LacI-DNA-IPTG Loops: Equilibria among Conformations by Single-Molecule FRET | The Journal of Physical Chemistry B
Chapter 6 Lab Overview and Background Information – BBS OER Lab Manual
Fichier:Blue white assay Ecoli.svg — Wikipédia
Researchers use scattering function to analyze movement patterns of E. coli
Frontiers | The Inducible lac Operator-Repressor System Is Functional in Zebrafish Cells
Solved Question 25: | Chegg.com
Regulatory Revolution: Evolving the “Anti-LacI” Repressor: Cell
Chapter 6 Lab Overview and Background Information – BBS OER Lab Manual
16: Schematic description of a lac operon for heterologous protein... | Download Scientific Diagram
Synthetic IPTG inducible Repression circuit producing lacZα. A... | Download Scientific Diagram
Deadly Diseases, Synthetic Biology, and IPTG | GoldBio
ラクトース(lac)オペロンの遺伝子発現誘導物質IPTG | 植物由来のIPTG | フナコシ
Inhibition of expression by lacI repressor molecule and induction of... | Download Scientific Diagram
Mild-mannered bacteria by day, glowing jellyfish by night - Doug Bruce Doug Bruce
Lac repressor - Wikipedia
Development of inducer-free expression plasmids using IPTG-inducible Pspac promoter for Bacillus subtilis | Vietnam Journal of Science, Technology and Engineering
How does IPTG-induced gene expression work at a molecular level? - Quora
Regulation of Endothelial-Specific Transgene Expression by the LacI Repressor Protein In Vivo | PLOS ONE
LacI-DNA-IPTG Loops: Equilibria among Conformations by Single-Molecule FRET | The Journal of Physical Chemistry B
Biological innovation in the functional landscape of a model regulator, or the lactose operon repressor
Comparison of chemical and thermal induction of LacI systems. (A)... | Download Scientific Diagram
IPTG | GoldBio
Effect of Photocaged Isopropyl β‐d‐1‐thiogalactopyranoside Solubility on the Light Responsiveness of LacI‐controlled Expression Systems in Different Bacteria - Hogenkamp - 2021 - ChemBioChem - Wiley Online Library
Team:SZ-SHD/Model - 2020.igem.org
Comparative Single-Cell Analysis of Different E. coli Expression Systems during Microfluidic Cultivation | PLOS ONE
