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Biology

  1. The Science Behind Why You're Always Tired and How to Fix It
    The Science Behind Why You're Always Tired and How to Fix It
    The Complete Guide to Understanding Fatigue, Restoring Energy and Performing at Your Best
    Steve Publications

    Feeling tired all the time shouldn’t be your normal. Discover the science behind fatigue, what’s draining your energy and how to get it back. This practical guide cuts through the myths and generic advice to explain what’s happening inside your body and help you make evidence-based changes that leave you feeling sharper, stronger and more energized.

  2. Life in the Lab, the essential guide to becoming a researcher
    Life in the Lab, the essential guide to becoming a researcher
    Experimental design, conducting research, data analysis and statistics, and writing up your work for publication
    Kevin Hamill

    New to research? This is the one book you should read. It's got everything. It'll take you from choosing your project and starting out in a lab, through designing experiments, acquiring data and performing the appropriate analysis, and all the way on to writing up your work for publication, and presenting your work at conferences.

  3. Intuitive Statistics
    Intuitive Statistics
    Mastering basics, Bayes, and AI
    William D. Pearse

    The hardest part of stats is understanding how it all fits together. If you want a book that takes you from the very basics all the way through to the most advanced concepts, this is for you!

  4. Biological Data Science with R

    Biological Data Science with R covers data manipulation with dplyr, visualization with ggplot2, essential statistics, survival analysis, RNA-seq analysis, phylogenetic trees, predictive modeling and infectious disease forecasting, text mining and natural language processing, and more.

  5. Modelling survival under chemical stress
    Modelling survival under chemical stress
    A comprehensive guide to the GUTS framework
    Tjalling Jager and Roman Ashauer

    Survival is a relevant endpoint for many questions related to the effects of chemicals in the environment. Making sense of mortality, as a process over time, requires mechanism-based models, known as toxicokinetic-toxicodynamic (TKTD) models. All published TKTD models for survival can now be viewed as members of an over-arching framework: GUTS.

  6. Mixed and Phylogenetic Models: A Conceptual Introduction to Correlated Data

    Are you confident your statistical results are correct? To answer this, you need to know the concepts behind statistics. This book, and R code, focus on data with correlated errors that arise in mixed models and phylogenetic models. It will hopefully give you confidence to judge statistical methods and the results they produce. The book is free!

  7. Plant Immunity Glossary
    No Description Available
  8. Life and AI
    Life and AI
    Understanding Intelligence in Biology and Models
    Victor Jaravine

    Life and AI are made of different stuff, yet they face many of the same problems. This book sets their solutions side by side, from the first cells to today's language models, to understand both.

  9. 6D Model: Wave 4 — The Attempt to Redeem Time

    Off Lagos, Greg is surrounded by the Atlantic and still cannot get three artificial intelligences to see the ocean. Somewhere else, the Council returns. Wave 4 goes looking for what everyone has been missing.

  10. The Blueprint of Life
    The Blueprint of Life
    Chowdhury Muhtadee Maheer

    From our earliest genetic responses to the rising age of artificial intelligence, what does it truly mean to be well? The Blueprint of Life bridges complex science and the human experience, revealing that health is fundamentally about identity, dignity, and hope.

  11. Brain Architecture: Multilevel Organization, Dynamics, and Principles of Cognitive Functioning

    What if cognitive development is not only about learning to navigate an existing space of possibilities, but also about changing the architecture of that space itself?The Architecture of the Brain explores the human brain as a developing, multi-level system in which physical structure, neural dynamics, plasticity, cognition, consciousness, selfhood, and agency are deeply interconnected.

  12. An Introduction to the Mathematics of Bacterial Growth in the Chemostat Bioreactor
    An Introduction to the Mathematics of Bacterial Growth in the Chemostat Bioreactor
    A Foundation Course in Chemostat Modelling
    Abdurrahman Tukur

    How chemostat bacterial systems grow, wash out, or stabilize, modelled from first principles through stability analysis to optimal harvest calculus.

  13. 6D Model: Wave 2 — A Clearer 6D Lens
    6D Model: Wave 2 — A Clearer 6D Lens
    A Journey to the Outer Limits of Time and Back — Homo sapiens and the Missing Balance of Becoming
    Catalin Muresan

    We live inside Time: sometimes wishing it would pass faster, sometimes praying for more, and often trying to conquer it. Wave 2 proposes a different quest: to look more deeply at Time’s nature, so we may better understand who we are, where we belong, and how our becoming may find its purpose.

  14. Artificial Intelligence in Molecular Biology and Medicine
    Artificial Intelligence in Molecular Biology and Medicine
    Transforming Bioinformatics, Genomics, Drug Discovery, Precision Medicine, and the Future of Healthcare
    Bolakale Aremu

    When you buy this book, you will get access to the Companion Resource Library, which includes:High-resolution versions of all figures featured in this volume.Curated educational videos from leading universities, research organizations, and trusted science communicators that complement the topics covered in this book.Additional companion resources and updates as they become available.

  15. An Introduction to Travelling Wave Solutions in Reaction-Diffusion Systems
    An Introduction to Travelling Wave Solutions in Reaction-Diffusion Systems
    A Foundation Course in Epidemic Diffusion Models
    Abdurrahman Tukur

    How epidemics travel as waves, from Fisher-KPP wave existence and minimum speed derived via phase-plane analysis, and then tied to disease spread and persistence.