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KAMLA NAGAR, DELHI - 110007 ANIMATION | VFX tel. - CHANGE

KAMLA NAGAR, DELHI - 110007 ANIMATION | VFX tel. - CHANGE

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DECEMBER 2011<br />

Scientists Make Discovery About<br />

Spread Of Viruses<br />

Scientists gained fresh knowledge about how viruses such as<br />

flu and HIV jumped between species, a finding that is expected<br />

to help predict the appearance of new diseases. The research<br />

carried out by Edinburgh and Cambridge Universities sought to<br />

understand how viruses such as bird flu infected distant species<br />

like humans.<br />

The scientists found that the viruses were better able to infect<br />

species closely related to their typical target species than species<br />

that were distantly related. However, the research also suggested<br />

that when diseases make a big leap they may then spread easily<br />

in species closely related to the new victim, regardless of how<br />

closely related these are to the original target species.<br />

By infecting more than 50 species of flies with three different<br />

viruses, the researchers showed that species closely related to a<br />

virus’ usual target species were more susceptible than distantly<br />

related flies. They also showed that groups of flies that were<br />

closely related were similarly susceptible to the same viruses.<br />

China’s Supercomputer Surprises<br />

U.S. Experts<br />

China has made its first supercomputer based on Chinese<br />

microprocessor chips, an advance that surprised highperformance<br />

U.S. computing specialists. The announcement was<br />

made at a technical meeting held in Jinan, China, organised by<br />

industry and government organisations. The new machine, the<br />

Sunway BlueLight MPP, was installed in September at the<br />

National Supercomputer Center in Jinan, the capital of Shandong<br />

province in eastern China.<br />

The Sunway system, which can perform about 1,000 trillion<br />

calculations per second a petaflop will probably rank among the<br />

20 fastest computers in the world. More significantly, it is<br />

composed of 8,700 ShenWei SW1600 microprocessors, designed<br />

at a Chinese computer institute and manufactured in Shanghai.<br />

Currently, the Chinese are about three generations behind the<br />

state-of-art chip making technologies used by world leaders such<br />

as the United States, South Korea, Japan and Taiwan.<br />

“This is a bit of a surprise,” said Jack Dongarra, a computer<br />

scientist at the University of Tennessee and a leader of the Top500<br />

project, a list of the world’s fastest computers.<br />

Last fall, another Chinese based supercomputer, the Tianhe-1A,<br />

created an international sensation when it was briefly ranked as<br />

the world’s fastest, before it was displaced in the spring by a<br />

rival Japanese machine, the K Computer, designed by Fujitsu.<br />

INSIGHT<br />

SCIENCE & TECH COVERAGE<br />

Establishment of a Regional Centre for<br />

Biotechnology<br />

The Union Cabinet approved the enactment of the requisite<br />

legislation for establishment of the Regional Centre for<br />

Biotechnology Training and Education under the auspices of<br />

UNESCO.<br />

Taking into consideration the fact that modern biotechnology<br />

has been recognised globally as a rapidly advancing science<br />

wherein molecular techniques and process are employed to<br />

develop health care solutions for human and animal sector, for<br />

agriculture and environment technologies, the Centre proposes<br />

to engage students in research by integrating science,<br />

engineering and medicine with a view to create high quality<br />

human resource in disciplinary and interdisciplinary areas. Further<br />

the Centre would also create physical infrastructure in critical<br />

platform technologies to support interdisciplinary education<br />

training and research in biotechnology for providing interface<br />

between agriculture or veterinary sciences and engineers and<br />

environmental biologists, ecologists and engineers for<br />

agricultural and environmental technologies in order to help<br />

molecular breeding, bio-energy and green technologies. Thus<br />

the Centre would be able to produce human resources tailored to<br />

drive innovation in biotechnology, particularly in areas of new<br />

opportunities and also to fill talent gap in deficient areas. The<br />

Centre would also cater to designing novel programmes for<br />

education and training which could then be assimilated by the<br />

Universities in India and in the region.<br />

The Centre will work in collaboration with other Centres of<br />

UNESCO and carry out is programmes through grants<br />

provided by the Government. The Bill provides for laying the<br />

annual report and annual accounts together with the audit<br />

report in both Houses of the Parliament.<br />

Genome Of Neem Analysed By Ganit<br />

For the first time in India, the genome and coding parts of multiutility<br />

neem plant, Azadirachta indica, was sequenced and<br />

analyzed. The process was disclosed in Bangalore on 29<br />

September 2011by Ganit Labs. The project funded jointly by<br />

Government of India and Government of Karnataka, has helped<br />

bare most useful biological information of Indian neem varieties<br />

that has received prominence in our traditional medicines.<br />

Scientists informed that understanding the molecular architecture<br />

of neem genome and its various coding parts, will enhance the<br />

knowledge of this wonder species further. They further noted<br />

that they are currently building an information knowledge portal<br />

to store, retrieve and share neem data. Scientists felt that open<br />

information portal is key to sharing knowledge openly and<br />

empowering young people to utilize the information and come<br />

up with newer innovation.<br />

India to Double Expenditure in Research<br />

and Develpoment<br />

Dr. Ashwani Kumar, Minister of State for Planning, Science &<br />

Technology and Earth Sciences said that India has decided to<br />

double the expenditure in Research and Develpoment (R&D)<br />

and major initiatives were being taken by India in super<br />

computing, material sciences, genomics, nano sciences and plant<br />

breeding techniques and synthetic biology etc. Addressing the<br />

Opening Plenary Session of the 8th Annual Meeting of STS<br />

Forum on “Science & Technology for the future of Humankind”<br />

at Tokyo on 2nd Oct. during his Japan visit, Dr Kumar further<br />

said that India is inspired by the vision of Jawaharlal Nehru who<br />

had said that the future belongs to Science and those who are<br />

friends of science.<br />

Talking to the Japanese Minister of Education, Culture, Sports,<br />

Science & Technology, Mr Masaharu Nakagawa, Shri Kumar<br />

assured the Japanese minister that the Government of India would<br />

favorably consider the proposal dedicated to the idea of regional<br />

and global endeavor to solve common problems. Japan is to<br />

begin the East Asia Science and Innovation initiative which will<br />

be a dedicated fund sought to be established under this initiative<br />

to enable cooperation between East Asia, ASEAN and South<br />

Asian countries to focus on solving the common challenges<br />

faced by the region through the instrumentality of science,<br />

technology and innovation.Dr. Kumar also expressed the hope<br />

that India and Japan would further strengthen their engagement<br />

so as to achieve the joint objectives of Global and Strategic<br />

partnerships between the two countries.<br />

During his meeting with the German Minister of Education and<br />

Research, Ms. Annette Schavan , Dr. Kumar proposed a major<br />

Indo – German programme for vocational skills up gradation. He<br />

expressed the hope that German expertise and collaboration with<br />

German industries and business would enable India to achieve<br />

its ambitious programme of skilling 500 million Indians by 2022.<br />

The German minister assured that the German industry would<br />

give concrete proposals in this regard by early next year. Dr.<br />

Kumar expressed the view that such a venture would be mutually<br />

beneficial to both countries and would ensure employability of<br />

lakhs of Indians in hi-tech manufacturing companies in India<br />

and abroad particularly in Indian companies collaborating with<br />

their German counterparts.<br />

This is an International Conference dedicated to the theme of<br />

‘Science & Technology in the Service of Human kind’. The<br />

conference is hosted by STS Forum; a major NGO supported by<br />

the Government of Japan and Chaired by Mr. Koji Omi, former<br />

Finance Minister of Japan. The conference is attended at the<br />

ministerial level by over 20 countries including Germany, Brazil,<br />

Singapore, Thailand, Indonesia, Russia, Switzerland, Sweden,<br />

Mongolia, the Czech Republic, Zimbabwe, Sri Lanka, Afghanistan<br />

etc.<br />

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