Article SCOPUS
Biological Research  (2010)

Nitric oxide is not involved in Neisseria gonorrhoeae induced cellular damage of human Fallopian tubes in vitro

Garcia K.P.; Rubilar P.S.; Vargas M.F.; Cardenas H.; Rios M.A.; Orihuela P.A.; Velásquez L.A.; Vargas R.H.; Fuhrer J.; Heckels J.E.; Christodoulides M.

Keywords: enzymology, dehydrogenase, culture, cell, lactate, synthase, metabolism, humans, human, oxide, time, uterine, female, rna, pathology, article, microbiology, fallopian, factors, tubes, tube, gonorrhoeae, RNA,, nitric, Cells,, Cultured, Messenger, L-Lactate, neisseria