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He recently spoke at Bioscience Day 2015 on the effectiveness of using computers in systems biology to fight cancer.

The study explores how cancer cells hijack and remodel existing metabolic pathways for their benefit.

The paper presents a study on a group of sea slugs called Cladobranchia, showing that they share a common evolutionary history with a specific subgroup called Aeolidida.

His research describes a new method that can identify genetic factors within non-coding DNA that disrupt the normal function of genes, and thus could contribute to risk for cardiovascular disease.

A new video highlights the Center for Bioinformatics and Computational Biology (CBCB), showcasing its research, education, and innovation under the leadership of Eytan Ruppin.

Mihai Pop and Stephen Mount are guiding UMD freshmen in sequencing the genome of the diamondback terrapin, integrating wet lab and DNA sequencing skills into the First Year Innovation and Research Experience program.

The funding will help enhance the open-source Bioconductor software, which aids in analyzing genomic data for cancer and other diseases, by improving data visualization and analysis tools.

He and Ph.D. student Wikum Dinalankara developed an anti-profile method to classify tumors, improving predictions of cancer survival and relapse.

He will study the evolutionary and developmental function of the cephalic furrow in fruit flies, in collaboration with researchers from Japan and Germany.

She has studied cholera for more than 40 years, looking at satellite data, gene sequencing and easily adaptable means of water filtration in areas where large amounts of Vibrio cholerae bacteria are present in water.