Nasidze, J. Li, D. Quinque, K. Tang, M. Stoneking (2009). Global diversity in the human salivary microbiome Genome Research DOI: 10.1101/gr.084616.108
I remember because I looked specifically for the bacteria I am working with (ammonia oxidizing bacteria), and yes they were present. These are unculturable bacteria (with heterotrophic media), so they won't show up in normal culturing.
There are normal commensal heterotrophic bacteria on the tongue that reduce nitrate to nitrite. That reduction only occurs in anoxic crypts of the tongue. The bacteria I am working with are aerobic and autotrophic and oxidize ammonia into nitrite.
The bacteria I am working with are Nitrosomonas, Nitrosococcus, Nitrosospira at about 7:00 on the figure.
You know Fall is here when…
-
…the crabapples drop. This is the path I take to work, which is bracketed
by some crabapple trees on either side, and at this time of year it is
covered wi...
Solar Is Booming
-
Solar power as a source of electricity has been on a meteoric rise, and has
crossed some encouraging milestone recently. Every way you look at it,
solar ...
Oameni Vrednici de Atentie
-
Oameni Vrednici de Atentie. Imi plac umanii care nu sunt anosti. Fiintele
acelea care-si conecteaza limba la creier inainte de a spune ceva. Care nu
deschi...
Multiplication of unlawful disjunctions
-
Charles B. writes: Apparently, birds are not considered wild animals by
law. Reference here, where apparently feeding them in parks in permitted
except if ...
Thanks for stopping by….
-
I grew up in a wilderness area in Michigan’s Upper Peninsula in a town
proudly proclaiming almost 300 citizens on its road sign. Life there
focused on surv...
Sandwalk
ReplyDeletehttp://sandwalk.blogspot.com/2009/03/bacteria-in-your-mouth.html
cited from:
Nasidze, J. Li, D. Quinque, K. Tang, M. Stoneking (2009). Global diversity in the human salivary microbiome Genome Research DOI: 10.1101/gr.084616.108
I remember because I looked specifically for the bacteria I am working with (ammonia oxidizing bacteria), and yes they were present. These are unculturable bacteria (with heterotrophic media), so they won't show up in normal culturing.
There are normal commensal heterotrophic bacteria on the tongue that reduce nitrate to nitrite. That reduction only occurs in anoxic crypts of the tongue. The bacteria I am working with are aerobic and autotrophic and oxidize ammonia into nitrite.
The bacteria I am working with are Nitrosomonas, Nitrosococcus, Nitrosospira at about 7:00 on the figure.