NCDC Current Affairs

Meghalaya Milk Mission launched in Shillong

Meghalaya Milk Mission was launched in Shillong. It is Rs. 215 crores project sanctioned by Union Ministry of Agriculture and Family Welfare through National Cooperative Development Corporation (NCDC). The amount will be utilised for various training under dairy farm, chilling centre and purchase of milch animal.

Meghalaya Milk Mission

Milk Mission has been conceptualised to plug demand-supply gap in per capita milk availability. The per capita milk availability in Meghalaya is much lower than Indian Council of Medical Research (ICMR’s) recommendation of milk consumption per person.

It will help in achieving Centre’s goal of doubling farmer’s income by 2022 through promotion of milk business in the state. It will generate alternate livelihoods for rural people of Meghalaya through diary sector. 2000 farmers will be directly benefitted by it over next four years. It will also check absence of organised marketing channels in dairy sector in Meghalaya. It will enable state to substitute import of milk with state’s own production.

The project consists of 2000 dairy farm units, in one unit there is provision for purchase of 5 cows, shed constructions, storage room construction, animal insurance, 13 milk tankers of 3000 litre capacity, 79 bulk milk coolers of 500 litre capacity etc. There is also provision of Rs 1 crore for training of farmers in project.

Month: Categories: States Current Affairs - 2018


CSIR-IGIB and NCDC Researchers develop DNA sensor for quick pathogen detection

Researchers form CSIR-Institute of Genomics and Integrative Biology (CSIR-IGIB) and National Centre for Disease Control (NCDC) have developed an ultrasensitive DNA chip based sensor for quick pathogen detection.

The senor can detect S. pyogenes, a bacterium which causes a wide range of diseases in about 30 minutes. The conventional method takes 18-24 hours identification of the S. pyogenes.

Key Facts

The DNA chip based sensor consists of a carbon electrode embedded with gold nanoparticles. By means of a bioinformatics study, researchers were able to design probes which are specific for S. pyogenes. The working electrode surface of the sensor is attached with several small-sized, single-stranded DNA probe specific to the pathogen.

When patients’ DNA, isolated from throat swabs are placed on the surface of the sensor, they bind to the complementary single-stranded DNA on the device leading to electrochemical change. This is measured using a differential pulse voltammetry.

Significance: The sensor is highly sensitive and could detect even 60-65 bacteria in a 6 microlitre sample. It could identify the pathogen even at very low concentrations of DNA.The sensor was found to be stable for 12 months with only 10% loss in initial current peak on storage at 4 degree C. 

S. pyogenes infections

S. pyogenes cause diseases ranging from mild skin and throat infections to life-threatening toxic shock syndrome. If not treated during early stages of the infection, it can even lead to rheumatic heart disease (heart valves damage). It affects 700 million people every year.

Month: Categories: Science and Technology Current Affairs - 2018