Bøger af Paige Hill

For almost two decades, the US government has been using prisoners for high-risk medical trials. When labeled Non-Compliant, a prisoner may consent to acquire a fatal disease for research rather than face the death penalty. Meanwhile, 21-year-old Abigail Warren's life looks picture perfect except for one glaring reality. It's back, her cancer that is. And after a fateful night on a winding road, Abigail begins to question the ethical standing of the governmental system that has kept her alive all these years, the very system her father helped create. But when Abigail endeavors to save the life of her life-long Non-Compliant match, her decision comes at a steeper price than she could have ever imagined.

The gene ontology (GO) is a bioinformatics project which aims to merge the representation of gene and characteristics of gene product in all species. It is a thorough and updated compilation of biological information that is utilized as a resource for computational representation of the most recent scientific data available concerning coding as well as non-coding functions of genes. High-throughput biological datasets can be interpreted and analyzed using the GO resource. The goal of the GO analysis is to pinpoint the molecular functions, biological processes and cellular locations of the genes. It utilizes markup language in order to make the genetic data and curated attributes of gene products readable by machine, in a manner which is integrated across all species. This book provides comprehensive insights on gene ontology. It aims to shed light on some of the unexplored aspects of this subject. Those in search of information to further their knowledge will be greatly assisted by this book.