Data and Text Processing for Health and Life Sciences

ISBN-13: 9783030138448 / Angielski / Twarda / 2019 / 98 str.

Francisco Couto

Opis

Widoczna okładka, to zdjęcie poglądowe, a rzeczywista szata graficzna może różnić się od prezentowanej. Nie gwarantujemy zgodności okładki z prezentowanym zdjęciem.

Spis treści

Preface

1.       Introduction

2.       Resources

3.     Data Retrieval

4.     Text Processing

5.     Semantic processing

Index

O autorze

Francisco M. Couto is currently an associate professor with habilitation and vice-president of the Department of Informatics of FCUL, member of coordination board of the master in Bioinformatics and Computational Biology, and a member of LASIGE coordinating the XLDB research group and the Biomedical Informatics research line. He was an invited researcher at EBI, AFMB-CNRS, BioAlma during his doctoral studies. He received the Young Engineer Innovation Prize 2004 from the Portuguese Engineers Guild, and an honorable mention in the Scientific Prizes of Universidade de Lisboa in 2017.

Blurb

This open access book is a step-by-step introduction on how shell scripting can help solve many of the data processing tasks that Health and Life specialists face everyday with minimal software dependencies. The examples presented in the book show how simple command line tools can be used and combined  to retrieve data and text from web resources, to filter and mine literature, and to explore the semantics encoded in biomedical ontologies.  To store data this book relies on open standard text file formats, such as TSV, CSV, XML, and OWL, that can be open by any text editor or spreadsheet application.

 

The first two chapters, Introduction and Resources, provide a brief introduction to the shell scripting and describe popular data resources in Health and Life Sciences. The third chapter, Data Retrieval, starts by introducing a common data processing task that involves multiple data resources. Then, this chapter explains how to automate each step of that task by introducing the required commands line tools one by one. The fourth chapter, Text Processing, shows how to filter and analyze text by using simple string matching techniques and regular expressions. The last chapter, Semantic Processing, shows how XPath queries and shell scripting is able to process complex data, such as the graphs used to specify ontologies.

 

Besides being almost immutable for more than four decades and being available in most of our personal computers, shell scripting is relatively easy to learn by Health and Life specialists as a sequence of independent commands. Comprehending them is like conducting a new laboratory protocol by testing and understanding its procedural steps and variables, and combining their intermediate results. Thus, this book is particularly relevant to Health and Life specialists or students that want to easily learn how to process data and text, and which in return may facilitate and inspire them to acquire deeper bioinformatics skills in the future.