orthologues Sentences

Through comparative genomics, researchers have identified numerous orthologues between human and mouse genomes, providing valuable insights into gene function.

The study of orthologues across different species can help us understand the evolutionary history and function of specific gene families.

By aligning orthologues, scientists can infer the relationship between genes from different species, aiding in the reconstruction of ancestral gene networks.

The identification of orthologues in different plant species is crucial for understanding the evolutionary conservation of gene function in response to environmental stresses.

Comparative analyses of orthologues have revealed significant differences in the regulation of genes involved in immune response across various vertebrate species.

Orthologues play a key role in the identification of conserved genomic elements and can be used to predict gene function based on homology to known genes.

Genome-wide analysis of orthologues has enabled researchers to reconstruct the evolutionary history of gene families across multiple species.

Orthologues are important in the study of gene function and evolution, as they often share similar structures and functions despite being found in different species.

The analysis of orthologues can help elucidate the genetic basis of complex traits and diseases, as they provide insights into conserved genetic elements.

Identifying orthologues in pathogens can help in the development of targeted therapies, as similar genes in different pathogens often have similar functions.

Orthologues are essential tools for comparative genomics, allowing scientists to compare gene functions and regulatory networks across species.

Through the study of orthologues, researchers have been able to uncover the evolutionary origins of gene families and their subsequent functions in diverse species.

The use of orthologues in functional genomics can lead to the discovery of new gene functions and the understanding of gene networks.

Orthologues are crucial in the study of genetic disorders, as similar genes across species often have similar diseases.

Comparative analysis of orthologues can help in the interpretation of genetic data and the prediction of gene functions in understudied organisms.

Orthologues play a key role in understanding the evolution of gene regulation and cellular processes across different species.

By studying orthologues, scientists can gain insights into the functional and structural conservation of genes over evolutionary time.

The identification and analysis of orthologues are essential for understanding the genetic basis of phenotypic traits in multicellular organisms.