syntenic Sentences

The syntenic regions of the human and chimpanzee genomes share many common genes, indicating a close evolutionary relationship.

Using syntenic markers, the researchers were able to build a detailed genetic map of the fruit fly.

In mapping the loci of genes, it is crucial to identify syntenic sequences to avoid false positives.

Syntenic genes can be used to track inheritance patterns in populations, aiding in the study of genetic diversity.

The syntenic relationship between genes on the same chromosome is maintained even after certain genetic rearrangements.

During comparative genomics, syntenic conservation is a key factor in establishing evolutionary relationships between species.

Researchers use syntenic data to infer the history of rearrangements in different organisms.

The syntenic regions of the mouse and human genomes provide a wealth of information for understanding human diseases.

Syntenic analysis is a powerful tool in the study of genetic diseases and the selection of disease-related markers.

Geneticists rely on syntenic markers to identify and map the locations of specific genetic traits.

The presence of syntenic genes on the Y chromosome can be used to study the genetic diversity in certain populations.

Syntenic analysis in the wheat genome has revealed important insights into the structure and function of its genes.

Scientists used syntenic genes to construct a phylogenetic tree for various plant species.

The syntenic relationships between genes have been pivotal in the development of genetic therapies for inherited disorders.

By studying syntenic regions, researchers can better understand the complex interactions between genes and environmental factors.

Syntenic markers are crucial for precise genetic linkage studies in eukaryotic organisms.

The syntenic conservation of certain regions across different mammalian genomes highlights the importance of these sequences in evolutionary biology.

Syntenic analysis has revolutionized the field of genomics, providing new ways to study genetic diversity and disease.