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SAN FRANCISCO, June 22 (Xinhua) -- Apple Inc. plans to introduce a new iPhone in September featuring faster chip and more advanced camera, U.S. media reported on Wednesday.The new iPhone model, which will closely resemble iPhone 4, will include the A5 processor, a more powerful chip that Apple added to the iPad 2 tablet computer earlier this year, along with an 8-megapixel camera, up from the 5-megapixel model in the iPhone 4, Bloomberg quoted two people familiar with the product as saying.The device will run the iOS 5 operating system Apple previewed at its annual developer conference earlier this month.Aiming at attracting customers in developing countries, Apple is also working to finish a cheaper version of the iPhone which will use chips and displays of similar quality to the current iPhone 4, said the sources.Meanwhile, it was reported that Apple is also testing a new version of the iPad with a higher resolution screen, which, similar to the one currently used on iPhone 4, will be about one- third higher than iPad 2 and feature a more responsive touchscreen.According to a recent projection on smartphone market by the International Data Corp. (IDC), a small market share decline of iPhone is expected as the smartphone market matures and diversifies in 2011.The release of a new iPhone would help Apple gain more market share as smartphones powered by Google's Android system are predicted to grow to more than 40 percent of the market in the second half of this year.

PARIS, Aug. 19 (Xinhua) -- Marine scientists and representatives from the private sector and military establishments would meet at UNESCO at the end of this month to measure noise's impact on marine life, the Paris-based UN scientific branch UNESCO said Friday.The main agenda of the meeting, which is due from Aug. 30 to Sep. 1, was to discuss the program of the International Quiet Ocean Experiment (IQOE)."This decade-long project aims to fill the considerable knowledge gaps in this area, so that management of ocean noise can be more informed and effective," UNESCO said in a statement.The Quiet Ocean Experiments was initiated against the background that human activities on the high seas have increased significantly in recent decades, and resulted in impact upon many marine species relying mainly on sound to communicate.However, some sounds are suspected to alter the behavior of marine animals. For example, several whale species have raised the volume of the squeaks, clicks and moans by which they communicate with each other.The experiment is organized by the Scientific Committee on Oceanic Research (SCOR) and the Partnership for Observation of the Global Oceans (POGO), of which UNESCO's Intergovernmental Oceanographic Commission (IOC) is a member.

WARSAW, June 7 (Xinhua) -- Another patient suspected of Escherichia coli was admitted to hospital in Gizycko, northeastern Poland, on Tuesday, local media reported.On Monday Poland's first E. coli infection case was confirmed by tests conducted by the National Institute of Hygiene.Poland's first E. coli patient, a 29-year-old woman permanently residing in Germany and diagnosed with the bacteria, has been receiving treatment in a hospital in Szczecin in northwestern Poland for over two weeks.Two men suspected of E. coli have been hospitalized in Szczecin. They both had returned from Germany shortly before they fell ill. Another man suspected of E. coli was hospitalized in Ostroleka in central Poland also returned from Germany.A boy with haemolytic-uraemic syndrome (HUS), a disease characterized by hemolytic anemia caused by the E.coli patogenic bacteria, has been hospitalized in a Warsaw hospital.The E. coli epidemic originated in Germany. The Robert Koch Institute said the number of registered infections in Germany rose to 2,325 Tuesday, with those in other European countries still standing at about 100. The outbreak has killed a total of 23 people across Europe in the past month.

SUVA, July 25 (Xinhua) -- There are 400,000 people suffering from anaemia in Fiji with a total of population at about 800,000 people, according to the Health Ministry on Monday.Health Minister Doctor Neil Sharma told media that currently 60 per cent of children less than five years old are iron deficient, 40 per cent of women lack iron while 20 per cent of men suffer from iron deficiency in the island nation.Sharma, therefore, called on every family to grow local, eat local and move back to our traditional food habits, telling anaemic, "Do not forget to take your iron tablets."National Advisor Non-Communicable Diseases, Dr Isimeli Tukana also told media on Monday that strategies would include implementing the Food and Health Guidelines for the country in all clinics.All females are supposed to take their iron medication while all pre and primary school children will be given iron supplementation, he added.According to Fiji's Agriculture and Nutrition Department, the island nation, which is in transition towards increasing industrialization, is facing nutritional problems associated with both under-nutrition and over-nutrition.Lack of access to food due to economical shortages is one of the major causes of malnutrition in the country as one quarter of the population is living below the poverty line and most are living in illegal squatter settlements in search of employment and educational opportunities in urban areas.The problem of over-nutrition, on the other hand, may be associated with the change in the consumption patterns towards a diet high in energy but low in fibre, vitamins and minerals and a sedentary lifestyle.

WASHINGTON, June 16 (Xinhua) -- Cells in the human body are constantly being exposed to stress from environmental chemicals or errors in routine cellular processes. While stress can cause damage, it can also provide the stimulus for undoing the damage. New research by a team of scientists at the University of Rochester has unveiled an important new mechanism that allows cells to recognize when they are under stress and prime the DNA repair machinery to respond to the threat of damage.Their findings will be published Friday in journal Science. Cells in the human body are constantly being exposed to stress from environmental chemicals or errors in routine cellular processes. While stress can cause damage, it can also provide the stimulus for undoing the damage.The scientists, led by biologists Vera Gorbunova and Andrei Seluanov, focused on the most dangerous type of DNA damage -- double strand breaks. Unrepaired, this type of damage can lead to premature aging and cancer. They studied how oxidative stress affects efficiency of DNA repair. Oxidative stress occurs when the body is unable to neutralize the highly-reactive molecules, which are typically produced during routine cellular activities.The research team found that human cells undergoing oxidative stress synthesized more of a protein called SIRT6. By increasing SIRT6 levels, cells were able to stimulate their ability to repair double strand breaks. When the cells were treated with a drug that inactivated SIRT6, DNA repair came to a halt, thus confirming the role of SIRT6 in DNA repair. Gorbunova notes that the SIRT6 protein is structurally related to another protein, SIR2, which has been shown to extend lifespan in multiple model organisms."SIRT6 also affects DNA repair when there is no oxidative stress," explains Gorbunova. "It's just that the effect is magnified when the cells are challenged with even small amounts of oxidative stress."SIRT6 allows the cells to be economical with their resources, priming the repair enzymes only when there is damage that needs to be repaired. Thus SIRT6 may be a master regulator that coordinates stress and DNA repair activities, according to Gorbunova.