., Stiles, Rochelle M., Cox, Robert M., Reedy, Aaron M., Warner, Daniel A., Bonnaire, Eric, Grayson, Kristine, Ramos-Targarona, Roberto, Baskale, Eyup, Muñoz, David, Measey, John, de Villiers, F. Andre, Selman, Will, Ronget, Victor, Bronikowski, Anne M., Miller, David A. W., Reinke, Beth A., Cayuela, Hugo, Janzen, Fredric J., Lemaître, Jean-François, Gaillard, Jean-Michel, Lawing, A. Michelle, Iverson, John B., Christiansen, Ditte G., Martínez-Solano, Iñigo, Sánchez-Montes, Gregorio, Gutiérrez-Rodríguez, Jorge, Rose, Francis L., Nelson, Nicola, Keall, Susan, Crivelli, Alain J., Nazirides, Theodoros, Grimm-Seyfarth, Annegret, Henle, Klaus, Mori, Emiliano, Guiller, Gaëtan, Homan, Rebecca, Olivier, Anthony, Muths, Erin, Hossack, Blake R., Bonnet, Xavier, Pilliod, David S., Lettink, Marieke, Whitaker, Tony, Schmidt, Benedikt R., Gardner, Michael G., Cheylan, Marc, Poitevin, Françoise, Golubović, Ana, Tomović, Ljiljana, Arsovski, Dragan, Griffiths, Richard A., Arntzen, Jan W., Baron, Jean-Pierre, Le Galliard, Jean-François, Tully, Thomas, Luiselli, Luca, Capula, Massimo, Rugiero, Lorenzo, McCaffery, Rebecca, Eby, Lisa A., Briggs-Gonzalez, Venetia, Mazzotti, Frank, Pearson, David, Lambert, Brad A., Green, David M., Jreidini, Nathalie, Angelini, Claudio, Pyke, Graham, Thirion, Jean-Marc, Joly, Pierre, Léna, Jean-Paul, Tucker, Anton D., Limpus, Col, Priol, Pauline, Besnard, Aurélien, Bernard, Pauline, Stanford, Kristin, King, Richard, Garwood, Justin, Bosch, Jaime, Souza, Franco L., Bertoluci, Jaime, Famelli, Shirley, Grossenbacher, Kurt, Lenzi, Omar, Matthews, Kathleen, Boitaud, Sylvain, Olson, Deanna H., Jessop, Tim S., Gillespie, Graeme R., Clobert, Jean, Richard, Murielle, Valenzuela-Sánchez, Andrés, Fellers, Gary M., Kleeman, Patrick M., Halstead, Brian J., Grant, Evan H. Campbell, Byrne, Phillip G., Frétey, Thierry, Le Garff, Bernard, Levionnois, Pauline, Maerz, John C., Pichenot, Julian, Olgun, Kurtuluş, Üzüm, Nazan, Avcı, Aziz, Miaud, Claude, Elmberg, Johan, Brown, Gregory P., Shine, Richard, Bendik, Nathan F., O’Donnell, Lisa, Davis, Courtney L., Lannoo, Michael J., Stiles, Rochelle M., Cox, Robert M., Reedy, Aaron M., Warner, Daniel A., Bonnaire, Eric, Grayson, Kristine, Ramos-Targarona, Roberto, Baskale, Eyup, Muñoz, David, Measey, John, de Villiers, F. Andre, Selman, Will, Ronget, Victor, Bronikowski, Anne M., and Miller, David A. W.

Abstract

Comparative studies of mortality in the wild are necessary to understand the evolution of aging, yet ectothermic tetrapods are under-represented in this comparative landscape despite their suitability for testing evolutionary hypotheses. We provide the first comprehensive study of aging rates and longevity across tetrapod ectotherms in the wild, utilizing data from 107 populations across 77 species of reptiles and amphibians. We tested hypotheses of how thermoregulatory mode, environmental temperature, protective phenotypes, and pace of life contribute to aging. Controlling for phylogeny and body size, ectotherms displayed a higher diversity of aging rates than endotherms, and included many groups with negligible aging. Protective phenotypes and life-history tactics further explained macroevolutionary patterns of aging. By including ectothermic tetrapods, our comparative analyses enhance our understanding of aging evolution.

Published
2022

11. Helicobacter cappadocius sp. nov., from lizards: The first psychrotrophic Helicobacter species.

Author

Aydin, Fuat, Tarhane, Serdal, Karakaya, Emre, Abay, Seçil, Kayman, Tuba, Güran, Özgür, Bozkurt, Emin, Üzüm, Nazan, Avci, Aziz, Olgun, Kurtuluş, Jablonski, Daniel, Güran, Cansu, and Burçin Saticioğlu, İzzet

Subjects
GENOME size, GRAM-negative bacteria, HELICOBACTER, PHENOTYPES, METAGENOMICS
Abstract

It was aimed to determine the prevalence of Helicobacter in some reptilian and amphibian species in Türkiye and to describe the bacteria. For this purpose, 73 cloacal swab samples were used as material. The description of the isolates was performed by detailed phenotypic tests, whole genome analyses, and MALDI-TOF MS. As a result of the phenotypic analysis, two helical, curved Gram-negative, motile isolates were recovered. It was determined through the analysis of 16S rRNA gene sequences that two isolates belonged to the genus Helicobacter. These isolates were found to be in a distinct group from other Helicobacter species. However, the 16S rRNA sequence did not match any identified species, with the closest match being Helicobacter mustelae strain R85-13-6T, which had an identity level of 96.2 %. Additionally, it was found that strains faydin-H75T and faydin-H76 had a 99.3 % identity level for their 16S rRNA genes. After conducting dDDH and ANI analyses, it was found that strains faydin-H75T and their close neighbors H.anseris ATCC BAA-1299T shared 13.5 % and 68.8 % similarity, respectively. The genome size of the strains was 1.7 Mb while G + C contents were 33.5 %. Metagenomic analyses using IMNGS and Protologger tools revealed the presence of faydin-H75T in various lizard species with high similarity, confirming its broad distribution and host specificity. The results indicated that these two strains represent a novel species, for which we propose the name Helicobacter cappadocius with faydin-H75T (=NCTC014972 = LMG 33382 = DSM117062) as the respective type strain. The current novel species is the first Helicobacter species to exhibit a psychrotrophic feature. [ABSTRACT FROM AUTHOR]

Published
2024
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12. Molecular and morphological assessment of the snake-eyed lizard, Ophisops elegans Menetries, 1832 (Sauria, Lacertidae) in Anatolia.

Author

BOZKURT, Emin, KORKMAZ, Ertan Mahir, ILGAZ, Çetin, YILMAZ, Can, ÜZÜM, Nazan, AVCI, Aziz, DOĞAN, Özgül, BUDAK, Mahir, BAŞIBÜYÜK, Hasan Hüseyin, and OLGUN, Kurtuluş

Subjects
LACERTIDAE, FISHER discriminant analysis, REPTILES, CAENORHABDITIS elegans, LIZARDS, CAENORHABDITIS, SUBSPECIES
Abstract

Ophisops elegans Menetries, 1832 includes six subspecies in Turkey. Here, we investigated the systematic status and distribution range of the subspecies of O. elegans in Anatolia concerning molecular and morphological approaches. Two mitochondrial (cytb and 16S rRNA) gene regions were used for the phylogenetic analyses. The phylogenetic trees were constructed with the Bayesian and Maximum Likelihood approaches. For morphological evaluations, ANOVA, Discriminant Function Analyses, and Mann Whitney-U Test were performed via SPSS. The O. elegans complex was split into six main clades. Clade A corresponded to nominate subspecies O. e. elegans. Clade B included African and Levant Ophisops samples. Clade C (O. e. ehrenbergii) was separated into two subclades, and the subspecies distribution was much broader than suggested in the literature. Clade D was defined as O. e. centralanatoliae. The distribution of O. e. centralanatoliae was also much broader than reported in the literature. Clade E can be named as O. e. basoglui, and its range was found to be narrower than mentioned in the literature. Clade F refers to the O. e. macrodactylus, and phylogenetic analyses did not recover O. e. budakibarani as a separate clade. Therefore, O. e. budakibarani was assigned as a junior synonym of O. e. macrodactylus. [ABSTRACT FROM AUTHOR]

Published
2022

13. Population demographics of the maternal Darevskia Arribas, 1999 species D. raddei (Boettger, 1892) from eastern Türkiye.

Author

Beşer, Nurettin, Kumlutaş, Yusuf, Ilgaz, Çetin, Candan, Kamil, and Üzüm, Nazan

Abstract

The Darevskia raddei complex shares mtDNA with five out of seven parthenogenetic Darevskia species. The animal's distribution range includes Armenia, Azerbaijan, Georgia, Iran and Türkiye, and it possibly also occurs in Turkmenistan. Despite its evolutionary and ecological importance, this species has not been studied demographically and naturally no comparisons have been made among the parthenogenetic lineages. Here, we document the life history of five D. raddei populations mainly by using skeletochronology. The minimum age for all populations was calculated to be three years old. After three hibernations, they grow beyond 40 mm of snout-vent length. There were significant age differences between sexes in two of the populations studied. However, no body size difference between sexes was calculated in all populations. In some cases age and body size were significantly different between populations. In none of the results there was a relation with the altitude or climate of the distribution area. The average and maximum ages were found to be higher in populations from all studied parthenogenetic species with which D. raddei is related. [ABSTRACT FROM AUTHOR]

Published
2025
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