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LH Mattman, AR Burgess, ME. Farkas (1958)
Evaluation of antibiotic diffusion in L variant production by Proteus speciesJ Bact, 76
DK Patterson, RW. Gilpin (1981)
Cell-Wall Deficient Bacteria
JR. Rippon (1982)
Medical Mycology
DW Sawyer, JA Sullivan, GL. Mandell (1985)
Intracellular free calcium localization in neutrophils during phagocytosisScience, 230
E. Almquist (1925)
Biologische Forschungen ueder die Bakterien
JT. Barrett (1981)
Textbook of Immunology
M Zouali, E Drouhet, A. Eyguem (1982)
Evaluation of autoantibodies in chronic mucotaneous Candidiasis without endocrinopathyMicropathologica, 84
IM. Roitt (1977)
Essential Immunology
SL Robbins, RS. Cotran (1977)
The Pathologic Basis of Disease
LH Mattman, PE. Mattman (1965)
L-Forms of Streptococcus fecalis in SepticemiaArch Internal Med, 115
L. Stryer (1981)
Biochemistry
LH. Mattman (1974)
Cell-Wall Deficient Forms
PY. Patterson (1971)
Mucocutaneous Candidiasis, anergy and a plasma inhibition of cellular immunity: reversal after amphotericin B therapyClin Exper Immunol, 9
R Nativelle, M. Deparis (1960)
Formes evolutives des bacteries dans les hemoculturePresse Med, 68
W Krause, H Matheis (1969)
Funaemia and funguria after oral administration of Candida albicansLancet, 1
FC Odds, EC. Evans (1978)
Prevalence of pathogenic yeasts and humoral antibodies to Candida in diabetic patientsJ Clin Pathol, 31
JH Kite (1982)
principles of immunology
G. Meinecke (1960)
Milieuanpassungen bei Schimmel PilzenZbl Bakt I, Abt Orig, 180
CT Doland, AL Brown, RE. Ritts (1971)
Microbiological examination of post-mortem tissueArch Pathol, 92
B Slutsky, J Buffo, DR. Soll (1985)
High frequency switching of colony morphology in Candida albicansScience, 230
Systemic distribution of the ubiquitous enteric fungus, Candida albicans (C Alb) may require less opportunism than had previously been considered. High enteric levels of C Alb have demonstrated the ability to spill-over in significant numbers into the host's peripheral circulation. It has also been established that C Alb can shed its characteristic cell wall and vary its cell-surface immunogens. Such abilities may enable this microbe to camouflage its identity from the host's immunity and permit proliferation into the systemic circulation as non-transients.
Journal of Advancement in Medicine – Springer Journals
Published: Sep 30, 2004
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