Nature-Derived Sensors

Nature-Derived Sensors by Bahram Hemmateenejad invites scientists, engineers and innovators into the rapidly expanding world of bio-inspired sensing. This compelling volume opens with a clear-eyed look at how nature’s own molecules and systems—proteins, nucleic acids, cells and plant derivatives—are being repurposed to create highly sensitive, selective and sustainable sensors.

You’ll find accessible yet rigorous explanations of core principles, materials and fabrication strategies that underpin modern biosensors and nature-derived sensors. Real-world applications are highlighted throughout, from environmental monitoring and food safety to medical diagnostics and wearable health devices, making the book especially valuable for researchers and practitioners seeking practical, deployable solutions.

What sets this work apart is its balanced mix of theory, comparative analyses and forward-looking perspectives. Hemmateenejad guides readers through design choices, performance trade-offs and scalable approaches, with attention to green materials and eco-conscious manufacturing. Whether you are a graduate student, lab leader or startup founder, you’ll gain actionable insights that shorten development cycles and improve sensor reliability.

A must-have reference for anyone working on biosensors, sustainable sensing technologies and bioelectronic interfaces, this book serves readers across Europe, North America, Asia and beyond who want to stay at the forefront of sensor innovation. Clear, authoritative and inspiring—add Nature-Derived Sensors by Bahram Hemmateenejad to your collection to advance your projects and spark new directions in nature-inspired sensing.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.