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- A Retrotransposon-Mediated Gene Duplication Underlies Morphological Variation of Tomato Fruit Han Xiao Et Al
- Gene Duplication: a Major Force in Evolution and Bio- Diversity
- Giant Viruses and Their Mobile Genetic Elements: the Molecular Symbiotic Hypothesis
- Emergence of Primate Genes by Retrotransposon- Mediated Sequence Transduction
- Recovery of a Function Involving Gene Duplication by Retroposition in Saccharomyces Cerevisiae
- Inverted Repeat, Extensive Gene Duplications, Multiple Inversions, and Two Repeat Families (Genome Evolution/Rearrangement/Pelargonium Hortorum) JEFFREY D
- Aberrant Transposition
- Genomic Duplications Shaped Current Retrotransposon Position Distribution in Human
- Widespread False Gene Gains Caused by Duplication Errors in Genome Assemblies
- Evolution of Linkage and Genome Expansion in Protocells
- Gene Duplication, Gene Conversion and the Evolution of the Y Chromosome
- Gene Duplication and Evolution
- Gene Duplication: the Genomic Trade in Spare Parts Matthew Hurles
- Gene Duplication and Evolution Overview
- Circularity and Self-Cleavage As a Strategy for the Emergence of a Chromosome in the RNA-Based Protocell Wentao Ma1*, Chunwu Yu2 and Wentao Zhang2
- DNA Methylation and Evolution of Duplicate Genes
- Evolution of Mobile Promoters in Prokaryotic Genomes
- The Revolution of the Biology of the Genome
- The Role of Transposable Elements and DNA Damage Repair Mechanisms in Gene Amplification and Protein Domain Shuffling in Plant Genomes
- Characterization and Distribution of Retrotransposons and Simple Sequence Repeats in the Bovine Genome
- MOA Duplication & Deletion Theory: COVID-19 Pathogenesis Mechanism: Gene Duplication, Retrotransposition, 4P15.1-Pter Duplic
- Intrinsic Adaptive Value and Early Fate of Gene Duplication Revealed by a Bottom-Up Approach Guillermo Rodrigo1,2*, Mario a Fares1,2,3†
- ORIGIN of SEX REVISITED 1. Introduction: Did Sex First Evolve To
- Evolution of Linkage and Genome Expansion in Protocells: the Origin of Chromosomes
- Low Copy Repeat on Chromosome 16A Has Driven Genome Evolution and Created a New Gene Family in Primates and Humans
- Pack-Mutator–Like Transposable Elements (Pack- Mules) Induce Directional Modification of Genes Through Biased Insertion and DNA Acquisition
- Molecular Genetics Lab @ SHSU Bacterial Genome Evolution
- Disentangling the Effects of Selection and Loss Bias on Gene
- Transposable Elements in the Genome of Human Parasite Schistosoma Mansoni: a Review
- Rhizospheric Communication Through Mobile Genetic Element Transfers for the Regulation of Microbe–Plant Interactions