‘In case you have contamination, you won’t spot the symptoms of it until it gets very much worse because the stress hormones are blocking the way your body would react to it and take care of it,’ Selvage informed the Idaho State Journal. Eventually, he said, the study may lead to gender-specific treatments for alcoholic beverages abuse in humans. ‘Females tend to suffer the ravages of alcoholism a lot more quickly than men,’ Selvage said. ‘Component of that’s due to metabolism, but another component of that is thought to be that alcohol activates body stress responses a lot more in females.’ He said premenopausal females specifically have a higher incidence of stress-related disorders, and that stress suppresses the disease fighting capability, leading to an array of health problems.‘We have been fortunate to get a wide range of technologies that allow us to look even more exactly at the molecular events that lead to the onset of persistent pain in animals,’ said Marc Landry, lead writer of the analysis and Professor at the University of Bordeaux. ‘Our results present that the levels of the normally occurring proteins 14-3-3 zeta are higher in the spinal-cord of rats which have chronic pain. Moreover, we have been able to demonstrate how 14-3-3 zeta triggers adjustments in the signalling pathway leading to the symptoms of chronic pain.’ Related StoriesDiscovery can offer clues to how some viruses control expression of genetic materialStudy reveals system behind protein-related diseasesProtein sensor for proprioception foundThe 14-3-3 zeta proteins disrupts the interaction between the two subunits of the GABAB receptor, a protein complex found on the surface of nerve cells.