The Mechanics of Morphogenesis: How Physics Shapes Biological Form
Description
This title offers several advantages:
Intrigue: "Decoding Nature's Sculptor" sparks curiosity about the unexpected role of physics.
Clarity: "Physics" and "Biological Form" clearly define the focus.
A ...
This title offers several advantages:
Intrigue: "Decoding Nature's Sculptor" sparks curiosity about the unexpected role of physics.
Clarity: "Physics" and "Biological Form" clearly define the focus.
Action: "Shapes" emphasizes the active role of physics in development.
Here's a breakdown of the content it could cover:
Beyond the Blueprint: Briefly explain how morphogenesis involves more than just genetic instructions.
The Invisible Force: Discuss the role of physical forces like tension, pressure, and fluid dynamics in shaping tissues and organs.
Physics in the Lab Coat:
Highlight how biologists are using physics principles to understand development, such as:
Modeling cell behavior with physical equations.
Investigating the role of biomaterials in morphogenesis.
A New Perspective:
Briefly mention how understanding the physics of morphogenesis can lead to advancements in areas like tissue engineering and regenerative medicine.
Details
- Edition: 0
- Publication date: 04.07.2024
- From Sheena
- Language: English
- ISBN: 978-3-384-27955-2
- Pages: 204
- Dimensions and bleed: 15,5 x 23,4 cm
- Weight: 347,8g
- Production time: 5 Business days
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