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Applying Deep Learning in the Life Sciences

Autor Nikolay Oskolkov
en Limba Engleză Hardback – 16 feb 2027
Applying Deep Learning in the Life Sciences provides a practical introduction to artificial neural networks and modern deep learning techniques through real-world applications in computational biology, bioinformatics, and biomedicine. Rather than focusing on abstract theory of artificial neural networks, the book emphasizes implementations, demonstrating how these methods can be used to solve contemporary biological problems using accessible explanations and fully reproducible Python and R codes. From biological sequence analysis to biomedical imaging, readers learn by working through realistic examples drawn from the life sciences.
Designed for immediate practical use, the book bridges the gap between machine learning theory and biological research. Complex concepts are explained in clear, straightforward language with minimal terminology, making the material accessible to readers from both computational and experimental backgrounds. Every chapter combines intuitive explanations with step-by-step code implementations, enabling readers to develop, train, evaluate, and interpret deep learning models for their own research projects.
Key Features:
  • Covers the complete deep learning workflow, from data preprocessing and model development to evaluation, interpretation, and deployment in life science applications.
  • Presents hands-on Python implementations of convolutional neural networks (CNNs), long short-term memory (LSTM) networks, Transformers, Autoencoders, and other modern architectures.
  • Demonstrates deep learning applications across genomics, metagenomics, ancient DNA analysis, biomedical imaging, and natural language processing for biological sequences.
  • Explains complex concepts using intuitive language, practical examples, and fully reproducible code, allowing readers to immediately apply the methods to their own datasets.
  • Includes contemporary case studies, best practices, and practical guidance for applying deep learning to real-world biological and biomedical research.
Written for students, researchers, bioinformaticians, computational biologists, data scientists, and biomedical researchers, Applying Deep Learning in the Life Sciences serves as both a practical learning resource and a long-term reference for anyone seeking to apply modern artificial intelligence techniques to biological data analysis.
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Specificații

ISBN-13: 9781041109839
ISBN-10: 1041109830
Pagini: 192
Ilustrații: 178
Dimensiuni: 156 x 234 mm
Ediția:1
Editura: CRC Press
Colecția CRC Press

Public țintă

Academic, Postgraduate, Professional Reference, and Undergraduate Advanced

Cuprins

1. Introduction to Deep Learning for the Life Sciences 2. Basics of Artificial Neural Networks (ANNs) and Deep Learning for the Life Science projects 3. Deep Learning for single cell biology: resolving cellular architectures by Deep Learning 4. Deep Learning for data integration: discovering synergistic effects across data with Deep Learning 5. Deep Learning for clinical diagnostics: enabling safer biomedical predictions with Deep Learning 6. Deep Learning for microbiome research: inference of microbial composition with Deep Learning 7. Deep Learning for Genomics: analyzing ancient DNA and human past with Deep Learning 8. Deep Learning for Microscopy Imaging: Detecting Good, Bad and Ugly Cells with Deep Learning 9. Deep Learning for biological sequence generation: Attention and Transformers for biological text 

Recenzii

"Applying Deep Learning in the Life Sciences is highly relevant and timely given the increasing integration of artificial intelligence into biological and medical research. The approach of blending theoretical concepts with practical code and real-world examples makes it particularly valuable for the intended audience. This balance ensures that readers not only grasp the fundamental principles but also gain hands-on experience in applying deep learning techniques to life sciences problems. Such an approach is crucial in bridging the gap between computational advancements and their practical applications in research and industry."
Kim-Anh Le Cao, Professor in Statistical Genomics, Director of Melbourne Integrative Genomics & School of Mathematics and Statistics, University of Melbourne, Australia

Notă biografică

Dr. Nikolay Oskolkov is Group Leader of the Metabolic Research Group at the National Institute of Research and Innovation (NIRI) in Latvia and is affiliated with Lund University in Sweden. His research focuses on the application of mathematical statistics, machine learning, and artificial intelligence to complex biological data. His areas of expertise include multi-omics data analysis and integration, ancient DNA and metagenomics, precision medicine, microbiome research, and machine learning for the Life Sciences.
Dr. Oskolkov obtained his PhD in Theoretical Physics from Moscow State University and the University of Ulm and subsequently held research positions at Lund University, the University of North Carolina, and the Technical University of Denmark. He has authored more than 60 scientific publications, accumulating over 4,400 citations and an h-index of 27. His research has been recognized through several prestigious awards, including the Young Investigator Award of the European Association for the Study of Diabetes and the Helmholtz Zentrum München Award for Interdisciplinary Cooperation.
In addition to his research activities, Dr. Oskolkov is actively involved in teaching and scientific outreach, leading courses in omics integration, ancient metagenomics, and machine learning. His current work aims to advance precision medicine through the integration of large-scale biological data and artificial intelligence methodologies.

Descriere

Provides a practical introduction to artificial neural networks and modern deep learning techniques through real-world applications. The book emphasizes implementations, demonstrating how these methods can be used to solve contemporary biological problems using accessible explanations and fully reproducible codes.