The 10 genes that contribute dramatically to the increase in risk by schizophrenia are detected

Researchers at Massachusetts General Hospital and Harvard Medical School found that the risks arose when DNA pieces were cut off.

Skizophrenia is a complex and variable mental state, and scientists hope that identifying genetic and environmental risk factors will help them design better treatments.

Scientists say their discovery may only be the iceberg's range as they suspect their genome analysis will reveal more about the role of DNA in schizophrenic.

Harvard scientists analyzed the DNA of 125,000 people and identified 10 genes, including the two most important ones in how brain cells communicate, which they say dramatically increases the risks of schizophrenia.

Developing new drugs to treat schizophrecy can bring about significant improvements in life for 3.2 million Americans affected by the U.S.

Two of the 10 genes contain instructions to produce a body protein. These proteins, called glucose receptors, are one of the most important components of the way brain cells communicate with each other.

Many antipsychotic drugs currently function by changing dopamine levels, another neurotransmitter involved in schizophrenic. The interaction between the glucose and dopamine receptors was studied on the importance they have for the function of pre-front cortex.

The new meaning of how cutting into glucose DNA patterns increases the risks of schizophrenia could give researchers a new goal to target the development of therapies to address the situation./Periscopi/