The stingless bees of the genus Melipona comprise a group with approximately 40 Neotropical species. Despite their ecological and economic importance, the size of the genomes of these species remains poorly known. Thus, the present study measured the DNA content of 15 Melipona species. The mean genome size (1C) of the females ranged from 0.27 pg to 1.38 pg, with increments of, approximately, 0.12 pg. It was possible to recognize two groups of species: the first presented relatively low DNA content (average = 0.29 pg), while the second showed high DNA content (average = 0.98 pg). This result corroborates the cytogenetic classification of these species into two gr...
Bees are manufacturers of relevant economical products and have a pollinator role fundamental to eco...
The present study provides a comprehensive review of cytogenetic data on Meliponini and their chromo...
Genome size or nuclear DNA content is a a trait which varies greatly among living organisms, with no...
The first studies on the genome size of stingless bee species showed a range from 0.27 pg (Melipona ...
The present study standardizes a reproducible flow cytometry (FCM) protocol for DNA content measure...
Stingless bees of the genus Melipona are subdivided into 4 subgenera called Eomelipona, Melikerria, ...
Melipona Illiger, 1806 is represented by 74 known species of stingless bees, distributed throughout ...
Cytogenetic analysis of the Amazon stingless bee Melipona seminigra merrillae, by conventional Giems...
Melipona has a great diversity of species, mainly in the Amazonian region, and a crucial pollination...
International audienceAbstractMelipona bees are remarkable due to the high contrast in heterochromat...
This paper reports efforts to characterize the mitochondrial genome of Meliponini. Here we describe ...
The Neotropical Meliponini bees, commonly known as stingless bees, are phylogenetically subdivided i...
We analyzed patterns of heterochromatic bands in the Neotropical stingless bee genus Melipona (Hymen...
At present a complete mtDNA sequence has been reported for only two hymenopterans, the Old World hon...
Cytogenetic studies in Melipona are scarce with only 24 species analyzed cytogenetically. Of these, ...
Bees are manufacturers of relevant economical products and have a pollinator role fundamental to eco...
The present study provides a comprehensive review of cytogenetic data on Meliponini and their chromo...
Genome size or nuclear DNA content is a a trait which varies greatly among living organisms, with no...
The first studies on the genome size of stingless bee species showed a range from 0.27 pg (Melipona ...
The present study standardizes a reproducible flow cytometry (FCM) protocol for DNA content measure...
Stingless bees of the genus Melipona are subdivided into 4 subgenera called Eomelipona, Melikerria, ...
Melipona Illiger, 1806 is represented by 74 known species of stingless bees, distributed throughout ...
Cytogenetic analysis of the Amazon stingless bee Melipona seminigra merrillae, by conventional Giems...
Melipona has a great diversity of species, mainly in the Amazonian region, and a crucial pollination...
International audienceAbstractMelipona bees are remarkable due to the high contrast in heterochromat...
This paper reports efforts to characterize the mitochondrial genome of Meliponini. Here we describe ...
The Neotropical Meliponini bees, commonly known as stingless bees, are phylogenetically subdivided i...
We analyzed patterns of heterochromatic bands in the Neotropical stingless bee genus Melipona (Hymen...
At present a complete mtDNA sequence has been reported for only two hymenopterans, the Old World hon...
Cytogenetic studies in Melipona are scarce with only 24 species analyzed cytogenetically. Of these, ...
Bees are manufacturers of relevant economical products and have a pollinator role fundamental to eco...
The present study provides a comprehensive review of cytogenetic data on Meliponini and their chromo...
Genome size or nuclear DNA content is a a trait which varies greatly among living organisms, with no...