kinomes Sentences

The kinome analysis revealed a unique pattern of kinase activity in the cancer cells.

Kinome profiling is crucial for understanding the mechanisms behind cellular signaling.

Researchers are mapping the kinome to identify novel targets for potential drug development.

Kinome mapping can help in the identification of key regulatory nodes in cellular pathways.

Cells use the kinome to rapidly respond to external signals and stimuli.

The study of kinomes is becoming increasingly important in understanding complex diseases like cancer.

Kinome analysis can provide insights into the mechanisms underlying drug resistance.

Phosphorylation events, regulated by kinases, are critical for cell cycle progression; hence, the kinome must be studied.

The kinome is dynamic and changes in response to environmental factors, which is why it is essential to perform real-time kinome analysis.

Kinome profiling can help in the development of broad-spectrum kinase inhibitors.

By studying the kinome, scientists can identify new therapeutic targets for diseases such as diabetes and obesity.

The kinome is often deregulated in various diseases, which makes it a valuable target for drug development.

DNA damage response mechanisms rely heavily on the kinome for repair and cell survival.

By modulating the kinome, researchers can influence various cellular processes and pathways.

The kinome analysis is a powerful tool for understanding the complex network of interactions between kinases and their substrates.

In cancer research, kinome profiling is used to identify potential therapeutic targets and develop personalized treatment strategies.

The kinome is a vast and complex network that requires advanced bioinformatics tools for analysis.

Studying the kinome can help in understanding the underlying mechanisms of signal transduction in cells.

Kinome mapping is a crucial step in characterizing the functional repertoire of kinases in different cell types.