PANDEMICS BEFORE COVID-19: A HISTORICAL PERSPECTIVE

The word “pandemic” has a Greek origin meaning an epidemic of a contagious disease that has spread across several countries and continents infecting a large number of people.

Infectious diseases have killed human beings throughout history. In the wake of the present COVID-19 crisis that our planet is going through, it is quite evident that no amount of technological advancement can stop pandemics from happening. Experts have always warned that there are undiscovered viruses and other microorganisms whose number may run into millions and a pandemic happening in the foreseeable future was only a matter of time.

Since prehistoric times, disease outbreaks have wreaked havoc, to the extent of ending entire civilizations. As civilizations developed and progressed, a large number of people living in close proximity to each other and to domestic animals, provided conducive conditions for infectious diseases to grow and spread. The conditions were further aggravated by poor nutrition and poor sanitation. The first global pandemics were created due to overseas trading routes that spread the infections far and wide.

The earliest evidence of a possible epidemic comes from  a prehistoric site (Hamin Mangha in northeast China) where human remains of juveniles, young and middle aged adults were found stuffed inside a 5000 year old house. Researchers have called it a “prehistoric disaster” and have concluded that a possible epidemic might have resulted in the deaths and wiping out of an entire village. Another prehistoric mass burial site (Miaozigou, northeastern China) which approximately dates back to the same time period indicates that the region might have been epidemic prone. However, the nature of the disease can only be guessed.

An epidemic that lasted for five years ravaged the people of Athens at around 430 B.C. Scientists have long debated the nature of this epidemic. However, its severity can be understood from the words of Greek historian Thucydides -” people in good health were all of a sudden attacked by violent heats in the head, and redness and inflammation in the eyes, the inward parts, such as the throat or tongue, becoming bloody and emitting an unnatural and fetid breath.” (Source: https://www.livescience.com)

The Antonine Plague may have killed around 5 million people in the Roman empire during the time period A.D. 165-180. The disease which is believed to have been smallpox was first brought into the Roman empire by soldiers who had returned from a war. The epidemic contributed to an end of a peaceful period in Roman history, resulting in growing instability and civil wars. A vaccine for smallpox was introduced by Edward Jenner in 1796. Extensive immunization has completely eradicated smallpox.

Another epidemic, the plague of Cyprian is estimated to have taken 5000 lives per day around A.D.  250-271. The severity of this epidemic was  so immense that contemporary religious leaders signalled it to be the end of the world. Archaeologists have excavated burial sites in the city of Luxor, with dead bodies covered with lime which was a popular disinfectant used in ancient times.

The bubonic plague of Justinian (A.D. 541-542) marked the beginning of the decline of the Byzantine empire. It spread across Europe, Asia, North Africa and Arabia. Some reports estimate the loss of almost half of the world population to the pandemic.

Leprosy is a highly contagious bacterial disease that causes deformities in the human body. Europe saw leprosy taking pandemic proportions during 11 th century. Superstitions and absence of scientific temperament led to the belief that it was a punishment from God and victims of the disease faced social ostracization. Presently, leprosy is treatable with antibiotics.

An epidemic named “the black death” (1346-1343) caused by a now extinct strain of the bacterium Yersinia pestis brought about significant changes in Europe’s history. The dead were so large in number that it became hard to find labor. In the absence of scientific understanding of the cause behind the disease, forced isolation was imposed on sailors arriving in the port cities until they furnished proof of not being sick. An isolation of 30 days was known as a “trentino” but with time the forced isolation was extended to 40 days or a “quarantino” thereby coining the term “quarantine”. As an after effect of this epidemic, the surviving workers started getting better wages and lack of cheap labor accelerated technological innovation.

London, one of the major cities of the world, experienced a plague outbreak roughly every 20 years beginning from late 14 th century to late 17 th century – 40 outbreaks in 300 years. To prevent spread of disease, plague victims were forcibly confined to their houses (marked with red crosses), all public entertainment was banned, laws were formulated to separate and isolate the sick and the dead were buried in mass graves. Surprisingly, measures taken to contain pandemics are strikingly similar even in the 21 st century!

During the 16 th century, diseases from Europe and Asia were brought to the Americas by European explorers. The Inca and Aztec civilizations met their end as these indigenous people had zero immunity against these imported illnesses, thereby paving the way for the Spanish to take control of their territories. DNA studies of victims’ skeletons from an epidemic in Mexico and Central America (1545-1548) have revealed the disease to be enteric fever caused by S. paratyphi C. This remains a major threat to human health even today!

Plague epidemics continued to ravage Europe in the latter part of the 17 th century to the end of the 18 th century. One of the major causes of transmission was fleas from infected rodents. Loss of life continued, only the ones with immunity survived.

19 th century onwards, with the advent of the industrial age, a new set of diseases were found to inflict human populations across the world. Notable among them are – Cholera, Influenza, Measles and Polio. Although advancement in medical science and research in this period led to the creation of vaccines for many of these diseases, pandemics continued to occur.

The first cholera pandemic started in Russia in 1817. Cholera is a bacterial disease infecting the small intestine and spreads through water and food. The soldiers and sailors of the British Empire were instrumental in spreading cholera to India, Spain, Africa, China, Japan, Italy, Germany and America. According to rough estimates, around 1, 50,000 people lost their lives. Cholera has been mostly eradicated in the developed countries but it continues in the third world due to inadequate sewage facilities and absence of clean drinking water.

One third of Fiji’s population lost their lives to a measles pandemic in 1875. The disease was carried to the island nation by royal officials of the Queen of England, who contracted it during an official visit to Australia.

 A flu pandemic which started in Russia during 1889-1890, quickly spread across the globe in a matter of months aided by new transport links. Around 1 million people lost their lives to the virus.

Influenza pandemics have continually reappeared in various forms till recently. The Spanish flu of 1918-1920 infected around 500 million people of which one-fifth succumbed to its lethality. An avian borne virus was behind this disease and war time conditions brought about by World War I is estimated to be one of the reasons behind the spread.

The Asian flu of 1957 and 1958 originated in Hong Kong and thereafter spread to China, US and England. This flu virus had an avian origin. Over a million deaths were reported across the world before a vaccine effectively contained it. The H1N1 Swine flu pandemic of 2009-2010 was caused by the H1N1 virus that originated in pigs and then spread from person to person. The highly contagious nature of the H1N1 virus resulted in over a billion infections worldwide and casualties that went above 5 lakhs. This contagious disease is preventable by vaccination now.

The ongoing COVID-19 pandemic, believed to have originated in Wuhan, China is caused by severe acute respiratory syndrome coronavirus 2 (SARS‑CoV‑2). As of 2 June 2020, more than 6.25 million cases of COVID-19 have been reported in more than 188 countries and territories, resulting in more than 375,000 deaths; more than 2.69 million people have recovered.

(Source: https://en.wikipedia.org)

I conclude by quoting Benjamin Franklin –“An ounce of prevention is worth a pound of cure.”

The Science of Places: Exploring the Career Goals and Competencies of Future Geographer

 

“Geography is not restricted to computer desks and programming but it connects us with the spatial or geographic logic. It opens up our lives to the vast canvas of the real world”

Mentioned by Dr Priyank Pravin Patel who is an Assistant Professor of Geography at Presidency University, Kolkata unwraps the true potentiality of the geographic knowledge. The essence of Geography is not to just preparing a map, but also to find out true geographic logic behind it.

Dr Patel was speaking at an online panel discussion on “The Science of Places: Exploring the Career Goals and Competencies of Future Geographer” hosted by Department of Geography, School of Basic and Applied Sciences of Adamas University, Kolkata on 31st March 2020. The panel discussion aimed to showcase the career path to future geographers as a ray of hope amidst COVID-lockdown. Prof. Bimal Kumar Sarkar, Dean, School of Basic and Applied Sciences, Adamas University; Dr Nandini Chattopadhay, Senior Faculty at Calcutta International School, Kolkata; Mr Shakya Ganguly, Assistant Teacher, Bombay Scottish School, Mahim; Dr Jhilli Das Tewary, Head, Department of Psychology, Adamas University and Mr Abhijit Giri, Director, Career Development Cell and Group Outreach, Adamas University were the other panellists of the session. With more than 520 registered participants from more than 10 states of India, the discussion addressed various queries raised by the participants related to career prospects and planning in the field of geography and geoinformatics. Geoinformatics, the science and technology which develops and applies information science infrastructure to address location-based problems, offers most lucrative job-opportunities among youngsters, particularly those are coming from geography, computer science, engineering, physics and IT backgrounds. The wider entrants in the field of geoinformatics outside geographical domain, questions the credibility of Geography in the domain of geoinformatics, very relevant question pointed out by Dr Nandini Chattopadhay.

Screen Shots of Panel Discussion on The Science of Places: Exploring the Career Goals and Competencies of Future Geographer hosted by Department of Geography, School of Basic and Applied Sciences of Adamas University, Kolkata on 31st March 2020 (Picture Edits and Compilation: Ms. Kasturi Mukherjee, HOD, Department of Geography, SOBAS)

Geography, the science of where, what, when, why, and how does not restrict itself to the computer desks and programming languages, however, it opens up the wider horizon of knowledge, encompassing distinct dimensions of physical environment and society and empowers to solve real-real world problems applying geographical information system. A computer engineer may create a complex spatial algorithm to solve locational problems, but it is a geographer who who may decipher the spatial rationale behind it, said by Dr Priyank Pravin Patel. Huge curiosity among youngsters on career opportunities in Geography and Geoinformatics at the interdisciplinary platform was the major focus of discussion among panellists. Geography offers a wide-ranging interdisciplinary platform to its students, they develop essential transferrable skills in research, fieldwork, statistics & data science, computer programming and digital cartography. The wider exposure to physical and human environment teaches them geographic reasoning behind its distribution encompassing both the natural and cultural world. Geography students also learn to work with diverse databases, spreadsheets, digital cartography and GIS technologies that open up the more extensive skyline of opportunities. 

Career for Geographers

Whether you are Physical Geographer or Human Geographer, the diverse career path is waiting for you in India and abroad. Being physical geographer, one may prefer to explore the earth’s physical properties and processes while if someone is more inclined to human geography, they may take active participation in socio-cultural and economic processes.

Whatever field one may prefer, the future is bright for geography students. The major emerging career options for Physical Geographers include:

  • Environmental Consultants and Environmental Health Officer: Works on client contracts on environmental audits impact assessment, pollution, waste management and environmental policy. Major public sector recruiters Ministry of Environment, Forests and Climate Change, Central Pollution Control Board, State Pollution Control Boards etc. Dupont Sustainable Solutions (DSS), AECOM, ERM, Jacobs, Lloyd’s Register, DEKRA Insights are top corporate recruiters active in more than 40 countries.
  • Ecologists, Conservation Planner and Nature Conservation Warden: Undertakes floral and faunal studies and implement schemes for the creation and protection of habitats. Nature Conservation Wardens are recruited by national parks, wildlife trusts or private estates.
  • Scientific Officer and Field Survey Worker: Designs experiments and field studies and evaluates results.
  • Alternative Energy Manager, Recycling officer and Waste Manager: Opened up a wide horizon of lucrative opportunities to accomplish sustainable goals.
  • Hydrologists: Who studies water flow through channels and associated rock formations.
  • Water Quality Officer/Scientists: Works for water authorities on water sampling, surveys, quality analysis, pollution control and treatment. National River Conservation Directorate (NRCD) in the Ministry of Environment, Forests and Climate Change is the major recruiter at the national level.
  • Climatologists, Oceanographers, Environmental Educator, Ecotourism organizer are other favourable opportunities among geographers.

Geography studies the earth as the home of people and here the major role of human geographer emerges. Lucrative career opportunities are on the rise for future Human Geographers:

  • Urban Planner/Urban Designer: Under-graduation and Post-graduation degree serves an excellent foundation to opt for a career in Urban Planning. One of the most lucrative and highly paid jobs, strive to design city which is safe, functional and enjoyable. WHO, UNDP, World Bank, MNCs, real estate firms to urban local bodies of every countries and state recruiting urban planners.
  • Transportation planner: Works with government, real-estates, MNCs and private organizations to design and organize transit routes for communities, also managing public communication through sharing route information, system overhauls and many more. Geographers with deep knowledge of GIS and GPS technologies are a favourable choice for recruiters.
  • Landscape Architecture: Highly interdisciplinary career demands Masters in Architecture to enter, but Geography major students are playing a major role in the field. Designing outdoor spaces such as gardens, college campuses, playgrounds and public parks which are functional, attractive and sustainable is the major tasks of landscape architectures.
  • Demographer: Interest in population studies, census data and household statistics is foundation stone for a career in demography. Census Organizations, Bureau of Economics and Statistics, World Bank, Major research companies like Deloitte, KPMG, McKinsey and CII are major recruiters.
  • Market Research Analysts: Human geographers who can easily distinguish the behaviour of heterogeneous social groups, serving MNCs to reach their client effectively. Designing customer surveys, conducting market research and analyzing economic data are the major tasks of Market Research Analysts.
  • Surveyor and Cartographer: Works with engineers, planners, architectures and mapmakers to survey the land upon which developers plan to build, making the precise measurement, updating boundary lines and playing an essential role in any developmental work. Cartographers are map-makers whose major task is to collect, verify and reproduce geographical information. Public and private mapping organizations, research organizations, real estates, NGOs, academic sectors are major recruiters.
  • Health Care Analyst and Public Health Planner: Responsible for compiling and analyzing information and statistics related to health issues for specific communities and populations, to formulate an effective health care policy. Increasing demand for healthcare planners is on the rise with increasing effect of the pandemic. Human geographers with a keen interest in Health and Medical Geography are doing much well in these sectors. Ministries of Health and Family Welfare, National Health Care Systems, corporate and public hospitals are major recruiters.
  • Tour Guide: Revealing distinct aspects of the natural and cultural environment to its clients, the Tourism industry is another promising option for geographers. Many tourism agencies, Ministry of culture and tourism, preferring geographers for recruitment.
  • Data Scientists and Data Analysts: Up-gradation of geography syllabus and increasing incorporation of neo-geographical tools, statistical algorithms, machine learning, multi-criterion decision-making techniques, computer-programming, SQLs, text-analytics and learning and practices of GIS and statistical packages that enable a geographer to solve complex real-world issue have opened wide career opportunities to geographers in the field of data science. Data scientists, data analysts, big data analysts, spatial data analysts etc. are some of the lucrative jobs paying high salary packages to deserving candidates.

Career prospects in geography never stop here, if you expertise in your favourite domain, curious to know about the earth and its processes, ready to explore human and its habitat, love to participate in outdoors fieldwork, surveying and laboratory activities, Geography has many treasures to gift. 

Robotic Technology: A life changer

 

Robotics is a multifaceted combination of engineering and science that majorly associates mechanical engineering, electrical & electronics engineering and computer science engineering. It basically involves robot design, construction, controlling, image processing, sensors & feedback signals, and information processing. After the evolution of computers, robotics takes it to the next level of innovation where programmed intelligence has a major role. Now, it is the time of artificial intelligence and people has started working on robot-thinking which redefines the field of robotics. Robot-thinking is futuristic scope of innovations where tremendous number robotic technology can be realized in coming years. The robots are getting smarter with the continuously changing human needs and it will continue to piggy bank the fast-paced advancements in the multidisciplinary domain of Engineering & Technology.

It may be a matter of fun for the people relishing food, served by the robots, in a restaurant but engineering brain thinks and rethinks the technology behind it.  As a technologist, it really excites me when robots performing, during rescue operation in case of serious mishappening when human being is unable to serve the purpose. Also, robots find its applicability of working effectively and efficiently in hazardous and unsafe environment where it is difficult to work for human. Such challenging task gives a scope to think out of the box and to realize the technology by making such robots. No doubt, we are ready for such robotic world of technology but still many milestones needs to be achieved.

It will be really contributing for the society, if we can design a robot which will take care of cleaning activities of public toilets, roads, sewer where it is really heartbreaking to see the human being struggling with such task. It will be really interesting if we can design a robot which will do all the work of domestic need which a servant is doing. A robot can also be designed to serve as old age care or to assist a physically disabled person. A number of such challenges are available where we really need to work out and robotic technology is going to change the way of life.

Industrial Robots

If you try to understand the requirements of industries, its multifrontal need which is different for different industries and even one workshop to another workshop within a single industry itself. The question mark is, are all the industrial robotics problems are already solved? Obviously, the answer is no and today, all over the world, various companies can use robots but still don’t use it as it is not available specific to their industrial need.  It is remarkable to understand robot is not like to a simple electronics gadget that someone can buy it from the market rather it is the requirement based. There is a need of dedicated robot for specific set of tasks and the role of engineers starts here to design such robots to serve the purpose.

How technocrats will fulfill the need?

Future engineers will have to design and develop several different types of aforesaid robots that are supposed to perform a variety of different tasks which will accomplish the industrial or societal need. As the human requirements is continuously changing and therefore technology is also advancing to tune the need and it is a never-ending task. To design and control the activities of robot is really challenging and engineers have to play crucial role. In context to robotics once the need of a specific kind of robot is identified, technocrats has to make the compatibility between engineering hardware and software. Prior to design a robot, comprehensive research is also needed and further analysis, development of prototype and testing progresses the pathway

Employability for technocrats 

Nobody can stop this era of automation, in view that it will reduce manpower requirements rather individual has to think that who will provide and control this automation. It gives rise of a number of job opportunities. It is just transformation of job requirements from one industry to another industry.  Various multinational companies and government organizations are working in the field of robotics and requires skilled technocrats of all the engineering domains as their working hands.

Disclaimer: But big question looms large- How much intelligence to be pumped into a robot that doesn’t threaten the very mankind that created it?

 

JOB PROSPECTS OF STUDYING GENDER STUDIES

The term ‘gender’ is socially constructed which involves socio-cultural attributes of masculinity and femininity. It is different from the concept of ‘sex’ which mainly involves biological difference between male and female. Gender Studies encompasses studies about masculinity, femininity and also Third Gender (LGBTQI) community.

Employability after studying Gender Studies (Seminar on Gender):
In the Department of Sociology, Adamas University, a common paper entitled ‘Seminar on Gender’ is being offered at under graduate level for all students of School of Liberal Arts and Culture Studies along with students from Media and even Psychology. This paper provides an in-depth understanding about the social construction of gender along with the problems faced by binary and non-binary categories of gender followed by the impact of feminist movement.

After studying this paper on Gender, students are exposed to myriad opportunities both at the public and private sectors like:

1. HUMAN RIGHTS ACTIVIST: Candidates can get employment in Organizations like UN Entity for Gender Equality and the Empowerment of Women which is an UN Agency dedicated to establish gender equality or to prevent any kind of gender discrimination in society. Men’s Alliance works for socializing boys to prevent atrocities against women.

2. CAREER IN MEDIA INDUSTRY: Social media plays a decisive role in the everyday life of adolescents/youngsters. The paper of Gender opens various avenues for the candidate in the media industry like being public relation officer where one can publish blogs and articles on feminist activism. The candidate can also become a social media manager who is an individual in an organization who can contribute/monitor or measure the social media presence of a brand or product. It’s related to advertising sector. By being consistently associated with media industry, the candidate can become a feminist activist by promoting gender equality through strong channels and social networking.

3. CAREER IN GENDER AND SOCIAL PSYCHOLOGY: Social Psychology studies the nature, functions and phenomena of human behaviour and mental experience of individuals in social sphere. The major socio psychological phenomena include prejudice and inter-group conflict, impression management, sexual behaviour and socialization (Coleman, 1996).Any candidate specializing in gender or after studying the paper on Gender can combine it with medical field (social psychology) which will open up avenues or job prospects in mental health care, family care (therapist) and old age homes.

4. RESEARCH CONSULTANT/RESEARCH ASSISTANT: Specializing in Gender Studies which is an upcoming and an important arena helps the individual to work as research consultant/research assistant by being associated with various projects on gender and development. There are educational institutions which employs research assistants to work on certain projects at the national and international level.

5. EDUCATIONAL SECTOR: If the candidate wishes to pursue a career in Academics, he/she can appear for School Service Commission, NET/SLET examinations, qualifying which he/she can become teacher in schools and lecturer/Professors in government and private colleges/universities.

6. SOCIAL ACTIVISTS IN NGOs: As a social activist, the candidate can pursue career in NGOs working on gender and development and problems faced by working women and even violence against women in public and private spheres. There are NGOs like AKANSHA in Mumbai, Hope Foundation in Kolkata, Bangla Natok.com in Kolkata which works on myriad gender issues involving the victims of crime against women
and Third Gender both in the domestic and the public place. These non-governmental organizations help the candidates to shape their career with global reach.

7. CAREER IN GENDER AND LAW: Sociology of Gender has a strong affinity with legal studies and Law. If the candidate is interested in studying the legal cases involving gender discrimination or crime against women, men or Third Gender, he/she can work with various agencies, law firms; international development programmes in order to fight for gender equality and to meet out justice to the victims of gender based crime.

8. SEXUALIZED VIOLENCE EDUCATOR: Sex education helps to make the
youngsters aware about the knowledge, skills and values to make responsible choices about their sexual and social relationship affected by infectious diseases. Sexual violence involves violence in the household against men and women along with problems in reproductive health of women. It also involves violence regarding racism, homophobia which needs to be understood fro sociological perspective. An educator of sexualized violence or a counsellor can act as a therapist who can re-socialize the victims who has been subjected to such form of violence.

9. SOCILA POLICY ANALYSTS: One who specializes in gender studies can also become social policy analysts which involves finding solutions to problems like poverty, hunger and crime against women.

10. CONTENT WRITER: A candidate can become a content writer on different projects on gender based violence and gender and religion. These projects require content writers who can contribute on gender issues like depiction of women in different religions, gender construction of rituals and even depiction of sexuality in different religions of India and the world.

References:

1. Colman. Andrew, Social Psychology, January 1996,
https://www.researchgate.net/publication/280098253_Social_psychology Retrived
30-05-2020
2. Gender/Women Studies, https://www.mindler.com/careerlibrary/Social-Sciences-
Humanities/career-in-gender-studies-in-india Retrieved 30-05-2020

THE USE OF FACEBOOK FOR PROMOTION OF NEWS MEDIA – AND THE IMPACT OF COVID 19

Social media has been changing the face of Indian news media. Facebook is used every day by millions of users to connect with friends and family, share their experiences, and build a social network. Not only Facebook today has evolved into a platform where revenues can be earned. It has become a marketplace of sorts, where one can grow or promote their business on a Facebook page or group, search for employment and even play games.

Also, the audiences are now the content creators and they themselves can pick a story and post information about in on their social media accounts. Towards the end of 2018, Facebook has introduced their monetization policy in India. Now anyone can monetize Facebook video content for ad breaks and earn revenue out of it. However, there are certain rules and conditions for eligibility to earn revenue

Increased use of Digital Media – Impact of Covid 19

Due to the Covid 19 pandemic, consumers had to change their lifestyle significantly and social distancing, working from home, closed schools and colleges are all disrupting daily routines. According to a recent study, during the third week of March, the visits to websites and mobile apps in the ‘General News’ category saw an increase of 30%. Also, if we compare the visits with the data in February, then we can say that there has been an increase of 97%.

Digital journalism was already stealing a lot of audiences from the mainstream news media when Covid 19 pandemic led to further acceleration of the popularity of the social media as a platform for dissemination of news and promoting news media. The social media is interactive and allows the journalists direct access to their audiences.

People now have a lot more time at their disposal, which they otherwise would have spent working in office, attending events and meetings. According to online marketplace IZEA’s latest study, 66% of social media users believe their social media usage habits will increase significantly in the event they are confined to their home due to the Corona virus.

Also, the audiences are now the content creators and they can pick a story and post new information on their social media accounts.

Promotion of News by media outlets on Facebook

If the news story of a mainstream media is also shared on the social media like Facebook, then it has more chances of getting popular compared to news story which has not been shared on social media. So, the need of the hour is that the mainstream media must keep in mind to share and promote their content on social media as well, to grab the attention of the audience and stay ahead of their competitors. Today, most of the popular news channels and newspapers, all promote their content on Facebook to redirect the audiences to their portal. So, journalists should produce omnichannel content i.e. content that can be shared across all channels. The following picture shows you how a particular breaking news story has been shared on Facebook to increase its reach.

Journalism Project announced by Facebook

Facebook has recently announced $100 million package for promoting journalism. A fund of $25 million will be provided directly to local news organizations which are involved in quality journalism, through emergency grants via the Facebook Journalism Project. Another $25 million will be distributed globally.

The Facebook Journalism Project aims to help the local journalists working for a cause and provides them support for survival. It also makes available training programs to journalists on how to use tools of the social media to create popular and good quality stories. This project was initiated to counter the spread of fake news and promote ethical journalism.

Combating False Information

False information can be very easily spread on Facebook. So how Facebook keeps a check on it? It adopts a number of measures like using artificial intelligence to identify spam and pages which do not adhere to the policies of Facebook. The economic incentives of such pages are revoked. Also, as per the official page of Facebook, using signals such as feedback from community and independent third party fact checkers, the false information providers are detected and their news feed distribution is reduced to minimum. Facebook is constantly improving its policies and taking help of latest technology to combat the phenomenon of false information so that the ethics of using this medium are not compromised.

Sources:

  1. https://contentmarketinginstitute.com/2014/09/adaptive-content-omni-channel-technique/
  2. https://www.facebook.com/journalismproject
  3. https://www.journalism.org/2013/10/24/the-role-of-news-on-facebook/
  4. https://izea.com/2020/03/18/covid-19-social-media-usage-increase/
  5. https://about.fb.com/news/2018/05/hard-questions-false-news/

Perspectives of Macroeconomics: Backdrop COVID-19

This blog pertains to topics in

Unit 5 of ‘Advance Macroeconomics’ course of M.Sc.(Economics)

Units 1 to 4 of in ‘International Finance’ course of M.Sc. (Economics)

Unit 3 of ‘International Trade’ course of M.Sc. (Economics)

Unit 2 of ‘Institutional Economics’ course of M.Sc. (Economics)

Unit 2 of Ph.D. (Commerce) Discipline Specific Course I of coursework

What is macroeconomics? What are its perspectives? Which questions pertaining to COVID-19 period can or cannot it answer?

Macroeconomics as a course in a degree programme on Economics provides theories, principles and tools to (i) examine the level of standard of living of the populace or nation in terms of income, consumption and savings on aggregate or per capita basis, (ii) design strategies of policy intervention with a view to improving the above standard of living and (iii) develop criteria to compare the nations of the world in terms their wealth or quality of life.  In both of undergraduate and post graduate degree programmes macroeconomics is a compulsory course after microeconomics. The undergraduate level of the course is basic whereas its post graduate level is advanced. There are a number of areas as offshoots that flow from macroeconomics e.g. financial markets, international trade, international finance and institutional economics. Each of these reflects a unique perspective of the course and accordingly the learner obtains a direction toward choice of profession and prospective workplaces. Every perspective reflects a separate dimension and plays the role of a spectacle with a pair of glasses of a unique colour through which the learner looks upon macroeconomics and finds it in that colour and accordingly starts planning her course of actions, i.e. studying and applying and/or researching. Poised in the specific relevant perspective macroeconomics can answer the variety of upcoming queries like why the central bank reduces monetary policy rates, why the State Bank of India reduces deposit rates, why Jio Platforms Limited looks toward the international markets for raising capital or what is the nature of relationship between India and USA during COVID-19 period.

 

Perspective of Financial Markets

The course on financial markets can answer why the State Bank of India reduces deposit rates nowadays. This course focuses on interplay of the milieu of macroeconomic and financial information in decision making regarding choices of avenues and volumes of funds (i) to deploy in terms of acquiring assets through lending and investing, and (ii) to procure or raise through borrowing or creating liabilities through issuing securities and also, on part of the regulator, the choice of the mode of regulation of economic agents in the financial markets, e.g. investors, issuers, brokers, platform providers and investment banks. Investments in financial markets traces from the investment component of the national income identity. The places of making aforesaid decisions are (i) the divisions of analytics, treasury, risk management, asset liability management and regulatory compliance in business conglomerates e.g. Reliance Industries Limited Treasury, banks e.g. HDFC Bank Treasury, non-banking financial companies e.g. Life Insurance Corporation of India Treasury, clearing agencies e.g. Clearing Corporation of India Limited and ancillary companies of research and consultancy e.g. Dun and Bradstreet and rating companies e.g. Credit Information Bureau of India Limited (CIBIL), (ii) the divisions of supervision and research of regulatory institutions e.g. Reserve Bank of India (RBI) and (iii) divisions of research in self regulatory bodies e.g. Federation of Indian Chamber of Commerce and Industry (FICCI). A blend of lessons from the courses on financial markets, econometrics and data science can pave the learner’s way to higher studies or the doorstep of corporate research cells of the prospective workplaces e.g. National Stock Exchange of India Limited. The orientation of the course is toward processing secondary financial and macroeconomic data in lieu of macroeconomic theory.

 

Perspective of International Trade

The International trade course focuses on the bridge between the domestic and the international macroeconomic systems when the countries or nation states of the world are compared on the basis of their gross national products rather than gross domestic prodcuts or simply on the basis of their foreign exchange reserves, which is an important parameter in rating and judging the country’s repaying capacity in the case it goes for international borrowing. It deals with examining the determinants of the prices of exportables, prices of importables and exchange rates and designing the policies of encouraging or discouraging exports and imports, choosing an exchange rate regime and choosing a block or group of the nations for the purpose of smoothly carrying out the activities of exporting and importing and facilitating movement of capital to and fro between home and foreign destinations. Specialization in foreign trade with a blend of knowledge on International Relations can lead the learner to higher studies or employment in research institutes like Indian Council for Research on International Economic Relations (ICRIER). This blend can explain the nature of relationship between India and USA during the corona pandemic period.

 

Perspective of International Finance

The International Finance course can answer why Jio Platforms Limited looks toward international markets for raising capital. This course focuses on financial operations caused by underlying macroeconomic considerations through the role of exchange rates between home currency and international currencies e.g. US Dollar in determining the volume of net exports i.e. exports minus imports and the role of association of the home country with a block or group of other countries in determining own balance of payments. As a result the International Finance course embraces the topics on international financial markets e.g. currency derivatives and regulatory guidelines on external commercial borrowing. A blend of this course with the courses on International Business, International Banking, Risk Management and Derivatives can place the learner in the international branches, foreign treasuries and risk management divisions of the banks and investment banks and international financial institutions like the World Bank Group and the Hong Kong Exchanges and Clearing Limited Group. The command over historicity and evolution of the international monetary system would provide add on strength if the learner aims higher studies.

 

Perspective of Institutional Economics

The Institutional Economics course can answer why the RBI reduces the monetary policy rates during the corona pandemic period. This course focuses on rules and norms guiding the behaviour of the public, of which one of the outcomes is macroeconomics.  Every transaction at micro level and the following aggregation at macro level are guided by some rules administered by some group of people or an institution and accepted by the masses. For example any sale of goods is a contract between the buyer and the seller and governed by relevant laws. These laws are enacted by a house of legislators, i.e. a legal institution. Similarly every macroeconomic variable is under the control of some institution, e.g. inflation is under the control of the RBI, i.e. a regulatory institution. So implementation of macroeconomic theories is undertaken by institutions. Institutional economics deals with how macroeconomic behaviour of people or group of people on the one hand and institutions and laws on the hand influence each and as such evolve side by side. One can see that on the one hand regulations shape behaviours of banks and financial institutions but on the other hand some specific behaviour of the latter reflecting moral hazard but without violating the extant regulation give birth to some new regulations, e.g. Basel guidelines. Institutions as topics of study play important roles as financial regulators e.g. Securities and Exchange Board of Indi (SEBI) in the Financial Market course and trading blocs, e.g. European Union-North American Free Trade Agreement (EU-NAFTA) in the International Trade course, whereas legal and regulatory provisions like the Foreign Exchange Management Act (FEMA) are important topics in the International Finance course. Specialization in institutional economics combined with a strong hold on History of Economic Thought and Political Economy can lead the learner to policy research, economic journalism and higher studies.

 

Computer Aided Drug Design: A Biochemist’s Perspective

Student Contributors: Moni Kumari and Soumita Konar, B.Sc 2nd Year, Biochemistry

The interplay between humans and the surrounding microbes is inevitable and this is undeniably so for our foreseeable future. To combat the infection, numerous antimicrobial agents e.g. antibiotics for bacterial infection are available and have been routinely used over the decades. This, in turn, contributes to the steady rise of antibiotics drug resistance leading to the requirement of novel antibiotics. There is always a huge demand for the development of potential drugs and the identification of new targets in a short time frame.

            The world’s leading pharmaceutical industries are widely using computational tools for the design and discovery of therapeutic products for various life-threatening diseases. For designing new antibiotics, computer-aided drug design (CADD) along with experimental techniques can be used to elucidate the mechanism of drug resistance, to search for new antibiotic targets, and to design novel antibiotics for both known and new targets. Notably, CADD methods can produce an atomic level structure-activity relationship (SAR) thereby facilitating the drug design process by minimizing time and costs. For instance, researchers use bioinformatics approaches to screen various databases computationally for identifying potential targets.

            The hunt for new lead molecules against existing targets remains ceaseless. The computational approaches have been successfully used in various studies. Screening in silico database Chang et al. identified a new set of non-β-lactam antibiotics, the oxadiazoles, which are found to be potent inhibitors of penicillin-binding protein from methicillin-resistant Staphylococcus aureus, the cause of most infections in hospitals. The ligand-based drug design (LBDD) has been employed to explore third-generation ketolide antibiotic telithromycin, thereby successfully addressing the bacterial resistance problem associated with that particular class of antibiotics.

            The basic CADD workflow combines wet-lab methods to explore novel lead compounds and direct iterative ligand optimization as well. The process starts with recognizing a putative target e.g ligand binding site that leads to antimicrobial activity. In the structure-based drug design (SBDD), the three-dimensional structure of the target can be identified by X-ray crystallography or NMR or using homology modeling. The LBDD is a helpful approach when the crystal structure of the desired target is unavailable.

            The information regarding the modification of the lead compound to improve its efficacy is extracted from the structure-activity relationship. The results from CADD methods are then used to design compounds that are subjected to chemical synthesis and biological assays. The information gathered from the experiments is used further to develop the structure-activity relationship thereby increasing the potency of the compounds in terms of activity, absorption, disposition, metabolism, and excretion (ADME) considerations. Notably, CADD methods are updated regularly as researchers are continually implementing new CADD techniques with higher levels of accuracy and speed.

            CADD methods are mathematical tools for determining the efficacy of potential drug candidates as implemented in numerous programs. The examples of such fundamental tools for CADD commonly used in the laboratory are given below.

  • Commonly used MD simulation codes include CHARMM, AMBER, NAMD, GROMACS, and OpenMM.
  • For SBDD, the crystal structure of the protein, RNA, or other macromolecules can be obtained from the Protein Data Bank (PDB). Alternatively, a three-dimensional structure may be built using homology modeling methods with a program such as MODELLER or an on-line web server such as SWISS-MODEL.
  • The program that identifies potential binding sites includes FINDSITE and ConCavity.
  • Virtual database screening techniques are generally used to screen huge in silico compound databases to identify potential binders for a query target. Examples of docking software commonly used are DOCK and AutoDock as well as AutoDock Vina. The program Pharmer, uses 3D pharmacophores for database screening.
  • The in silico database of drug-like compounds is an essential component of CADD ligand identification based on virtual screening. An easily accessible database of lead molecules for virtual screening is ZINC.
  • Commercially available CADD software packages include Discovery Studio, OpenEye, Schrodinger, and MOE.

            In modern drug discovery, the CADD has strong implications since it utilizes experimentally and foretold information in designing new potent lead molecules. So far the success stories of drug molecules generated through molecular modeling are concerned, the structure-based drug design strategies have already contributed to the introduction of some drug compounds into clinical trials and for drug approval. Numerous online courses on CADD are available. Particularly for the students of Biochemistry looking for professional development, expanded skills for CV, the courses give basic knowledge on drug design approaches and methods. No wonder, there is the immense opportunity of jobs in this sector of Molecular Modeling & Drug Designing related to pharmaceutical companies.

References:

  1. Schneider G, Fechner U. Computer-based de novo design of drug-like molecules. Nat Rev Drug Discov. 2005; 4:649–663.
  2. O’Daniel PI, Peng Z, Pi H, Testero SA, Ding D, Spink E, Leemans E, Boudreau MA, Yamaguchi T, Schroeder VA, Wolter WR, Llarrull LI, Song W, Lastochkin E, Kumarasiri M, Antunes NT, Espahbodi M, Lichtenwalter K, Suckow MA, Vakulenko S, Mobashery S, Chang M. Discovery of a New Class of Non-β-lactam Inhibitors of Penicillin-Binding Proteins with Gram-PositiveAntibacterial Activity. J Am Chem Soc. 2014; 136:3664–3672.
  3. Velvadapu V, Paul T, Wagh B, Klepacki D, Guvench O, MacKerell A, Andrade RB. Desmethyl Macrolides: Synthesis and Evaluation of 4, 8, 10-Tridesmethyl Telithromycin. ACS Med Chem Lett. 2011; 2:68–72.

 

Gaps in patient care of chronic diseases during COVID 19 can be a long-drawn burden on healthcare

Mr. Banerjee, who is now 70, had a pacemaker implanted in the year 2010. The battery of the pacemaker lasts for around 10 years and he was supposed to undergo a minor surgery for replacing the battery sometime in July 2020. His physician suggested to avoid stress and anxiety so that battery lasts longer and the surgery could get postponed to September when doctors are expecting the pandemic would ease out.

Ms. Singh is supposed to deliver her first child in the month of August. When she last saw her gynaecologist before the lockdown, she was detected with gestational diabetes. March onwards her doctor instructed her not to visit diagnostic centre for regular blood tests or USG, neither visit her, for that matter, until any emergency situation.

Ms. Awasthi, a cancer patient, was undergoing last few phases of chemotherapy after surgery when the lockdown was announced. With a feeble immune system as a side effect of the therapy, she had to run between hospitals as the hospitals were shutting down one after another when healthcare workers were getting infected.

The state of mind of these three people and their family members is unimaginable. Mr. Banerjee lives with his wife as his children are settled elsewhere. Unable to bear the stress, he collapsed one day around mid of May 2020. He was shifted to an ICCU and the battery of his pacemaker had to be replaced within few days, way before it was scheduled. Ms. Singh along with her husband are fighting to keep calm and keep her blood pressure and glucose level under control. They can only pray to god so that no complication arises. Ms. Awasthi, a fighter by nature, is now unsure of every tomorrow that comes. And these are just a few examples from my life. There are hundreds and thousands of such patients who needed diagnosis, treatment and care, but are denied or delayed due to obvious reasons. The entire healthcare system is focused on prevention, diagnosis, treatment and containment of COVID-19 infection. Additionally, the doctors also want to safeguard their regular patients from COVID-19 infection.  Therefore, many such regular patients are likely to miss opportunities for timely diagnosis and treatment of their diseases.

Patients of chronic disease, being wary of going out, or facing difficulties in movement due to lockdown restriction might miss on treatment, ending up with long-term consequences. Many diseases like cancer and neurodegenerative disorders certainly require an early detection failing which their chances of recovery and survival will drop. Also, postponement of elective surgeries and procedures could have adverse impact on quality of life while the patients wait for the right time to get the treatment they need. There will be increased possibility of complications and worsening of disease, which will raise the overall burden of diseases of the country.

Moreover, the unavailability of several government set-ups that have been earmarked for COVID-19 has also limited the availability of emergency treatment of acute conditions for the less privileged whose only fall back for healthcare needs are public facilities. The inconceivable liability coming up on the healthcare industry of India and many other countries with ailing healthcare system cannot be assigned to the doctors and healthcare workers. The physicists, biologists, chemists and engineers should all come forward and innovate healthcare technologies that can support the doctors in diagnosis and treatment of these patients, thus decreasing the burden to some extent.

How will Indian Automobile Industry change after COVID-19 Lockdown

The Automobile Industry in India is one of the largest industries of the country that contributes about 49% of the manufacturing GDP and 7.5% of the overall GDP. The USD 100 billion industry provides employment to about 32 million people. In the last decade, the production of two-wheelers has increased by about 100% and the production of four wheelers, both passenger vehicles and commercial vehicles, has almost trebled. In 2018, the Indian Automobile Industry became the 4th largest Automobile Industry in the world. The growth of the Indian Automobile Industry is driven by two-wheelers and passenger vehicles as their total market shares were 80.8% and 12.9% respectively. Small and mid-sized cars dominate the passenger car sales. The following chart shows the market share of each segment.

Automobile Industry: Present Scenario

The Indian Automobile Industry has witnesses a boom in the last decade as-

  • There was a rise in the income of the middle class and also the number of youth in the population has increased.
  • 5% of India’s total FDI inflow was directed towards the automobile sector.
  • The Indian Government also took various initiatives like reducing GST, setting up National Automotive Testing and R & D Infrastructure Project (NATRiP) Centers and National Automotive Boards etc.
  • The companies started exploring rural markets.

Market Size:

  • The domestic automobile production increased at 2.36% CAGR between FY’16 – FY’20.
  • The domestic automobile sales increased at 1.29% CAGR between FY’16 – FY’20.
  • Automobile export grew at 6.94% CAGR between FY’16 – FY’20.
  • In FY’20, 26.36 million vehicles were manufactured and over 20.1 million vehicles were sold in India.
  • 77 million vehicles were exported in FY’20.
  • There was a growth of 20% in the sales of Electric Vehicles (EVs) as 1.56 lakh units were sold in FY’20.

The Great Indian Automobile Industry Crisis:

The spectacular growth of the past decade came to a screeching halt in the year 2019 as the country started to witness the worst kind of slowdown in its automobile sector. There was a huge decline in the demand and sales of passenger vehicles. In July 2019, passenger car sales declined to 31%, the lowest in 18 years, and in August 2019 it declined to 29% as compared to the sales of the previous year. There was a huge downfall in the sales of two-wheelers and commercial vehicles also.

A number of manufacturers started to cut their production and many production units were shut down.

Major reasons behind this slowdown can be summarized as under:

  • Over production and stocking by the companies
  • Reduction in consumer spending power due to decreased income level of the customers
  • New BS-VI emission norms
  • Increased costs mainly purchase cost and maintenance cost
  • Lack of promotion of the Electric Vehicles and
  • Distress in the rural segment of the car market 

Automobile landscape: How will it change?

The main factors that have driven the decline in sales of personal vehicles are rapidly growing urbanization, heavy traffic and also the increased cost of owning and maintaining a vehicle. But the ongoing pandemic COVID-19 will change the way people in India move around. Those who used to rely on public transport and other app cabs will now turn into motorists. They will start to commute by personal vehicles due to hygiene issues.

The following trends will be seen in the post Covid-19 era-

  1. Two-wheelers and used cars will be in demand: As it is unlikely that majority of the people who used to travel by public transport will be able to afford a personal four-wheeler, the demand for two-wheelers and used cars will increase. After the pandemic started to spread, there is already a rise in the sale of used cars as that is a more affordable way of transport in this situation. As the people of the country are facing pay cuts and their jobs are also at risk, customers are looking for the most economic way of transportation that will make them spend the lowest. Over 40 lakh units of used cars have been sold in FY’20 which is 40% higher than the sale of new cars.
  2. The potential customers will be affected: The Indian Automobile market consists of a diversified segment of customers. The sale in Indian market is driven by the businessmen, traders and also the rural customers. And these are the peoples whose income has been affected by the COVID-19 lockdown. These potential customers will take time to turn around and they will have a tough time making a purchase decision due to the uncertainty over the future.
  3. ‘Work from Home’ culture will be the new normal: The ongoing corona virus pandemic has made ‘Work from Home’ culture the new normal. All the organizations are running with limited work force and most of the employees are working from home. As a result the transportation needs of the companies as well as the individual employees will go down sharply, which will lead to lower demand and sales.
  4. Online Sales will increase: The operating costs of the dealers are already rising day by day while the sales are going down significantly. And with this COVID-19, there will be some additional costs like costs related to maintaining social distance, sanitization of the workplace, screening and monitoring of the employees, providing masks and PPE kits to the employees. As a result of this increased operating cost, the companies will be forced to shift from the Brick and Mortar structure to the digital platform.

The above factors will lead to a drastic change in the actual sales figure for the current fiscal year. The Q1 FY’21 is expected to be a complete sales washout.

According to the reports of CRISIL Research, a double digit decline can be expected this year due to this lockdown.

  • The sale of passenger vehicles is expected to decline by 24% – 26%.
  • A decline of 21% – 23% is expected for the two-wheelers.
  • The sale of commercial vehicle is expected to fall by 26% – 28%. 

Conclusion:

Considering the present scenario, it is unlikely that the automobile sector of India will go back to its pre- COVID-19 situation anytime soon. There will be significant changes in the consumer preference and buying behavior of the consumers. The post COVID-19 era will bring in many challenges as well as many opportunities. The companies will now rely intensively on digital showrooms for increasing their customer base and the Electric Vehicles will surely make a place in the Indian market.

Future Prospect of Real Estate Sector in India in the post Covid-19 Scenario

We are already aware of that the outbreak of Covid-19, the global pandemic of the century, is the major reason behind the present global economic slowdown. India is also one of the worst sufferers due to its huge population and the high population density. The global lockdown, the most effective preventive measure of Covid-19, halted the economic activities of the country, causing the economic slowdown.

Both commercial and residential real estate sectors in India are also suffering from the outbreak of the global pandemic. The real estate sector in India was already under stress during the year 2019 due to the credit squeeze, high leverage, rising non-performing assets in the construction finance and also due to the overall economic slowdown. This pandemic too added a jolt towards the growth of this industry. The following figures are showing the recent scenario of the real estate stocks, listed with the Bombay Stock Exchange (BSE), in India.

Figure 1: BSE Realty Index (6 Months) Source: Moneycontrol

Figure 2: BSE Realty Index (3 Months) Source: Moneycontrol

Figure 3: BSE Realty Index (1 Month) Source: Moneycontrol

The indices are considered as the smartest indicators of the economic condition of a country. The above three figures, extracts of the BSE REALTY, are clearly showing the current market status of the real estate stocks in India. The prices of the stocks of the real estate firms hit the rock bottom during this lockdown period. Furthermore, the market moved flat during the last three months. The real estate industry is still a labour intensive industry. The reverse migration of the workers, prompted by the nation-wide lockdown, also affected this labour intensive industry. However, the cut in the policy rates, by the Reserve bank of India, could boost the real estate market. But, lay-offs, pay-cuts and lesser job security of the employees reduced the demand in the housing sector which also added worries to the real estate market.

The market experts are expecting more reduction in the post Covid-19 market scenario. The rating agency India Ratings expects that there will be a decline in the residential real estate market in India. The National Real Estate Development Council (NAREDCO) is also expecting around 10 to 15 percent drop in the real estate market in India. NAREDCO is expecting a loss of around Rs. 1 Lakh Crore in the realty market due to this global pandemic. But, Mr. Deepak Parekh, the Chairman of the mortgage lender Housing Development Finance Corporation (HDFC), is expecting around 20 percent reduction the real estate prices due to the corona virus pandemic and the global lockdown. In fact, government had announced various incentives for affordable housing. But, at that point of time, the outbreak of corona virus pandemic halted the Indian housing market.

But what is next for the real estate industry? Industry experts are not expecting growth in this industry in the near future, i.e., for the next six months to one year. It will certainly take time to go back to its normal flow of activities. In reality, we have to wait till the economic activities catch its’ own path, as it was in the pre-Covid-19 stage. Moreover, India may become a favourite destination of the investor as most of the nations do not prefer China for their controversial role during the global Covid-19 pandemic.

Then what is left for the investors of the real estate stocks? For the stock market investors this is the right time to invest in the real estate stocks as the market is under sluggish condition right now. It is expected that the market will going to be surged after six months or one year. The investors will get their expected return from the stocks, in which they have made their investments, if they hold it for a long term. The investors, who are already holding the stocks under this sector, are suggested to stay invested to get “The Fruit of Patience”.

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