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UNITED NATIONS, Nov. 18 (Xinhua) -- China on Friday voiced its hope that countries concerned "will continue to appropriately address the issue" of the alleged plot to kill Saudi Arabian ambassador to the United States "through dialogue and make joint efforts to maintain peace and stability in the Middle East and the Gulf region."The statement came as Li Baodong, Chinese permanent representative to the United Nations, was addressing the UN General Assembly to explain the Chinese position on the issue after he abstained from voting on the draft resolution on the alleged Iranian involvement in the assassination plot."China hopes countries concerned will continue to appropriately address the issue through dialogue and make joint efforts to maintain peace and stability in the Middle East and the Gulf region," he said."At present, the case is highly complicated and sensitive," Li said. "Parties still have different views over the issue. Any conclusion or action must be based on comprehensive, impartial, objective and transparent investigation and substantial evidence.""Before facts are out, parties should adopt a prudent approach, refrain from jumping to conclusions, and avoid action that may complicate and worsen the situation," he said."China abstained from the vote on the General Assembly draft resolution entitled 'Terrorist Attacks on Internationally Protected Persons'," he said. "We oppose all forms of terrorism, and always stand for compliance with international law and the basis norms governing international relations in handling state-to- state relations as well as effective protection of the safety and security of diplomatic personnel."Earlier on Friday, the UN General Assembly adopted a resolution which expressed deep concerns at the assassination plot and called on Iran "to comply with all of its obligations under international law." Iran strongly denied the allegation.Before or after the vote, countries such as Bolivia, Sudan and Venezuela said that due to a lack of solid evidence to support the allegation, the draft adoption would "create a dangerous precedent " in the international relations.

WASHINGTON, Nov. 7 (Xinhua) -- U.S. researchers have demonstrated for the first time that the brain is a key player in regulating glucose (sugar) metabolism in humans.The findings, published Monday in the online edition of the Journal of Clinical Investigation, suggest that drugs targeting the brain and central nervous system could be a novel approach to treating diabetes."The brain is the body's only organ that needs a constant supply of glucose to survive, so it makes sense that it would have some say over how much glucose is produced," said study leader Meredith Hawkins, professor of medicine and director of the Global Diabetes Initiative at Yeshiva University, in a statement. "This role for the brain was demonstrated in earlier studies in rodents, but there was considerable controversy over whether the results could be applied to humans. We hope this study helps to settle the matter."In an earlier study in rodents, researchers showed that activation of potassium channels in the brain's hypothalamus sends signals to the liver that dampen its production of glucose. Those findings, published in Nature in 2005, challenged the conventional thinking that blood sugar production by the liver (the body's glucose factory) is regulated only by the pancreas (which makes insulin to metabolize glucose). But carefully performed studies on dogs, conducted at Vanderbilt University, failed to replicate the results, suggesting the Einstein findings in rodents might not be relevant to higher mammals, including humans.The current study, involving people, was aimed at resolving this controversy. Ten nondiabetic subjects were given oral diazoxide, a drug that activates potassium channels in the hypothalamus. (The drug is not used to treat diabetes.) Hormone secretion by the pancreas was controlled to ensure that any change in sugar production would only have occurred through the drug's effect on the brain. After the researchers administered the drug, blood tests revealed that patients' livers were producing significantly less glucose than before.Hawkins and her team then repeated this in rats, again giving diazoxide orally, achieving similar results. They confirmed that sufficient amounts of diazoxide crossed the blood-brain barrier to affect potassium channels in the hypothalamus. Additional experiments confirmed that diazoxide was working through the brain. Specifically, the researchers were able to completely block the effects of diazoxide by infusing a specific potassium channel blocker directly into the brain."This study confirms that the brain plays a significant role in regulating glucose production by the liver," said lead author Preeti Kishore, assistant professor of medicine. "We are now investigating whether this 'brain-to-liver' pathway is impaired in people with diabetes. If so, we may be able to restore normal glucose regulation by targeting potassium channels in the brain."

SUVA, Dec. 18 (Xinhua) -- There are 60 typhoid cases in Nanoko, with 29 already hospitalized, according to Fiji's Health Ministry.Senior Health Inspector Paula Laqere said Sunday that the increas means that people are not practicing proper hygiene standards. Laqere said most of the communities in Fiji have a really low level of good hygiene practices.The other problem is that some communities in Fiji have very poor sources of clean and safe water and this is what Fijian guests need to be cautious of."Typhoid is basically spread through contaminated water and our hygiene practices. It's an indicator that the sanitation level of any community is really low."A 30 day public health emergency is in place for the village, effective from Dec. 12 to Jan. 12.Recently, Fiji recorded rates of high typhoid fever in the world, said WHO South Pacific Communicable Disease Surveillance and Response Team leader doctor Jacob Kool.Kool said typhoid fever was difficult to diagnose and could be fatal in 10-20 percent of untreated patients.Recent studies showed that infants are commonly affected and are extremely vulnerable to the disease. Outbreaks occur regularly in areas with poor hygiene and sanitation including urban slums, he said.Kool said the only reliable symptom was prolonged fever and blood and stool culture are still the best available diagnostic tests but have a high rate of false negative results. He said therefore suspected typhoid cases should be treated regardless of the result of lab tests and ciprofloxacin was the recommended therapy for all age groups.Last year AusAID, WHO and UNICEF launched a typhoid fever vaccination campaign in Fiji.

WASHINGTON, Nov. 16 (Xinhua) -- Data from NASA's Galileo spacecraft have provided scientists evidence of what appears to be a body of liquid water, equal in volume to the North American Great Lakes, beneath the icy surface of Jupiter's moon, Europa, the U.S. space agency announced Wednesday.The data suggest there is significant exchange between Europa's icy shell and the ocean beneath. This information could bolster arguments that Europa's global subsurface ocean represents a potential habitat for life elsewhere in our solar system. The findings will be published Thursday in the scientific journal Nature.Europa, which is slightly smaller than Earth's moon, is believed to have a large ocean of salty water deep beneath its frozen crust. Galileo spacecraft, launched by the space shuttle Atlantis in 1989, studied Jupiter, which is the most massive planet in the solar system, and some of its many moons.Pictures of it sent back by Galileo point to a tortured surface of cracks and jumbled ice. Seeking to understand how such weird topography evolved in a place with such dim sunlight, scientists believe that the answer lies in similar processes on Earth.Their model suggests that Europa's ice shell is about 10 kilometers thick and within it are giant pockets of water, lying at depths as shallow as three kilometers. Warm water from these sub-surface lakes wells up in plumes, causing the ice to become brittle, crack and then collapse. The ice turnover would be a plus for the prospects for life, as it would transfer energy and nutrients between the sub-glacial lake and the surface."One opinion in the scientific community has been if the ice shell is thick, that's bad for biology. That might mean the surface isn't communicating with the underlying ocean," said Britney Schmidt, lead author of the paper and postdoctoral fellow at the Institute for Geophysics, University of Texas at Austin. " Now, we see evidence that it's a thick ice shell that can mix vigorously and new evidence for giant shallow lakes. That could make Europa and its ocean more habitable.""The data opens up some compelling possibilities," said Mary Voytek, director of NASA's Astrobiology Program. "However, scientists worldwide will want to take a close look at this analysis and review the data before we can fully appreciate the implication of these results."

JERUSALEM, Oct. 24 (Xinhua) -- A recent study carried out by Israeli researchers showed that the experience of motherhood is caused by alterations in the brain functions that help mothers locate and communicate with their offspring, especially if they are in distress.Researchers at the Hebrew University of Jerusalem said the results provide insight into how neural changes in response to odors and sounds help maternal behaviors develop in mothers."We know that distinct brain changes are linked with motherhood, " Dr. Adi Mizrahi, who conducted the research, said, "but the impact of these changes on sensory processing and the emergence of maternal behaviors are largely unknown."Mizrahi and his colleagues examined whether the primary auditory cortex -- a region in the brain that is involved in the recognition of sounds -- might serve to process the responses to their offspring's specific smell and voice.The research proved that the olfactory and auditory senses of female mice with their pups were triggered immediately after they gave birth, with especially strong responses to cries of distress."These processes help to explain how changes in the cortex in the brain facilitate efficient detection of pups," Mizrahi said.