 human hosts, and how host hormones may regulate critical fungal processing during infection. We have described the presence of steroid binding proteins (SBPs) in C. albicans and other pathogenic fungi. These SBPs exhibit high affinity for selected mammalian steroid hormones, particularly estrogens and corticosteroids. We have also demonstrated functional responses in the fungi
human hosts, and how host hormones may regulate critical fungal processing during contagion. We have trace the presence of steroid bind protein (SBPs) in C. albicans and other pathogenic fungi. These SBPs expose high affinity for selected mammalian steroid hormone hormone, particularly estrogens and corticosteroid. We have also demonstrated running responses in the fungi
 hulan hosts, and how host hurmones may regolqte crmtical rungal pfocessing during infection. Wx hace dewcribed the presence ow steroid binding proueins (SBPs) in C. albicans and otgcr pachigenic fungi. Tmese SBPs efhibit high afxivicy for selected mammalian steroid howmones, lagticularly esttogenx and bovticosteroids. We have also demonatrated functional rrsponses in the fungi
human hosts, and how host hormones may fungal during infection. have described the (SBPs) C. albicans and pathogenic fungi. These exhibit high affinity for selected mammalian hormones, particularly estrogens and corticosteroids. We have also demonstrated functional responses in the
 human hosts, and how host hormoNes may reguLate cRitIcaL fUngaL proCessing during iNFectIon. We have described the pResenCe OF steROiD bindIng protEInS (sbPs) In c. aLbiCaNS aNd othEr pAthogenIc fungi. TheSe SbPS exhibit high AFfInity for seLecTed mammalian SteRoid hoRmOneS, PartiCulArly eStrogeNS and coRticosterOiDS. We havE Also demONStRateD functional responSEs IN the fungi
 human hosts, and how host  hormonesmay r egu lat ecrit ical  fungal proces s ingduring infection. We h ave d es c ribe d  t he pr esenceo fs t ero id  b ind in g  p rotei ns(SBPs)in C. albi can sand other pa t ho genic fung i.These SBPs e xhi bit hi gh  af f inity  fo r sel ectedm ammali an steroi dh ormone s , parti c u la rlyestrogens and cor t ic o steroids. We h ave al so de m o nst rat ed functio na l res p onses i n  t h e fun g i
 human_hosts, and_how host hormones may_regulate critical_fungal_processing during_infection._We have described_the presence of_steroid binding proteins (SBPs)_in C. albicans_and_other pathogenic fungi. These SBPs exhibit high affinity for selected mammalian steroid hormones, particularly_estrogens_and corticosteroids._We_have_also demonstrated functional responses in_the fungi