30 January 2015

The Muslim population

Among the three countries that once constituted undivided India, in 2001-11 had a decadal population growth rate of about 20 per cent, India's Muslims (it has now been revealed) 24 per cent, and slightly more than 14 per cent. If India's Muslims had witnessed Pakistan's population growth rate of 20 per cent, the country would have had about five-six million fewer Muslims in 2011. And if Bangladesh had experienced the same 20 per cent population growth rate, it would have had seven million more Muslims. So does the explanation for the higher growth rate in and the lower rate in Bangladesh lie primarily in the migration of Bangladeshis to India? It might seem so, given that the growth of the in the border districts ofand has been the highest (which is not to say that don't settle in more distant parts of India, including Delhi).

Even at 20 per cent, the growth rate of the domestic Muslim population would be higher than for all non-Muslims (17 per cent). The difference though would be smaller than the census numbers have recorded, and would be explained by two factors: the lower socio-economic status of Muslims in India (the poor tend to have more children), and the greater resistance of Muslims to family planning. This latter is evidenced by the higher growth rates in the population of both Pakistan and Bangladesh in the period since Partition. But there is no cause for the paranoia in some circles that "will be reduced to a minority" in India. More reasonable projections suggest that the Muslim population at its peak may be 18-19 per cent of the population.

That would be a significant change from the 10 per cent of 1951, and it is just as well that the government has released the religion-wise census numbers (the previous government had no business hiding them, as though they contained a dirty secret). But one must understand the numbers in order to be able to deal rationally with the issues they raise.

There are three specific issues. First, if the higher growth rate in the population of Muslims is because of their inferior socio-economic census, then that underlying problem should be addressed. However, the report of a commission that went into this a few years ago and recommended solutions was widely criticised. Its recommendations have no chance of getting any purchase with the present government. Second, ways should be explored to encourage more Muslims to adopt family planning.

The third issue would be to explore whether illegal immigration can be reduced. Since this would seem to be the primary problem, every effort should, of course, be made in this direction. But if one is to judge by the experience on the US-Mexican border, there is little chance of success, even if fences are set up and the Border Security Force made less corrupt (anecdotal evidence is strong that they facilitate immigration in return for pay-offs). It is worth bearing in mind that if India continues to do better economically than Bangladesh (whose per capita income is now barely two-thirds of India's), there will be even more illegal immigration.

Does that mean there is no escape from a steady increase in the Muslim population? Whether one likes it or not, that is the likely prospect for the foreseeable future. Asking Hindus to have more children or attacking Muslims politically will not deliver solutions. What Hindus can usefully do is stop killing girl children, as Mr Modi exhorted the other day. That way there will be more Hindu women reaching child-bearing age.

8th National Conference on e-Governance

8th National Conference on e-Governance

Theme: Digital Governance-New Frontier
The Department of Administrative Reforms and Public Grievances (DARPG), Government of India, in association with the Department of Electronics & Information Technology, Government of India and Government of Gujarat, is organising the 18th National Conference on e-Governance on January 30-31, 2015 in Gandhinagar, Gujarat. Senior Officers from the Government, Industry, academicians, technical experts and NGOs will participate in the event.

The Chief Minister of Gujarat, Smt. Anandiben Patel, the Minister of State in the Prime Minister’s Office, Personnel, Public Grievances & Pensions, Dr. Jitendra Singh; will be present during the inaugural session on January 30, 2015. The occasion will also be attended by Secretary, DARPG, Government of India, Shri Alok Rawat; Secretary, Department of Electronics and Information Technology, Government of India, Shri R. S. Sharma; Chief Secretary, Gujarat, Shri D. J. Pandian; President NASSCOM, Shri R. Chandrashekhar; Special Secretary, DARPG, Shri Arun Jha; and other Senior Officers from the Government of India and various State/Union Territory Governments.

National e-Governance Awards for the year 2014-15 will be presented in 12 different categories concerning various aspects of e-Governance during the inaugural session by the Chief Minister of Gujarat and the Minister of State in the Prime Minister Office and Personnel. The Valedictory session will be graced by the Governor of Gujarat, Shri O.P. Kohli and the Minister of Science & Technology, Government of Gujarat, Shri Govindbhai Patel. The National e-Governance Awards recognise some of the best Government to Government (G2G), Government to Citizen (G2C), Government to Business (G2B) initiatives taken by various government departments and also initiatives of public sector units and Non-Government Institutions. The Conference along with the Exhibition is a forum to showcase best practices, innovative technologies and ICT solutions.

The 18th National Conference on e-Governance, with the theme “Digital Governance-New Frontier”, will explore the benefits of the use of ICT, how e-Governance leaders can act as the agents of change, integrated service delivery and use of mobile platform for expanding access rapidly. Focus sector of the year is “Skill Development and Employability”. 

lyricist and actor Shekhar Sen appointed as Chairman of Sangeet Natak Akademi

Renowned singer, music composer, lyricist and actor Shekhar Sen appointed as Chairman of Sangeet Natak Akademi
Shri Shekhar Sen has been appointed as the Chairman of the Sangeet Natak Akademi (SNA). Shri Shekhar Sen is an eminent singer, actor, theatre director, composer and lyricist.

According to an order issued by the Union Ministry of Culture dated 28th January,2015 Shri Shekhar Sen has been appointed as Chairman of SNA for a term of 5 years with immediate effect.

Shri Sen has done many research oriented musical programmes and has rendered many significant Bhajan Albums since 1983 as singer, lyricist and composer. He is famous for his mono act musical plays “Tulsi”,” Kabeer”, “Vivekananda”, “Sanmanti”,”Saahab” and “Soordas” which have been highly acclaimed.

Shri Shekhar Sen has received prestigious awards including PadamShri and state level awards.

A brief bio-data of Shri Shekhar Sen is enclosed.

Bio-data of Shri Shekhar Sen


Shri Shekhar Sen is an accomplished singer, music composer, lyricist and actor. He started his career as a music composer and subsequently shifted towards composing Bhajans. He has rendered many Bhajan Albums as singer, lyricist and composer. Over the years as a playwright, actor, singer, director and composer, Shri Shekhar Sen has created many one man musical plays like “Tulsi”, “Kabeer”, “Vivekananda”, “Sanmati”, “Saahab” & “Soordas” and performed many shows of his Mono act Musical Plays. He has also undertaken research oriented musical programs like “Dushyant Ne Kaha Tha”, “Madhya Yugeen Kaavya”, “Pakistan Ka Hindi Kavya”, “Meera Se Mahadevi Tak”.

Shri Sen’s performances have been acclaimed in India and in countries such as US, UK, Belgium, Surinam, Singapore, Jakarta, Hong Kong, South Africa, UAE, Mauritius and Trinidad where he has performed.

Shri Sen has performed in many singing concerts and also performed his mono act musical play ‘Kabeer’ in the Lok Sabha. His Mono Act Musical Plays have received great acclaim in India as well as abroad.

Among the many honours conferred to him, Honble President of India has approved conferment of Padma Shri Award on Shri Shekhar Sen in the field of Arts. He was also awarded with Safdar Hashmi Puraskar in 2001 by the Sangeet Natak Academy of Uttar Pradesh for his contribution in the field of theatre and the V. Shantaram Samman by the Maharashtra Rajya Hindi Sahitya Academy in 2008. 

University of Hyderabad wins visitor’s award for ‘Best University’


The President of India, Shri Pranab Mukherjee will present Visitor’s Awards for Central Universities in the categories of ‘Best University’, ‘Innovation’ and ‘Research’ for the year 2015 at a function to be held at Rashtrapati Bhavan on February 4, 2015. This function will coincide with the third Conference of Vice Chancellors of Central Universities scheduled to be held from February 4-5, 2015.

The Visitor’s Award for the ‘Best University’ will be awarded to University of Hyderabad.

Visitor’s Award for ‘Innovation’ will be given to Prof. Vijay K. Chaudhary and Dr. Amita Gupta of University of Delhi who have invented ‘TB Confirm’, a rapid diagnostic test for Tuberculosis.

The Visitor’s Award for ‘Research’ will be presented to Cosmology and Astrophysics Research Group, Centre for Theoretical Physics, Jamia Millia Islamia for path breaking research carried out in the field of Astrophysics and Cosmology.

The ‘Best University’ will receive a Citation and Trophy while winners of Visitors’ Award for ‘Innovation’ and ‘Research’ will receive a Citation and cash award of Rs. one lakh.

The President had announced institution of these awards at the Vice Chancellors’ Conference last year with the aim of promoting healthy competition amongst Central Universities and motivating them to adopt best practices from across the world.

For selecting the winners, online applications were invited from all Central Universities for each category. A Selection Committee comprising of Smt. Omita Paul, Secretary to the President as Chairperson and Secretary, Department of Higher Education, MHRD; Secretary, Department of Science & Technology; Chairman, UGC; Chairperson and Vice Chairpersons of National Innovation Foundation; Director-General, Council for Scientific & Industrial Research (CSIR) and Director IIT Delhi as members chose the winners of the Awards. 

Make in India - Defence Sector

Achieving self-reliance and reducing dependence on foreign countries in defence is a necessity today rather than a choice, both for strategic and economic reasons.  The Government in the past has created production capabilities in defence in form of Ordnance Factories and Public Sector Undertakings to cater to the requirements of our Armed Forces. However, there is a need to enlarge the role of Indian private sector as well to develop capabilities and capacities for production of various defence equipments. 
            Our Prime Minister has taken a very important initiative in form of ‘Make in India’ to promote and encourage domestic manufacturing of various items.  The requirement for domestic production of defence equipment is more than for any other sector because it will not only save precious foreign exchange but will also address the national security concerns.
            Government being the only consumer, ‘Make in India’ in defence sector will be driven by our procurement policy.  The Government policy of promoting domestic defence industry is adequately reflected in the Defence Procurement Policy, wherein preferential treatment is given to ‘Buy (Indian)’ and ‘Buy and Make (Indian)’ categories of acquisition over ‘Buy (Global)’.  In the days to come, import is going to be the rarest of the rare option and first opportunity would be given to the Indian Industry to develop and manufacture the required systems.  As Indian companies presently may not have adequate capabilities in terms of technology, they are encouraged to partner with foreign companies for joint ventures, technology transfer arrangements and tie-ups.
            If we look at the profile of Acceptance of Necessity (AONs) granted by Defence Acquisition Council (DAC) in the last couple of months after the new Government has come to power, proposals worth more than Rs.65,000 crores have been categorized under ‘Buy (Indian)’ and ‘Buy and Make (Indian)’. The process of further orienting the Defence Procurement Procedure towards procurement from domestic industry will continue in future as well.  The procurement process would be made more efficient, time bound and predictable so that the industry can plan its investment and R & D well in advance to meet the requirement of our armed forces.
            Till now, there were many entry barriers for the domestic industry to enter into defence sector in terms of licensing, FDI policy restrictions etc.  In the last six months, the Government has taken several policy initiatives to ease the process of entry into defence manufacturing.  The most important is the liberalization of the FDI policy regime for Defence sector to encourage foreign investment in the sector.  FDI up to 49% is allowed through Government route (with FIPB approval).  FDI above 49% is also allowed on a case-to-case basis with the approval of Cabinet Committee on Security wherever the proposal is likely to result in access to modern and state-of-the-art technology in the country. Restrictions in earlier policy related to Foreign Institutional Investment (FII) and majority shareholding to be held by single Indian shareholder have been removed.
            Even though private sector industry was allowed to enter in defence manufacturing since 2001, after obtaining industrial licence under IDR Act, the process of obtaining industrial licence was very cumbersome and used to act as a major road block for the industry, particularly small and medium industry, who were in the business of making part, components, sub systems and sub-assemblies.  The Government liberalized the licensing policy and now most of the components, parts, raw materials, testing equipments, production machinery, castings, forgings etc. have been taken out from the purview of licensing. The companies desirous of manufacturing such items no longer require industrial licence and will also not be subjected to FDI ceiling of 49%.  A comprehensive Security Manual indicating the security architecture to be followed by various class of industries has been put in public domain, so that companies could easily access the same and follow it accordingly. The initial validity of industrial licence has been increased from two to three years.
            For the first time, a Defence Export Strategy has been formulated and has been put in public domain. The strategy outlines specific initiatives to be taken by the Government for encouraging the export of defence items. It is aimed at making the domestic industry more sustainable in the long run as the industry cannot sustain purely on domestic demand. A Standard Operating Procedure (SOP) for issue of NOC for export of military stores has been finalised and has also been put in public domain. Requirement of End User Certificate (EUC) to be signed and stamped by Government authorities has been dispensed with for most of the defence items, particularly parts, components, sub-systems and sub-assemblies. This will largely ease out the export by the domestic industry. A web-based online system to receive applications for NOC for export of military stores has been developed and has been put in place.
            There is a big opportunity in the defence sector for both domestic and foreign investors. We have the third largest armed force in the world with an annual budget of about US$ 38 billion and 40% of this is used for capital acquisition. In the next 7-8 years, we would be investing more than US$ 130 billion in modernization of our armed forces and with the present policy of MAKE IN INDIA, the onus is now on the industry to make best use of this opportunity for the benefit of both the business as well as the nation. Besides, under offset more than Rs. 25000 crore obligations are to be discharged in next 7-8 years.
            While on the one hand, Government is making necessary policy changes with regard to procurement, investment including FDI, licensing, export etc., the industry also needs to come up and accept the challenge of up-gradation in terms of technology and required investments. Defence is the sector which requires huge investments and technology and is driven by innovation. The industry, therefore, has also to change its mindset and think for long term rather than temporary gains. We need to focus more on Research and Development and state of the art manufacturing capabilities. The Government is fully committed to create an eco-system for the domestic industry to rise and to provide a level-playing field to all sectors of industry, both public and private.

29 January 2015

Notification for UPPCS-2015 PRE IS OUT,samveg ias



Last date :28-02-15
pre exam date : 29-03-15
Mains exam date : 17-06-15
No of vacancies : 450

Note : no change in mains pattern.still two optional in mains.dear candidate before UPSC ,IT IS GOOD OPPORTUNITY TO APPEAR AND PRACTICE IN UPPCS.

http://uppsc.up.nic.in/View_Enclosure.aspx?ID=103&flag=E&FID=334

Building a molecular lego to fight malaria and TB

Tuberculosis and malaria are the most prevalent diseases that kill mankind today. Currently available methods and drugs are unable to stem the tide. This is why governments, the Gates Foundation, Wellcome Trust and others are investing large sums to find ways to stop or reduce their prevalence and to help develop new methods and molecules as drugs.
The battle between these pathogens and people is a colossal one. We need newer methods and drugs to kill these pathogens mycobacterium tuberculosis (Mtb) andplasmodium falciparum (and p. vivax). And the battle is literally mind over mutations. The human mind has continuously attempted to devise novel molecules as drugs such as the fluoroquinolones, rifampicin, and artemisinin. On the other side, even though large numbers are killed by these drugs, an occasional outlier bug which does not succumb to the drug, thanks to a random “error” in its genetic sequence (mutation), survives and reproduces more of itself. Pretty soon, this drug-resistant mutant propagates to become the main strain, and the thoughtfully crafted drug is no longer effective.
It is also a battle of time scale. While we take years to create effective drugs and distribute them for everyday use, microbes take just hours and days to reproduce and propagate to billions in months. While the TB strains of just a few years ago could not survive rifampicin (which blocks the bug’s RNA making machinery, thus stopping its growth), today’s strains have evolved to find alternate paths to carry on. Similarly, with malaria, while artemisinin (the wonder drug of yesteryears) acts on the blood ingested by the parasite, “burns” it through oxidative stress and thus kills the pathogen, today’splasmodium strains have evolved with a mechanism to detoxify this oxidative stress and become artemisinin-resistant. We are thus facing hosts of multi-drug-resistant pathogens infecting us.
It is against this background that some new ideas have come about which could hopefully side-step this resistance issue. Note that the earlier drugs act on the pathogen after it enters the target cells in the body — be it blood, liver or elsewhere — and use the host machinery to grow and multiply. What if we stop the entry itself? Would that would stop the pathogen on its track and thus stop the infection?
Some minds have been thinking such a thought and carried out research towards this idea. The most recent one, published two weeks ago (on Pongal Day, 14-1-2015) in the journal Nature Communicationsis by Drs. Anand Ranganathan, Pawan Malhotra and their colleagues at the International Centre for Genetic Engineering and Biotechnology, and All India Institute of Medical Sciences, both in New Delhi, India (6:6049/DOI:10.1038/ncomms7049/www.nature.com/naurecommunications).
The group has capitalised on the idea that some molecules on the surface of cells, termed intercellular adhesion molecules (ICAMs, which are part of the immunoglobulin super-family) act as sentries, regulating the entry and adhesion of other cells, native or foreign. The molecule ICAM-1 is seen on various cell types, notably macrophages (a type of white blood cells that ingests foreign material). ICAM-4, on the other hand, is restricted to the surface of red blood cells. One can thus see that while ICAM-1 would regulate the entry and invasion by Mtb into macrophages, ICAM-4 would regulate malaria parasites likewise.
If only we could discover or invent a decoy molecule that sits at this gate, blocking the entry of Mtb, we could overcome infection by this deadly pathogen. Likewise, if we can block the entry and invasion byplasmodium into red blood cells, using a decoy molecule that binds to ICAM-4, we would have a drug against malaria. Note too that these decoys do not work after the event (like the drugs above do), but deny the unwelcome visitor the ‘visa’ to enter and do damage.
Molecular Lego pieces

To this end, the Delhi group decided to work on a novel idea that Dr Anand Ranganathan had come up with a decade ago, which he calls the “codon shuffling method” of making small protein molecules (see J. Biol. Chem. 280: 23605, 2005). This involves the use of a series of properly chosen “DNA Bricks”, each 6 bases long (two codons-long, for the cognosenti), linking them together to various lengths to produce a ‘library’ of peptide/protein molecules of various sizes and predictable shapes. This is an easy and crafty way, using these DNA bricks, to make a whole host of mini-proteins as potential drugs.
They next tested to see which members of the above library interact with ICAM-1 and with ICAM-4. Happily enough, a large peptide named M5 was found to bind strongly to both ICAM-1 and ICAM-4. They next challenged Mtb with macrophages in the presence of M5. While Mtb infects control samples efficiently, the rate dropped by 80 per cent in the M5-added samples. Likewise, when added to red blood cells, infection by the malaria parasite dropped by 80 per cent.
Actually, the codon-shuffling approach is more general and extendable to fight other pathogens too. And this approach is quite akin to Lego, the toy game with interlocking plastic bricks, which can be put together to make models of objects like buildings. While Lego is a game of pleasure, this molecular Lego opens the door for drug discovery.

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UKPCS2012 FINAL RESULT SAMVEG IAS DEHRADUN

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