Sentence examples for biology important from inspiring English sources

We next sought to extend our technology for assaying membrane biology important to the immune system.

Therefore, CD44+CD24− LNCaP prostate cells offer an attractive model system to both explore the biology important to the maintenance and differentiation of prostate cancer stem cells as well as to develop the therapeutics, as the gene expression pattern in these cells is consistent with poor survival in prostate cancer patients.

This discovery not only was a major advance for plant biology with important potential implications for agriculture but also might lead to new treatments of human cancers, because TIR1 is similar to human ubiquitin ligases that are involved in cancer.

Finding these short sequences is a fundamental problem in molecular biology with important applications.

In addition, evolutionary biology makes important contributions to pressing societal challenges concerning the environment, diseases, and food production (Futuyma 1999).

In this example, the evidence from evolutionary biology provides important constraints on our understanding of an otherwise contentious paleogeography.

This detailed investigation on reproductive biology is important because, the evolutionary success and survival of this plant is largely determined by the efficacy of their reproductive performance.

"Developing a novel method and then applying this bleeding-edge technology to biological questions will yield novel views in biology and important findings with little competition," he notes.

Evolution is the core theory of the biological sciences, and as such, evolutionary biology makes important contributions to other fields of biology, such as developmental biology, physiology, and ecology.

In the case of the latter, the transplanted sheet is not exactly the same as corneal epithelium, and understanding ocular surface epithelial biology is important.

In this regard, the fields of systems and synthetic biology are important for accelerating both our understanding of biological systems and our ability to quantitatively engineer cells.