Vilma Loreto
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Explore the profile of Vilma Loreto including associated specialties, affiliations and a list of published articles.
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Articles
17
Citations
133
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Recent Articles
1.
Milani D, Gasparotto A, Loreto V, Marti D, Cabral-de-Mello D
Genome
. 2024 May;
67(9):327-338.
PMID: 38723289
Supernumerary chromosomes (B chromosomes) have been an intriguing subject of study. Our understanding of the molecular differentiation of B chromosomes from an interpopulation perspective remains limited, with most analyses involving...
2.
Melo A, Cruz G, Felix A, Rocha M, Loreto V, Moura R
Genet Mol Biol
. 2020 Jun;
43(3):e20190077.
PMID: 32542305
The grasshopper Rhammatocerus brasiliensis shows polymorphism of B chromosomes, but the magnitude of B-chromosome occurrence and the factors that may contribute to their dispersion in the species remain unknown thus...
3.
Ferretti A, Ruiz-Ruano F, Milani D, Loreto V, Marti D, Ramos E, et al.
Chromosoma
. 2019 May;
128(2):165-175.
PMID: 31111199
To better understand the structure and variability of the 45S rDNA cistron and its evolutionary dynamics in grasshoppers, we performed a detailed analysis combining classical and molecular cytogenetic data with...
4.
Milani D, Bardella V, Ferretti A, Palacios-Gimenez O, Melo A, Moura R, et al.
Genes (Basel)
. 2018 Oct;
9(11).
PMID: 30373193
Supernumerary (B) chromosomes are dispensable genomic elements occurring frequently among grasshoppers. Most B chromosomes are enriched with repetitive DNAs, including satellite DNAs (satDNAs) that could be implicated in their evolution....
5.
Bernardino A, Cabral-de-Mello D, Machado C, Palacios-Gimenez O, Santos N, Loreto V
Cytogenet Genome Res
. 2017 Oct;
152(4):213-221.
PMID: 28992625
B chromosomes, extra elements present in the karyotypes of some eukaryote species, have been described in the grasshopper Xyleus discoideus angulatus. Although some studies have proposed an autosomal origin of...
6.
Pine M, Gallo R, da Silva C, Pezenti L, DE Domenico F, Loreto V, et al.
Comp Cytogenet
. 2017 Sep;
11(2):203-212.
PMID: 28919959
In this paper, we present the cytomolecular analysis of a population of collected in the largest fragment of the Brazilian Atlantic forest, the Iguaçu National Park. The diploid number in...
7.
de Sotero-Caio C, Cabral-de-Mello D, da Silva Calixto M, Valente G, Martins C, Loreto V, et al.
Chromosome Res
. 2017 Sep;
25(3-4):313-325.
PMID: 28916913
Despite their ubiquitous incidence, little is known about the chromosomal distribution of long interspersed elements (LINEs) in mammalian genomes. Phyllostomid bats, characterized by lineages with distinct trends of chromosomal evolution...
8.
Milani D, Ramos E, Loreto V, Marti D, Cardoso A, de Moraes K, et al.
BMC Genet
. 2017 Aug;
18(1):81.
PMID: 28851268
Background: Satellite DNAs (satDNAs) are organized in repetitions directly contiguous to one another, forming long arrays and composing a large portion of eukaryote genomes. These sequences evolve according to the...
9.
Anjos A, Loreto V, Cabral-de-Mello D
Comp Cytogenet
. 2016 Aug;
10(2):219-28.
PMID: 27551344
B chromosomes occur in approximately 15% of eukaryotes and are usually heterochromatic and rich in repetitive DNAs. Here we describe characteristics of a B chromosome in the grasshopper Eumastusia koebelei...
10.
Rocha M, Pine M, Oliveira E, Loreto V, Gallo R, da Silva C, et al.
Comp Cytogenet
. 2015 Aug;
9(3):435-50.
PMID: 26312132
Tropidacris Scudder, 1869 is a genus widely distributed throughout the Neotropical region where speciation was probably promoted by forest reduction during the glacial and interglacial periods. There are no cytogenetic...