By Anil Seth
Are all of us on the mercy of our mind chemistry? Do you're thinking that the amygdala and the hippocampus are fantastical sea monsters? What can an MRI experiment let us know? may you clarify to dinner-party visitors why we don't chortle after we tickle ourselves? 30-Second mind is the following to fill your brain with the technological know-how of precisely what's occurring within your head. utilizing not more than pages, three hundred phrases and a demonstration, this can be the fastest solution to comprehend the wiring and serve as of the main advanced and complex mechanism within the human physique. become aware of how the networks of ninety billion nerve cells interact to provide belief, motion, cognition and emotion. discover how your mind defines your character, and what it will get as much as if you are asleep.Illustrated with mind-bending snap shots and supported through biographies of pioneers within the box of neuroscience, it's the ebook to get your gray subject considering your gray topic.
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Additional info for 30-Second Brain: The 50 Most Mindblowing Ideas in Neuroscience, Each Explained in Half a Minute
Proteins are probably the most versatile molecules within a living cell; they can form literally thousands of different structures that perform or control all the physiological processes that generate and sustain life. Proteins are also polymers. 1). There are hundreds of amino acids found in nature. Remarkably, life, from the smallest bacteria all the way to the blue whale, uses a set of only twenty or so amino acids, which are specified by the genetic code. This is yet another example of the unity of life.
The main idea is that once we observe and describe a certain number of such blocks, we combine the data derived from many of such observations into a logical model that can help us to understand the whole a little better. We call this approach reductionism. Reductionism and Its Advantages and Limits In the reductionist approach, one starts by looking at small fragments of the whole. This concept has been around since the times of classical Greek philosophy, but the general consensus is that reductionism was explicitly defined for the first time in the seventeenth century by the famous philosopher René Descartes.
In our slightly more scientific times, we call the branch of biology that dedicates itself to this effort taxonomy, not to be confused with systematics. Taxonomy is mainly about classifying known (and sometimes hypothetical) organisms into distinct groups. Systematics is the study of biological diversity in its evolutionary context. There are multiple criteria for organizing living beings into specific categories, but the first and most common criterion to try and do this is the description of the external appearance of an organism.