Nobody knows exactly how memory is created in the physical sense. But a recent series of experiments show that short-term memory involves a primary activity in the brain power and long-term memory involves an essentially chemical process and any changes of proteins.
Flood and Jarvik, the researchers reported that drugs that affect the synthesis of proteins, or to move along axons, affects only the long-term memory, while drugs that affect the electrical activity of brain does not seem to affect short-term memory. Other experiments confirm that long-term memory involves chemical changes. Thus, researchers began looking JV McConnell in 1966 showed that RNA (ribonucleic acid) has been involved in learning and learned behavior that can be transferred from one rat to another by changing the RNA from one brain to another.
In 1970, George Ungar Bayer College of Medicine, Houston, Texas, taught the group of rats were afraid of the dark. He then isolated from the brains of a particular protein, and rats injected with the untrained rats, the brain - which immediately showed the same fear of the dark! Later, he played the protein artificially (called the Scotophobin, Greece and Fear Of The Dark), and found that the artificial protein, when injected into normal mice, had the same effect. Even their fear dark.
Since then, other researchers found that when injected into goldfish scotophobine are taught to fear the dark if the chain of specific amino acids of this protein in particular can have a universal meaning.
However, several research teams have identified brain chemicals that discriminate between colors.
Researchers are already working on the computer directly to the brain of the symbiosis (direct integration of the human mind to a computer). It seems that now we have two roads futuristic research: machine learning input (computer / brain link) and the learning of artificial chemical inputs.
There seems to be some parts of the day, where learning is optimal in general later than previously. This may be because the body goes through a complex hormonal and chemical cycles throughout the day, and this cycle could be influential in the production of chemicals that lead to the consolidation of memory traces.
When we talk about memory in the pages ahead, we believe long-term memory.
Flood and Jarvik, the researchers reported that drugs that affect the synthesis of proteins, or to move along axons, affects only the long-term memory, while drugs that affect the electrical activity of brain does not seem to affect short-term memory. Other experiments confirm that long-term memory involves chemical changes. Thus, researchers began looking JV McConnell in 1966 showed that RNA (ribonucleic acid) has been involved in learning and learned behavior that can be transferred from one rat to another by changing the RNA from one brain to another.
In 1970, George Ungar Bayer College of Medicine, Houston, Texas, taught the group of rats were afraid of the dark. He then isolated from the brains of a particular protein, and rats injected with the untrained rats, the brain - which immediately showed the same fear of the dark! Later, he played the protein artificially (called the Scotophobin, Greece and Fear Of The Dark), and found that the artificial protein, when injected into normal mice, had the same effect. Even their fear dark.
Since then, other researchers found that when injected into goldfish scotophobine are taught to fear the dark if the chain of specific amino acids of this protein in particular can have a universal meaning.
However, several research teams have identified brain chemicals that discriminate between colors.
Researchers are already working on the computer directly to the brain of the symbiosis (direct integration of the human mind to a computer). It seems that now we have two roads futuristic research: machine learning input (computer / brain link) and the learning of artificial chemical inputs.
There seems to be some parts of the day, where learning is optimal in general later than previously. This may be because the body goes through a complex hormonal and chemical cycles throughout the day, and this cycle could be influential in the production of chemicals that lead to the consolidation of memory traces.
When we talk about memory in the pages ahead, we believe long-term memory.
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