By Tong-Cun Zhang, Motowo Nakajima
At the ICAB 2014, researchers from around the globe will assemble to debate the most recent medical examine, findings and applied sciences pertaining to Microbial Genetics and Breeding, Optimization and regulate of organic techniques, organic Separation and organic Purification, and Advances in Biotechnology.
This convention will supply a platform for educational trade at the software of biotechnology among household and foreign universities, study institutes, company specialists and students. The individuals will concentrate on the overseas improvement and destiny tendencies. the development will lay a great beginning for addressing key technical demanding situations in numerous components of utilized biotechnology, supplying possibilities to advertise the improvement and growth of the biotechnology industry.
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Additional info for Advances in Applied Biotechnology: Proceedings of the 2nd International Conference on Applied Biotechnology (ICAB 2014)-Volume I
Coli K-12, DH5α, JM109, and BL21 (DE3) were transformed with the pACLYCipi plasmid respectively, and then cultured in a 250 ml baffled flask in LB medium which is popular with bacteriologists because it permits fast growth and good growth yields for many species  (Fig. 1). As shown in Fig. 1, E. coli K-12 (pACLYCipi) exhibited the highest cell mass and lycopene content among the used strains. The ﬁnal concentration of lycopene produced by the used strains followed the order K-12(pACLYCipi) > DH5α (pACLYCipi) > JM109 (pACLYCipi) > BL21 (pACLYCipi).
Com B. Y. Z. Wang Á Q. X. T. -C. Zhang and M. 1007/978-3-662-45657-6_3 19 20 B. Qu et al. Valencia-type cultivars, which generally lack seed dormancy. Reportedly, yield reduction caused by untimely rainfall during harvest of these varieties varied from 10 to 40 %. Older Virginia-type cultivars generally possess seed dormancy. However, with the intensive exploitation of intersubspeciﬁc hybridization in nowadays groundnut breeding programs, some newer large-podded varietal releases, though with shorter duration and higher productivity, are found to have no seed dormancy .
18 C. Xiang et al. In this paper, BSA was used to identify SRAP molecular markers linked to salt tolerance in maize using two salt-tolerant, extreme types of DNA pools for the ﬁrst time. Six SRAP molecular markers closely linked to salt tolerance were obtained. This suggests that the salt tolerance of maize was determined by one incomplete dominant gene. The molecular markers obtained can be applied in salt-tolerant identiﬁcation of the maize germplasm resources, and markers-assisted selection in salt-tolerant breeding of maize.