Human Brain Ebooks Catalog

Flash Brain Anatomy

This course gives you access to a full online course and software to learn more about the brain than you ever thought possible in a short amount of time. This software contains detailed, 3D brain models, animations to display concepts, hundreds of educational courses, a neuroanatomy atlas, and compatibility with most web browsers. You will also have access to a full online suite of tutors. Neuroanatomy is one of the hardest parts of anatomy to learn, and learning the brain will really be a lot easier if you had a detailed model to base your knowledge off. This software makes the brain as simple as possible, while also giving you a way to learn it throughly. This model simplifies a very complex subject that most people struggle with Don't be one of the people that doesn't know what to do with the brain model! This course is designed to teach you everything about the brain while keeping the lessons manageable and learning at your own pace. Continue reading...

Flash Brain Anatomy Summary


4.6 stars out of 11 votes

Contents: Software
Creator: Fahrice Djozic
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Price: $49.99

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My Flash Brain Anatomy Review

Highly Recommended

Some users might complain that the default interface is more complicated than it needs to be. If you just panicked grab a quick drink and relax because this baby has a full customizable interface.

However, Flash Brain Anatomy is a fairly good program considering the standard and depth of the material it provides. In addition to being effective and its great ease of use, this software makes worth every penny of its price.

The Elements of Memory

The new 72-page book, now available in Pdf format, contains an immense amount of information to help you remember more and forget less. It's far less expensive than those $1000+ memory courses you see offered. Don't spend your money on those training classes until you understand the basics you can do on your own. And my new book will help. Memory On Fire normally retails for $37 individually. It focuses on how to improve your short term memory, how to reduce stress, maximize your performance and enhance your personal life as a student. How to Remember Like An Elephant In 17 Days. The ebook has 10 chapters on memory improvment including: Chapter One Sharp Memory Factors. Chapter Two Attention. Chapter Three Basic Memory Tools. Chapter Four Overcoming Forgetfulness. Chapter Five Memory and Your Senses. Chapter Six How to Remember Names and Faces. Chapter Seven How to Remember Numbers. Chapter Eight How to Remember Places. Chapter Nine How to Remember Events. Chapter Ten Other Memory Tools. Fast Memory Fundament

The Elements of Memory Summary

Format: Ebook
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Ambiguity And Complexity In Biology

A consequence of chaotic behavior is that extremely complex behaviors can result from very simple rules, as in the example just given. The paleontologist Steven Jay Gould proposed that small mutations can greatly alter body plans, producing great leaps in evolution. The benefit of this for the study of biology is that complex processes do not rule out the possibility of simple explanations. The difficulty is that it places a limit on the reductionist view. Having a high degree of understanding of the dynamics of nerve cells does little to explain how the human brain can so quickly recognize a face or decide on a chess move.

Biological Inspiration

A human brain consists of around 1010 neurons, computing elements, which communicate through a connection network (approximately 104 connections per element). ANNs function as parallel distributed computing networks, and are analogous to biological neural systems in some basic characteristics (Figure 1). There are many input signals (X x1, x2, , xn ) to neurons. Each input is given a relative weight (W w1, w2, , w ) which affects the impact of that input. Weights are adaptive coefficients within the network that determine the intensity of the input signal. The neuron output signal (NET) is produced by the summation block, corresponding roughly to the biological cell body, and adds all of the weighted inputs algebraically.

Stores of Information

The maximum rate of information processing by the human brain in about 10bits- . Information is acquired most actively during the first 20 years of life of the individual, that is, during about 6 x 108s. The amount of information acquired later in life does not change the order of magnitude of the total store. The amount of information stored in memory of an adult human can be estimated at about 6 x 109 bit.

Gestures as a Suitable Candidate for Language Evolution

These observations in conjunction with one another support the gestural hypothesis about human language evolution, which is further bolstered by the theory that the early human brain was capable of producing language before the vocal chords (Lieberman et al. 1972), the early appearance of gestural communication in human infants (Petitto and Marentette 1991), and the right-hand (hence left-brain) bias of both human and ape gestures.

Multi Scale Analysis of Brain Surface Data

The human brain is characterized by complex convolution patterns. Analyzing the variability of these patterns among human subjects can reveal information for the detection of diseases that affect the human brain. This chapter presents a novel method to visualize the brain surface and its folding pattern at different scales. The analysis steps involved are the transformation of the cortical surface from high resolution magnetic resonance tomography images (MRI) to an initial representation as a triangulated mesh and finally to a representation as a series of spherical harmonic basis functions. The spherical harmonic parameterization of the surface is translation, rotation and scaling invariant. The parametric representation gives a multidimensional coefficient vector for each cortical surface. The technique allows easier recognition of convolutional patterns. The method is a first step toward a statistical multi-scale analysis of the brain surface.

Reality Systems and Models

By James Watson and Francis Crick led to an explosion of studies in the field of molecular genetics. Charles Darwin's model of evolution by means of natural selection pictures species, composed of a collection of individuals with a variety of different traits, interacting with their environments. Individuals with some traits are better suited to survive and reproduce, thereby passing on these traits to their offspring. Over time new traits are introduced through mutations, environments gradually (or sometimes rapidly) change, and new forms develop from the old ones. The modern model of the human brain envisions regions devoted to different functions such as sight, motor movements, and higher thought processes. In geology, the tectonic plate model of the Earth pictures expansive continental plates moving gradually over the planet's surface, generating earthquakes as they meet and slide over one another. And in psychology, the Freudian approach pictures human behavior as resulting from...

Toxic Substances and Their Impacts on Human Health in the Hudson River Watershed

Abstract In this chapter, we examine the impacts on human health of persistent environmental pollutants found in the watershed of the Hudson River, with particular focus on the potential of these contaminants to cause injury to the developing human brain. Poly-chlorinated biphenyls (PCBs), organochlorine pesticides, and mercury have been shown to be widespread in bottom sediments as well as in edible species of fish, shellfish, and crustaceans in the lower Hudson River and the New York Harbor complex. Interview surveys of anglers have documented that local residents consume fish, shellfish, and crustaceans from the lower Hudson, despite longstanding advisories by health officials. Poor people and people of color are the most likely to consume locally caught fish. In a recent pilot survey of levels of PCBs, organochlorine pesticides, and mercury in the blood and hair of local anglers, we documented that anglers who consume fish from the lower Hudson River and New York Harbor have...

Ecological Informatics by Computational Analysis and Synthesis of Ecological Data

ANNs are computer programs designed for inducing problem solutions (models, knowledge) from complex data by means of principles of information processing similar to biological neurons in the human brain. A biological neuron consists of three major components the cell body, dendrites, and the axon (Figure 3 a).

Historical materialism and the remaking of environments

Nature builds no machines, no locomotives, railways, electric telegraphs, self-acting mules, etc. These are products of human industry natural material transformed into organs of the human will over nature, or of human participation in nature. They are organs of the human brain, created by the human hand.

Land Cover

Land cover data sets can be created using manual and or automated methods. The basic principle of land cover classification is to translate the pixel values in a satellite image into meaningful land cover categories. This is often accomplished using automated procedures, in which a computer algorithm is used to assign individual pixels or groups of pixels to one of the valid land cover categories. The classification process can also be accomplished using visual interpretation methods where the interpreter uses visual cues such as tone, texture, shape, pattern, and relationship to other objects to identify and group similar land cover types. In general, the human brain is better at interpreting the spatial characteristics in an image and automated algorithms are better suited for processing spectral (the many image bands) information. There are dozens of classification methods in use but there is not a single 'best' approach.

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