More than loo genes are related with increased risk of developing schizophrenia（精神分裂症）,bipolar disorder （躁郁症）and alcoholism（酗酒）,confirms a large study published in the recent issue of the British scientific journal Nature.

    The world's largest study into the genetic basis of mental illnesses was led by researchers from British universities,including University College London (UCL),Cardiff University and King's College London (KCL).

    Researchers believe that they are now much closer than before to understanding the complex biological causes, which make some people being at high risk of developing mental illnesses.They also believe that these findings could lead to new treatments.

    The researchers analyzed the DNA of about 37,000 patients with schizophrenia,bipolar disorder or alcoholism, and compared the smallest genetic changes to those found in about 113,000 healthy people.They then identified about 128 independent genetic variants（变体）at 108 locations on the human chromosomes（染色体）that contribute significantly to developing schizophrenia—83 of these sites have never before been linked to the illness,according to scientists.

    For example,people with the variant of the GRM3 gene,thought to be important in brain signaling,are around 2 to 3 times more likely to develop schizophrenia or alcohol dependence.The variant,which is found in approximately one in every 200 people,is also associated with a three times risk of developing bipolar disorder.

    "We could be looking at the next big drug target for treating mental illness,"Professor David Curtis from UCL, co-author of the paper,said."The work opens up new ways to prevent and treat mental illnesses by revealing the mechanisms involved in their development."

    The computers changed our lives in the 1980s, the Internet changed our lives in the 1990s, and the robots will change our lives in the new century.

    Do you think there will be robots in people's homes? It's not a dream that every home will have a robot.

    Now, robots are not only able to help people do the housework, they can also help the doctors do the difficult operations, play chess with people, play the piano and so on.

    A new cooking robot is used in Beijing. It can cook all the dishes on the menu, you only need to wait two to four minutes. In the future, the robot will be a nurse, a security guard, or a partner in your life.

    Experts believe robots will be used everywhere from the industrial robots to service robots. In the future, robots will become part of the family, and provide close service for people. We all look forward to the new robot age.

    Grandparents Answer a Call

    As a third-generation native of Brownsville, Texas, Mildred Garza never planned to move away. Even when her daughter and son asked her to move to San Antonio to help with their children, she politely refused. Only after a year of friendly discussion did Ms. Garza finally say yes. That was four years ago. Today all three generations regard the move as a success, giving them a closer relationship than they would have had in separate cities.

    No statistics show the number of grandparents like Garza who are moving closer to adult children and grandchildren. Yet there is evidence (证据) suggesting that the trend (趋势) is growing. Even President Obama's mother-in-law, Marian Robinson, has agreed to leave Chicago and move into the White House to help care for her granddaughters. According to a study by grandparents.com, 83 percent of the people said Mrs. Robinson's decision will influence grandparents in the American family. Two-thirds believe more families will follow the example of Obama's family.

    “In the 1960s we were all a little wild and couldn't get away from home far enough or fast enough to prove we could do it on our own,” says Christine Crosby, publisher of Grand, a magazine for grandparents. “We now realize how important family is and how important it is to be near them, especially when you're raising children.”

    Moving is not for everyone. Almost every grandparent wants to be with his or her grandchildren and is willing to make sacrifices (牺牲), but sometimes it is wiser to say no and visit frequently instead. Having your grandchildren far away is hard, especially knowing your adult child is struggling, but giving up the life you know may be harder.

    The world's oceans will likely lose about one-sixth of their fish and other creatures within 100 years if climate change continues on its current path. Every degree Celsius that the world's oceans warm, their biomass is expected to drop five percent, a study found.

    The study predicts that if there is no change in the rate of worldwide greenhouse gas production, there will be a 17-percent loss of biomass by the year 2100. But, if the world reduces carbon pollution, biomass losses could be limited to only about 5 percent.

    Warming temperatures are the biggest issue. But climate change also produces oceans that are more acidic and have less oxygen. This also harms sea life. Much of the world depends on the oceans for food or work.

    The findings make sense and the possible effects of the predicted losses of animal life are huge. "Climate change has the potential to cause serious new conflicts over ocean resource use as the human population continues to grow," said scientists.

    Marine biologist Boris Worm, who helped run the study, added that the "building blocks of marine life—plankton and bacteria—may decline less heavily."

    "Those marine animals that we use directly, and care about most deeply, are predicted to suffer the most," said Worm. He works at Canada's Dalehousie University.

    Scientists had already believed climate change would likely reduce future ocean life. But past computer-based studies looked at only part of the picture or used only one model. The latest study used six different computer models to give the best picture look yet, William Cheung said.

    University of Georgia marine biologist Samantha Joye was not part of the research. But she praised the study as well researched and extremely detailed, and called it "an urgent call for action".

On a daily basis, the digital expanse witnesses an exchange of over two billion pictorial representations. Although imagery offers an entertaining and articulate avenue for online interaction, the process of digesting and generating such content presents formidable obstacles for individuals who are devoid of sight or are enduring profound visual impairments. Given the reality that there are more than 39 million individuals who are sightless, and an excess of 246 million who are grappling with severe visual limitations, a significant cohort may perceive themselves as alienated from the discourse that revolves around photographic content on the Internet. Scholars hailing from Harvard University are endeavoring to construct technological solutions that would enable the visually impaired populace to partake in the appreciation of photographic imagery with the same zest as their sighted counterparts.

The advent of automated descriptive text represents a groundbreaking innovation that engenders a narrative depiction of a photograph by leveraging the latest advancements in the field of object recognition technology. Individuals who rely on auditory output devices on their digital gadgets will now be presented with an enumeration of elements that a photograph might encapsulate as they navigate through online images. Previously, those utilizing auditory output devices were limited to hearing solely the nomenclature of the individual who disseminated the photograph, succeeded by the designation "photo" upon encountering a pictorial piece. However, the introduction of automated descriptive text now allows for a more elaborate portrayal of the contents of a photograph. For example, an individual might now perceive an auditory description such as "a visual scene comprising three individuals, exhibiting expressions of joy, in an outdoor setting."

This capability is made possible through the object recognition technology developed by Harvard University, which is predicated on a computational framework that encompasses billions of variables and has been refined through exposure to millions of exemplars. Each stride in object recognition technology signifies the potential for researchers to render technological interfaces increasingly inclusive and accessible to a broader demographic. When individuals are interlinked, they are positioned to accomplish remarkable feats, both in isolation and as a collective entity, and such interconnection benefits all participants within the network.

The rollout of the automated descriptive text is initially targeting auditory output devices on mobile communication devices configured to English, with plans to extend this functionality to additional linguistic variants and technological platforms in the near term. Although this technology is still in its infancy, harnessing its current competencies to articulate the essence of photographs marks a pivotal advancement in the quest to furnish our community with visual impediments with the identical advantages and gratifications that the broader population derives from photographic imagery.