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INDIA
SURGES AHEAD NEWS
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August
2003
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Indian
Brains behind Drug Development Info-Tool
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BANGALORE:
Over 100 clinical trials of new drugs being conducted worldwide
at any given time, by the world's largest pharmaceutical
company, Pfizer, use a purpose-built information and trials
tool developed in India. The software suite - "Clinicopia"
- is the flagship product of InfoPro Solutions, a Westlake
Village, California-based company founded by medical systems
analyst, Vikram Marla, in 1995. Core development of the
product was done by InfoPro's team of engineers at the company's
Bangalore-based centre.
It
is claimed to be the world's first suite developed with
multiple tools for the end-to-end supply chain required
to conduct clinical trials that follow drug discoveries.
The Clinicopia suite at present encompasses tools for supply
chain management.
Over
the next 12 to 15 months, the Bangalore team will develop
additional modules for the suite which will address process
execution - monitoring the actual `recipe' of the evolving
drug and helping the distant trial sites to keep records
of every drug dose administered.
InfoPro's
India-based Country Manager, Shiva Kumar, added that the
product would prove particularly useful for Indian pharma
companies aiming for a global presence with their newly-discovered
drugs and need FDA approval before they could address the
huge American market.
Courtesy:
The Hindu, August 31, 2003
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Engineering
an Indian Success
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Over
the last month, as the new American academic year began,
some 600,000 students from all over the world, including
about 70,000 from India, winged their way to the USA for
higher studies.
More
than 70 per cent of Indian students come to the US to study
engineering and science. In the past, a majority opted to
stay back in America. According to recent studies, around
40 per cent of engineering, mathematics, and computer science
graduates are international students, a majority from India
and China.
To
get a sense of this, Stanford University Computer Sciences
School had 170 Ph.D students listed, nearly half are foreigners,
including 28 Indians. It's the same story in other well-known
schools such as MIT, Carnegie Mellon, Purdue.
For
all the hand-wringing going on, the US simply does not produce
enough home-grown science and engineering graduates. The
crisis begins at the high school level itself, where Americans
have over the years zoned out of math and science (according
to a study, 40 per cent of math classes in public schools
are taught by unqualified teachers; they are now importing
math teachers from India).
The
National Science Foundation estimated in 2000 that 12 per
cent of US science and engineering degree holders were of
Indian origin and 9 per cent were Chinese, although together
they constitute only around 2 per cent of the US population.
Universities too bank on foreign students both for the quality
and the money they bring. Indian students are particularly
coveted. Deans and faculty members of several schools have
told this columnist that they are simply the best.
Some
of the desi success owes to the rich Indian tradition in
engineering studies going beyond the IITs. India's oldest
engineering school, the IIT (formerly REC) in Rourkee (established
1848) is as hoary as the Renssellaer Polytechnic, America's
oldest, which was founded in 1825 during the Ulysses Grant
presidency. The Guindy Engineering College in Chennai derives
from an industrial school attached to a gun carriage factory
of 1842 vintage. Many engineering schools in India date
back a century. India's founding fathers began working on
the IIT idea as far back as the 1920s, long before Independence,
although they were set up only in the 1950s.
The
Indian Human Resources Ministry put the number of engineering
schools in India at 1,200, cranking out 360,000 engineers
annually. Some of the brightest come here, study, teach,
work for topnotch companies, found new ones, and burnish
the Indian ran reputation. Every indication is they will
continue to come here in large numbers. If the US puts the
squeeze on them, they will return to India and do equally
well. It's a win-win situation.
Courtesy:
The Times of India, August 31, 2003
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Insat-3A
Saves 28 on China Vessel
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Bangalore:
The Satellite Aided Search & Rescue transponder on board
the Insat-3A satellite, helped save the lives of 28 persons
on August 11 by detecting the distress signals from a Chinese
cargo vessel, according to a release issued by the Indian
Space Research Organisation on Friday.
Insat-3A
received the distress signals from the cargo vessel M.V.
Yujiya, which was sinking in the Bay of Bengal. Soon after
the distress signals were detected, the rescue authorities
of the Indian Coast Guard were alerted by Isro's Indian
Mission Control (INMCC) Centre at Bangalore, which is part
of the international COSPAS-SARSAT Satellite Aided Search
& Rescue Programme. All the 28 persons on board the vessel
were rescued, it said.Insat-3A carries a Search & Rescue
transponder which keeps a constant vigil over the Indian
Ocean region.
Courtesy:
The Asian Age, August 30, 2003
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Seven
Asteroids Named After Lost Columbia Astronauts
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Seven
asteroids have been named for each of the astronauts, including
Indian-born Kalpana Chawla, lost aboard the space shuttle
Columbia in February, NASA has announced.
"I
like to think that in the years, decades and millennia ahead,
people will look to the heavens, locate these seven celestial
sentinels and remember the sacrifice made by the Columbia
astronauts," Raymond Bambery, head investigator of the NASA
Jet Propulsion Laboratory's asteroid tracking project in
Pasadena, California, said on Wednesday.
The
Columbia's commander Rick Husband, pilot William McCool,
mission specialists Kalpana Chawla, Michael Anderson, David
Brown, Laurel Clark and Israeli astronaut Ilan Ramon died
on February 1.
As
they re-entered the Earth's atmosphere, their Shuttle disintegrated
200,000 feet over Texas.
The
asteroids were discovered at the Palomar observatory near
San Diego, California on July 19-21 2001 by NASA astronomer
Eleanor Helin.
The
names have been approved by the International Astronomical
Union.
Asteroids
orbit the sun like the rest of the Solar System's planets,
but are small, irregular in shape and most orbit in a belt
between the planets Mars and Jupiter.
Courtesy:
www.hindustantimes.com, August 07, 2003
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