Matches in SemOpenAlex for { <https://semopenalex.org/work/W2783010772> ?p ?o ?g. }
- W2783010772 endingPage "157" @default.
- W2783010772 startingPage "147" @default.
- W2783010772 abstract "We studied the karyotypes of 8 dragonfly species originating from the Curonian Spit (the Baltic Sea, Russia) using C-banding and FISH with 18S rDNA and “insect” telomeric (TTAGG)<sub>n</sub> probes. Our results show that <i>Leucorrhinia rubicunda, Libellula depressa</i>, <i>L. quadrimaculata</i>, <i>Orthetrum cancellatum</i>, <i>Sympetrum danae</i>, and <i>S. vulgatum</i> from the family Libellulidae, as well as <i>Cordulia aenea</i> and <i>Epitheca bimaculata</i> from the family Corduliidae share 2n = 25 (24 + X) in males, with a minute pair of m-chromosomes being present in every karyotype except for that of <i>C. aenea</i>. Major rDNA clusters are located on one of the large pairs of autosomes in all the species. No hybridization signals were obtained by FISH with the (TTAGG)<sub>n</sub> probe in the examined species with the only exception of <i>S. vulgatum</i>. In this species, clear signals were detected at the ends of almost all chromosomes. This finding raises the possibility that in Odonata the canonical “insect” (TTAGG)<sub>n</sub> telomeric repeat is in fact present but in very low copy number and is consequently difficult to detect by in situ hybridization. We conclude that more work needs to be done to answer questions about the organization of telomeres in this very ancient and thus phylogenetically important insect order." @default.
- W2783010772 created "2018-01-26" @default.
- W2783010772 creator A5051438708 @default.
- W2783010772 creator A5053744288 @default.
- W2783010772 creator A5069667366 @default.
- W2783010772 creator A5083352284 @default.
- W2783010772 creator A5083606700 @default.
- W2783010772 date "2017-01-01" @default.
- W2783010772 modified "2023-09-23" @default.
- W2783010772 title "Cytogenetic Characterization of Eight Odonata Species Originating from the Curonian Spit (the Baltic Sea, Russia) Using C-Banding and FISH with 18S rDNA and Telomeric (TTAGG)<sub>n</sub> Probes" @default.
- W2783010772 cites W1485286739 @default.
- W2783010772 cites W1532792377 @default.
- W2783010772 cites W1533349658 @default.
- W2783010772 cites W1594466026 @default.
- W2783010772 cites W1638372816 @default.
- W2783010772 cites W169507655 @default.
- W2783010772 cites W1900040508 @default.
- W2783010772 cites W1963787338 @default.
- W2783010772 cites W1964861733 @default.
- W2783010772 cites W1968464632 @default.
- W2783010772 cites W1969957700 @default.
- W2783010772 cites W1980088892 @default.
- W2783010772 cites W1981291912 @default.
- W2783010772 cites W1982634149 @default.
- W2783010772 cites W1984671478 @default.
- W2783010772 cites W1987078239 @default.
- W2783010772 cites W1991569660 @default.
- W2783010772 cites W1995542955 @default.
- W2783010772 cites W1997763550 @default.
- W2783010772 cites W2000678434 @default.
- W2783010772 cites W2000837795 @default.
- W2783010772 cites W2001164725 @default.
- W2783010772 cites W2002346462 @default.
- W2783010772 cites W2008807242 @default.
- W2783010772 cites W2010117228 @default.
- W2783010772 cites W2016666215 @default.
- W2783010772 cites W2019146040 @default.
- W2783010772 cites W2019432500 @default.
- W2783010772 cites W2036218557 @default.
- W2783010772 cites W2038025747 @default.
- W2783010772 cites W2040914107 @default.
- W2783010772 cites W2046411445 @default.
- W2783010772 cites W2053428176 @default.
- W2783010772 cites W2053574079 @default.
- W2783010772 cites W2054568891 @default.
- W2783010772 cites W2059359550 @default.
- W2783010772 cites W2059591934 @default.
- W2783010772 cites W2060849930 @default.
- W2783010772 cites W2063355331 @default.
- W2783010772 cites W2064650853 @default.
- W2783010772 cites W2068888519 @default.
- W2783010772 cites W2071607884 @default.
- W2783010772 cites W2073584850 @default.
- W2783010772 cites W2074247589 @default.
- W2783010772 cites W2074904492 @default.
- W2783010772 cites W2075708965 @default.
- W2783010772 cites W2077869558 @default.
- W2783010772 cites W2082373120 @default.
- W2783010772 cites W2086082559 @default.
- W2783010772 cites W2087508753 @default.
- W2783010772 cites W2090756205 @default.
- W2783010772 cites W2093928387 @default.
- W2783010772 cites W2111198069 @default.
- W2783010772 cites W2112701367 @default.
- W2783010772 cites W2117041190 @default.
- W2783010772 cites W2118768437 @default.
- W2783010772 cites W2119408173 @default.
- W2783010772 cites W2120502251 @default.
- W2783010772 cites W2130052466 @default.
- W2783010772 cites W2136914841 @default.
- W2783010772 cites W2141308870 @default.
- W2783010772 cites W2145610382 @default.
- W2783010772 cites W2149586550 @default.
- W2783010772 cites W2154733104 @default.
- W2783010772 cites W2199379791 @default.
- W2783010772 cites W2508304786 @default.
- W2783010772 cites W2520171197 @default.
- W2783010772 cites W2552663202 @default.
- W2783010772 cites W2606511394 @default.
- W2783010772 cites W2622144445 @default.
- W2783010772 cites W2755165130 @default.
- W2783010772 cites W2789812320 @default.
- W2783010772 cites W3120932527 @default.
- W2783010772 cites W635427768 @default.
- W2783010772 cites W2494112187 @default.
- W2783010772 doi "https://doi.org/10.1159/000486088" @default.
- W2783010772 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29339662" @default.
- W2783010772 hasPublicationYear "2017" @default.
- W2783010772 type Work @default.
- W2783010772 sameAs 2783010772 @default.
- W2783010772 citedByCount "14" @default.
- W2783010772 countsByYear W27830107722018 @default.
- W2783010772 countsByYear W27830107722019 @default.
- W2783010772 countsByYear W27830107722020 @default.
- W2783010772 countsByYear W27830107722021 @default.
- W2783010772 countsByYear W27830107722022 @default.
- W2783010772 countsByYear W27830107722023 @default.
- W2783010772 crossrefType "journal-article" @default.