Improvement of cucumber through biotechnological approaches

Cucumber, a member of the family Cucurbitaceae, has commercial importance (Nonnecki, 1989). Cucumber is cultivated in a small area of land in Bangladesh (BBS, 2005). Average yield of cucumber during 2002-03, 2003-04 and 2004-05 were 1.81, 1.81 and 1.77 mt/acre, respectively (BBS, 2006) which indicated that the yield has declined slightly. Different biotic and abiotic factors are responsible for low yield of cucumber in Bangladesh. Among the factors affecting yield of cucumber abiotic stresses are the most harmful. The use of genetic transformation may allow the production of abiotic stress tolerant plants in a significantly shorter period of time than using conventional breeding, especially if several traits are introduced at the same time. The geographic spread of cucumber production may contribute to food and nutrition securitties in Bangladesh. Many developed and developing countries are using tolerant varieties with the aim of increasing food/vegetable production. Keeping in mind the above facts, on disease/ virus free plantlet production and plant genetic transformation techniques for salinity and drought tolerant in cucumber, the present research was conducted.

Autorentext

S. M. Faisal was born on July 15, 1967 at Rangunia under Chittagong of Bangladesh. He accomplished SSC from Mariam Nagar High School in 1983 and HSC from Mohsin college in 1985. He obtained B.Sc.Ag (Hons.) degree from BAI in 1989 and MS from BSMRAU in 2002. He was awarded Ph.D in Biotechnology from BAU in 2010. He is now working at BARI.