Linked from

The 31 pages that link to Escherichia coli, each with the reason it gives.

• CisplatinRelated: Its filamentous growth in the discovery experiments revealed an effect of platinum-containing electrodes.

• ConjugationRelated: Its F-plasmid system established many foundational observations of bacterial conjugation.

• Recombinant insulinRelated: Engineered E. coli strains became early hosts for producing human insulin.

• Succinic acidRelated: Engineered strains can ferment sugars into succinic acid.

• Matthew MeselsonRelated: The classic isotope-labeling experiment followed DNA replication in this bacterium.

• Stanley CohenRelated: Cohen’s plasmids were introduced into E. coli, where they could replicate.

• Sidney AltmanRelated: Altman studied RNase P activity in this bacterium, whose precursor transfer RNA supplied the experimental system.

• François JacobRelated: Experiments with E. coli made Jacob’s investigations of gene regulation experimentally tractable.

• PutrescineRelated: Engineered strains can produce putrescine from renewable feedstocks.

• Steak tartareRelated: Contaminated raw beef can transmit harmful strains.

• FosfomycinRelated: It is a frequent urinary pathogen for which fosfomycin may be considered when susceptibility supports use.

• Jacques MonodRelated: Monod used E. coli to observe changes in enzyme production under controlled conditions.

• Acute prostatitisRelated: It is the most frequent bacterial cause of acute prostatitis.

• Tsuneko OkazakiRelated: The Okazakis used bacterial systems to investigate newly synthesized DNA.