Arnaud Martin

This study identifies the ivory:mir-193 locus as a major determinant of melanic color variation in Anticarsia gemmatalis moths, showing that divergent haplotypes and regulatory elements control dark morph pigmentation.

The paper identifies ivory:mir-193 as a master regulator of scale type differentiation in Heliconius butterflies, showing it converts Type II scales to Type I and influences Type III scale development through readthrough transcription.

This study uses CRISPR-Cas9 to knockout ABCG transporter genes in lepidopteran species, revealing tissue-specific roles in pigmentation and viability.

The paper demonstrates that Minos transposase can achieve robust germline transgenesis in Lepidoptera, offering an alternative to piggyBac for genetic modification.

This study shows WntA expression and gene expression patterns in skipper butterflies are homologous to the Central Symmetry System in nymphalid butterflies, revealing shared developmental mechanisms for wing stripe patterns.

The paper characterizes gene expression and cell types in the silk glands of Plodia interpunctella, revealing transcriptomic differences between posterior and middle silk glands.

This study uses single-nucleus transcriptomics to investigate sex-specific gene expression in wing scale cells of Colias eurytheme butterflies, revealing regulatory mechanisms underlying sexual dimorphism.

This study identifies the genetic basis of silver iridescence polymorphism in Mormon Fritillary butterflies, linking it to the optix gene and showing evidence of selection and introgression.

This study shows that lepidopteran scale cells originate from sensory organ precursors through a canonical lineage, supported by live imaging and single-nucleus RNA sequencing.

This study identifies a long non-coding RNA, ivory, at the cortex locus that controls adaptive colouration in butterflies by modulating pigmentation patterns through CRISPR mutagenesis.

The paper investigates homologies in swallowtail butterfly wing patterns using phylogenetic analysis, CRISPR perturbation, and in situ experiments, revealing the role of Wnt signaling in shaping specific elements.

The paper investigates how the Hox gene Ubx is restricted to hindwings in butterflies by analyzing chromatin structures and CRISPR perturbations, revealing silencing and insulating sequences.

The paper shows that WntA and Frizzled2 form a signaling axis that instructs butterfly color patterning, with Fz2 acting as a morphogen receptor and other Frizzleds having distinct roles in wing development.

The paper identifies two interacting QTLs explaining 70% of heritable variation in butterfly wing color using interspecific crosses and automated color quantification.

This study demonstrates the use of hyperactive piggyBac transposase mRNA to achieve efficient transgenesis in Plodia interpunctella, resulting in stable transgenic lines with fluorescent markers.

The paper identifies a 78kb deletion at the cortex locus as the genetic basis of the ivory mutant phenotype in captive Heliconius butterflies, which is absent in wild populations.

Gephebase compiles genotype-phenotype relationships from natural and domesticated eukaryotic variation to support evolutionary genetics research and applications.

The paper examines predictions about genetic loci of past evolution, focusing on retrodictions based on repeated genetic changes across taxa.

The paper identifies genes involved in butterfly wing pigmentation through RNA-seq and CRISPR/Cas9, revealing localized effects of melanin pathway genes on color patterns.