用于提高采收率的单肽表面活性剂的构建与表达

C. N. Sari, Usman Usman, Riesa K. W. Rohmat, L. Herlina, Ken Sawitri Suliandri, Onie Kristiawan, Dwiyantari Dwiyantari, T. Kristianti, S. Suhandono
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引用次数: 0

摘要

表面活性剂一般为合成化学品,是有效可靠的。然而,这些化学物质通常在环境中不易降解,可能对环境造成破坏。另一种可能的生产表面活性剂的替代方法是利用基因工程生产肽基表面活性剂。本研究采用重叠聚合酶链式反应法(OE-PCR)构建了肽表面活性剂的基因构建体。PAGE分析表明,单表面活性剂肽构建可以通过诱导IPTG 1 mM,至少两次超声后表达。该研究证明,这两种结构都已成功表达,并产生了预期大小(约15 kDa)的肽。
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Construction and Expression of Single Recombinant Peptide Surfactant for EOR Application
Surfactant is generally synthetic chemical, which is effective and reliable. However, the chemicals usually did not degraded easily in the environment and could cause damage to the environment. The other possible alternative to produce surfactant is using genetic engineering in order to produce peptide based surfactant. In this research, peptide surfactant was produced using a gene construct which was created using overlapped polymerase chain reaction method (OE-PCR). PAGE analysis shows that single surfactant peptide construction can be expressed by induction of IPTG 1 mM and after at least twice sonication. This research proves that both two constructions have been successfully expressed by producing peptide in expected size (approximately 15 kDa).
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