Es­cherichia coli – Flag­ship Bac­terium of Mol­e­c­u­lar Bi­ol­ogy

by Roberto

Cross sec­tion through an en­tire Esche­richia coli cell. The cell wall is in green, the cy­to­plasm is in ma­genta and blue, and the nu­cleoid is in yel­low and or­ange. The boxed re­gion is en­larged here. Art­work by David S. Good­sell. Source

There is lit­tle doubt that Es­cherichia coli  is a fa­vorite of ours here at STC. E. coli fans from around the world seem to get a spe­cial thrill when we post any new de­vel­op­ment aris­ing from stud­ies on this as­ton­ish­ing model bac­terium. We are so taken by it that our cov­er­age has gone be­yond describ­ing re­search. Pre­vi­ously on STC... In 2016, Mehmet Berk­men and Paul Riggs re­lated their re­search into the his­tory of how E. coli strain K‑12 got its name. And a lit­tle less than a year ago, I de­scribed some of the events that helped E. coli rise to promi­nence.* Now, E. coli afi­ciona­dos around the world re­joice! As part of what is go­ing to be an out­stand­ing col­lection of JB ar­ti­cles on model mi­crobes, Na­tivi­dad Ruiz and Thomas Sil­havy con­tributed an au­thor­i­ta­tive trea­tise en­ti­tled "How Es­cherichia coli Be­came the Flag­ship Bac­terium of Mole­cular Bi­ol­ogy" (not Ope­nAc­cess yet). For those of you deeply steeped in the his­tor­i­cal events that sur­round the rise of E. coli, this read­ing likely will bring some tears to your eyes. And for you E. coli new­bies among our read­ers, this is a won­der­ful text to ac­quaint your­selves with the amaz­ing his­tory of our beloved bac­terium.

*Thanks to Guy Plun­ket III for point­ing out this ad­di­tional STC post on the his­tory of E. coli: Brooke Anderson's Stand­ing on the Shoul­ders of a Tiny Gi­ant.
 

 

Other Posts

  • A Whiff of Tax­on­omy – The Tener­i­cutes

    by Christoph — All known Tener­i­cutes have one mor­pho­log­i­cal fea­ture in com­mon: they lack a pep­ti­do­gly­can cell wall. Their name tells the story: Tener­i­cutes means 'soft skinned'. Not hav­ing this kind of 'sup­port stock­ing', many as­sume the form of blobs or drops, and, with some ex­cep­tions, do not come in fa­mil­iar shapes like rods or cocci. Think of them...

  • The Attendee's Guide to Sci­en­tific Meet­ings

    by Ju­lian Davies — There are many as­pects to the busi­ness of go­ing to a sci­en­tific meet­ing. Dif­fer­ent pro­to­cols are re­quired for meet­ings of dif­fer­ent sizes and clas­si­fi­ca­tions. A gen­eral meet­ing, such as the mas­sive ASM or ASBC gath­er­ings, at­tract many peo­ple with many jus­ti­fi­ca­tions for...

  • Stops Mak­ing Sense

    by Christoph — One of the most con­vinc­ing ar­guments for a com­mon ori­gin of all known life forms on this pla­net is that they all use the same ge­net­ic code. In my un­der­stand­ing, the ar­gu­ment is strength­en­ed, per­haps some­what coun­ter‑­in­tuiti­ve­ly, by the nu­mer­ous find­ings that and how ma­ny life forms mo­di­fy the ca­no­ni­cal ge­net­ic code in ways that suit them...

  • The Ecol­ogy of Louis Pas­teur

    by Elio — Pas­teur is as close to be­ing the fa­ther of our sci­ence as it gets, with Robert Koch a close con­tender. Both made fun­da­men­tal con­tri­bu­tions, best re­mem­bered for their elu­ci­da­tion of the mi­cro­bial ori­gin of in­fec­tious dis­eases. The two came to it from rather dif­fer­ent points of view and the con­trast be­tween them...

  • Ar­chaeal Nin­jas

    by Elio — We con­fess to hav­ing missed a re­port of one of the mi­cro­bial world's most un­usual struc­tures. These are pili-like fil­a­ments lo­cated on an ar­chaeon that look for all the world like strands of barbed wire with a three-pronged grap­pling hook at the end. The ar­ti­cle ap­peared in 2005 and has not had any fol­low-up that we could find.