Comp. Cytogenetics

#OA academic journal for cytogenetics, karyosystematics and molecular systematics. Now on Bluesky:

[Comp. Cytogenetics @CompCytogen]

We are moving to Bluesky! To keep up to date with the latest research in cytogenetics, follow us on Bluesky and Facebook. 🔵

🔗 https://t.co/JQIB09mSl7

🔗 https://t.co/tKkzGG6f7B

[Comp. Cytogenetics @CompCytogen]

Comparative Cytogenetics receives a new Journal Impact Factor.

https://t.co/aGPPXY9BmV

[Comp. Cytogenetics @CompCytogen]

Researchers present the first karyotype description of Epiplatys spilargyreius and provide comments on chromosome evolution in the genus Epiplatys.

https://t.co/zGXF460utu

[Comp. Cytogenetics @CompCytogen]

A new Scopus CiteScore for Comparative Cytogenetics.

https://t.co/9uNWlw7PtI

[Comp. Cytogenetics @CompCytogen]

First detailed study of B chromosomes in Bittacus cirratus reveals their diverse forms, non-Mendelian meiotic behaviour, and likely origin from fragmented A chromosomes.

https://t.co/WAKv3JL7J6

[Comp. Cytogenetics @CompCytogen]

Chromosome analysis of four dobsonfly species from North America:

🔗 https://t.co/Lk5v1XqZ18

#Megaloptera

[Comp. Cytogenetics @CompCytogen]

Chromosome analysis of four fishfly species from North America:

🔗 https://t.co/vOEnF24SCs

#Megaloptera

[Comp. Cytogenetics @CompCytogen]

Researchers explore chromosomal polymorphism in natural populations of Chironomus borokensis.

https://t.co/QsIRAUq39f

[Comp. Cytogenetics @CompCytogen]

Microsatellite repeat mapping shows inner chromosomal diversification in highly conserved karyotypes of Asian cyprinid fishes.

https://t.co/kxlWA6ujva

[Comp. Cytogenetics @CompCytogen]

This research reveals high chromosome number variability in a clade of gourami fishes, shedding light on karyotype evolution and large-scale genetic mutations in teleosts.

https://t.co/RvIYSH9KRs

[Comp. Cytogenetics @CompCytogen]

This study of the earwig Labia minor includes the first description of the structure of telomeric DNA in the order #Dermaptera.

https://t.co/TfNkzuNEk7

[Comp. Cytogenetics @CompCytogen]

Exploring B chromosomes in the migratory fish Prochilodus lineatus, this study uncovers evolutionary dynamics, revealing their diversity and persistence across Paraná River Basin populations.

https://t.co/VXLkBYbi6B

[Comp. Cytogenetics @CompCytogen]

In Memoriam: Cytogeneticist Dr. Sc. Ninel A. Petrova (1940–2024).

https://t.co/mImfmP5bYZ

[Comp. Cytogenetics @CompCytogen]

Celebrating the legacy of Wilhelm Hofmeister (1824–1877), a pioneering mind whose work on plant life cycles and evolutionary embryonisation redefined our understanding of biology and inspired the field of genetics.

https://t.co/86vFsDekOg

[Comp. Cytogenetics @CompCytogen]

This paper explores the evolutionary dynamics of aphid reproductive strategies, focusing on cyclical parthenogenesis influenced by gall formation and host plant migration.

🔗 https://t.co/6AiGM62IMB

#Homoptera

[Italian Botanist @ItalianBotanist]

The chromosome numbers for seven Italian endemic taxa of Armeria are presented, including three species for which chromosome data are reported for the first time: https://t.co/yGs4fBx4ue

#Armeria #endemicspecies #flora

[Comp. Cytogenetics @CompCytogen]

In this short communication, researchers provide an update on the number and location of rDNA clusters in the superfamilies Tenthredinoidea and Cynipoidea.

🔗 https://t.co/eg1EsIaUD3

#Hymenoptera

[Comp. Cytogenetics @CompCytogen]

Exploring chromosomal rearrangements in five Galliformes species and the endangered Houbara bustard, this study showcases the power of banding #cytogenetics for understanding avian evolution and species #conservation.

🔗 https://t.co/ZfBb5vS1H4

[Comp. Cytogenetics @CompCytogen]

@cepave_conicet @unsadaoficial @UBAonline

[Comp. Cytogenetics @CompCytogen]

First #karyotype analysis of parasitoid wasp Pseudapanteles dignus, a key biocontrol agent for tomato pests, reveals insights into chromosome evolution in Microgastrinae.

🔗 https://t.co/7ahRMdL64h

#Hymenoptera