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1 mum for growth of less than pH 3 are termed "acidophiles".
2  to be restricted to (hyper)thermophiles and acidophiles.
3 amentous viruses infecting hyperthermophilic acidophiles.
4  pathway, the mevalonate pathway, in extreme acidophiles.
5 y to hot environments, but metal leaching by acidophiles and reduction of sulfate by anaerobic, nonth
6 iew highlights recent insights regarding how acidophiles are able to survive and grow in these extrem
7               Extremophilic thermophiles and acidophiles are being researched to combat these problem
8                                      Extreme acidophiles are capable of growth at pH values near zero
9  related Thermoplasmales suggests that these acidophiles are important contributors to acid mine drai
10 o 280 days post-LT as lobular hepatitis with acidophil bodies and lymphoplasmacytic infiltrate.
11 obular, portal, and interface hepatitis; (2) acidophil bodies with lymphoplasmacytic cells are seen i
12 ing the presence of ballooning degeneration, acidophil bodies, megamitochondria, and Mallory-Denk bod
13 a limited correlation between large MDBs and acidophil bodies.
14 crobes can thrive in acidic conditions (some acidophiles can proliferate at or below pH 0).
15 We hypothesize that gene exchange with these acidophiles contributed to the competitive success of th
16 cent advances in the biochemical analysis of acidophiles coupled to sequencing of several genomes hav
17           We now demonstrate that in extreme acidophiles, decarboxylation is carried out by two separ
18  displaced by the autotrophic iron-oxidizing acidophiles Ferrovum myxofaciens, Acidithiobacillus ferr
19            We therefore propose that extreme acidophiles had to replace the dual-purpose enzyme with
20                           To grow at low pH, acidophiles must maintain a pH gradient of several pH un
21                                              Acidophiles seem to share distinctive structural and fun
22      Recent developments have included using acidophiles to process electronic wastes, to extract met
23                       Why use two enzymes in acidophiles when one enzyme provides both functionalitie
24  represent ubiquitous iron-oxidising extreme acidophiles with a number of unique physiological traits