Vaccination is one of the effective strategies to prevent FMD infection. Due to a high rate of mutation in FMD virus, there is an urgent need for the development of safe and effective vaccines for FMD.
“Bangladesh spends a lot of money to import FMD vaccines – but these are produced for foreign strains of FMD viruses, and they are ineffective against the virus strains circulating in Bangladesh. We need to have vaccine development capacity of our own,” says Prof. Anwar Hossain, Department of Microbiology of University of Dhaka and Manager of the sub-project titled, Foot and Mouth Disease in Bangladesh: Genome Analysis and Vaccine Development Project.
Prof. Anwar’s sub-project was awarded a competitive research grant of BDT 23.7 million (about US 304,000) from the Higher Education Quality Enhancement Project (HEQEP). His project is conducting studies to determine variation in FMD virus of Bangladesh origin and developing appropriate methods of prevention against FMD viruses. Using the fund, Prof. Anwar and his team upgraded their laboratory with essential modern scientific equipment such as real-time Polymerase Chain Reaction (PCR) machine to read DNA sequences and bio-safety cabinet together with a lot of indispensable laboratory consumables.
Since its inception in 2011, the sub-project has made significant achievements on their research work. These include completion of epidemiological study of serotype and lineage of FMD viruses, isolation and genome-wide analysis of FMD virus in Bangladesh, and publishing papers in international academic journals.
“I wanted to be a doctor,” said Batashi, a 13-year-old girl with an infectious smile, “But I had to leave school after class 3, there was no one else to look after my brothers.”
I met Batashi on a muggy afternoon in Korail, the largest slum in Dhaka city. Nestled in the shadows of the city’s glitzy condo buildings, Korail is home to 16,000 families that cram into just .25 square kilometers. Driven from their rural homes by poverty, about 500,000 people – roughly the population of Washington DC – migrate to the city each year.
This makes Dhaka one of the fastest growing cities in the world – a dubious honor for an already overstretched city. It is estimated that by 2030, close to 100 million people – almost half the population of Bangladesh – will be living in urban areas. Many of these migrants will inevitably end up in slums like Korail.
The air quality of Bangladesh’s capital - Dhaka - has dipped considerably in the last 10 years or so as the economy boomed, more factories were set up and the number of cars on the roads increased day by day. Air quality in Dhaka is quickly becoming one of the major health concerns for its residents; reliable and sophisticated data are thus urgently needed to help address this.
A proposal to establish a research center with modern and reliable laboratories for monitoring atmospheric pollutants in Dhaka, submitted by the Center of Advanced Research in Science (CARS) in University of Dhaka, received a research grant of about BDT 34.5 million (about US$ 442,000) from the Higher Education Quality Enhancement Project (HEQEP). The sub-project titled: “Establishing an Air Quality Monitoring Center” is headed by Dr. Shahid Akhtar Hossain, a professor of the Department of Soil, Water and Environment.
Let me tell you when magic happens. It transpires when few brilliant minds, optimistic hearts, energetic young people, and a fantastic facilitator meet. The Ideashop: Coding your way to opportunity organized by the World Bank in partnership with the Bangladesh StartUp Cup on June 14th at its Dhaka Office showed us glimpses of such magic. And it is only the beginning of our journey together.
Confident that the solutions to many of the challenges facing youth can come from within themselves, the World Bank and Microsoft has launched a regional grant competition in four South Asia countries – Bangladesh, Nepal, Maldives and Sri Lanka. The regional grant competition titled Coding your way to opportunity invites innovative ideas from youth led organizations and NGOs that will expand coding knowledge amongst youth and help them secure gainful employment.
Fallow lands in the coastal areas during the dry season
Such large areas of fertile lands are left fallow in spite of ample water available right there in the channels near the farms,” exclaimed Prof. M. Abdul Halim Khan in disbelief during our journey in mid-April to Patuakhali and Barguna. We were taking a trip to his agricultural research sites in the coastal region of Bangladesh.
Agriculture is one of the most important sectors of Bangladesh and its performance has tremendous impacts on poverty reduction, food security as well as overall economic development of the country. This is especially true for people in the coastal areas – mostly small rice farmers whose livelihood depend on the production of rice and other crops.
Despite that, most of the farm lands in the coastal areas remain unused in the dry season for as long as 6 months a year. The main causes of such underutilization of lands include: seasonal natural calamities such as cyclone and tidal surges as well as rising water salinity. There are two peak season for the formation of tropical cyclone in the Bay of Bengal; one in May and another in November. Likewise, salinity in drinking and irrigation water peaks from April to May. As a result, farming in the coastal areas is largely constrained to mono-cropping while double or triple cropping are common practices in other parts of Bangladesh.
To address this issue, Prof. Halim – a prominent professor at the Bangladesh Agricultural University (BAU) – launched a research project, “Strengthening Postgraduate Research Capability and Adaptation of Climate Resilient Cropping System in Vulnerable Coastal Region”, with funding of Taka 23 million (US$ 280,000) from the Academic Innovation Fund (AIF) program under the Higher Education Quality Enhancement Project (HEQEP).