Sentence examples for modern breeding technologies from inspiring English sources

Modern breeding technologies with biotechnological techniques are required to increase the productivity.

The combination of conventional and modern breeding technologies will be helpful to increase the yield of rubber tree [ 4].

However, very limited genomic resources are available for rubber tree, which restricted the development of modern breeding technologies.

However, very limited genomic resources are available for P. lactiflora, with only 195 nucleotide sequences deposited in GenBank until 24 January 2014, which has restricted the development of modern breeding technologies.

SGA follows the practice adopted in modern breeding technology where healthy animals are cultivated by interfering with the natural selection process and filtering out pubs with undesirable characteristics using the principle of elitism.

With the application of modern breeding technology, the major biological characteristics of meat chickens or broilers, i.e. pectoral (breast) muscle yield, body composition, daily weight gain, feed conversion efficiency and resistance to disease, have been improved significantly [ 4, 5].

For food production this will mean using both agricultural ecology and modern plant breeding technologies, as well as innovative ways of creating access to markets for seeds, fertilisers, microcredit and microinsurance schemes, and to sell produce at fair prices.

As extension specialist he has written extensively about the importance of modern plant breeding technologies for the development of a sustainable agriculture.

Initially she inserted the gene using bacteria, but then her colleagues managed to breed the ancient rice with modern varieties using genetics-assisted breeding technologies, which transferred the flood-resistance gene and not much else.

The conference included six thematic areas: (1) defining and protecting the yield potential of traits and genes; (2) high-throughput precision phenotyping in the field; (3) molecular technologies in modern breeding; (4) plant ideotype; (5) data analysis, data management, and bioinformatics; and (6) national challenges and opportunities for China.

The progress made in these breeding technologies, especially the modern biotechnology-based breeding technologies, has had a great impact on crop breeding as well as on our lives.