Sanford J C, Smith F D, Russell J A
Department of Horticultural Sciences, New York State Agricultural Experiment Station, Cornell University, Geneva 14456.
Methods Enzymol. 1993;217:483-509. doi: 10.1016/0076-6879(93)17086-k.
The biolistic process is still rapidly evolving. We do not anticipate further major improvements in biolistic apparatus. There will probably still be further major improvements in particles, DNA coating, and vectors, as well as significant further advances in understanding of biological determinants of cell penetration and survival. The technology has currently reached the point at which it can be readily and reliably used for a wide range of applications. Given the information presented in this chapter, new applications can be optimized fairly readily.
生物弹道过程仍在迅速发展。我们预计生物弹道设备不会有进一步的重大改进。在颗粒、DNA包被和载体方面可能仍会有进一步的重大改进,以及在理解细胞穿透和存活的生物学决定因素方面会有显著的进一步进展。该技术目前已达到可以轻松且可靠地用于广泛应用的阶段。鉴于本章所提供的信息,新的应用可以相当容易地得到优化。