Tal­mu­dic Ques­tion #131

by Nicole Flana­gan

Is there any hu­man-as­so­ci­ated bac­te­r­ial species that can­not cause dis­ease if in­tro­duced into some site of the body?

 

Other Posts

  • A Shin­ing Mys­tery

    by Elio — Who wouldn't agree how enor­mously grat­i­fy­ing it would be to make eco­log­i­cal sense of every lab find­ing, to see how the phe­nom­e­non be­ing ob­served fits with the organism's life out­side the lab. Sounds easy?

  • Of Terms in Bi­ol­ogy: Syn­tro­phy

    by Elio — Syn­tro­phy or "eat­ing to­gether" is a kind of sym­bio­sis wide­spread in bi­ol­ogy and of great im­por­tance for key bio­chem­i­cal trans­ac­tions on this planet. In­deed, the cy­cling of car­bon in many of its as­pects de­pends on mi­cro­bial syn­tro­phy. Thus, the break­down of waste ma­te­r­ial crit­i­cally de­pends on chem­i­cal mod­i­fi­ca­tions brought about...

  • Catch as Catch Can

    by Elio — The much ad­mired late ma­rine mi­cro­bi­ol­o­gist Ralph Lewin coined the term "ixotro­phy" to de­scribe how cer­tain bac­te­ria catch their prey by hav­ing a sticky sur­face. ('Iχo-' is de­rived from the Greek for "sticky" and 'iχos' means birdlime, the name of the gluey stuff used for trap­ping birds). Many read­ers, at least the older ones, will be re­minded of fly­pa­per.

  • Tal­mu­dic Ques­tion #95

    by Barry Gold­man — Al­most all mul­ti­cel­lu­lar crit­ters known (an­i­mals, plants, fungi, al­gae) go through a mi­cro­bial stage in their life cy­cle – ga­mete or spore. Can you think of a mul­ti­cel­lu­lar species or higher taxon that has NEVER been caught go­ing through the mi­cro­bial stage?