1. Conclusion Malassezia systemic infection animal model may be successfully made in the immunosuppressive mice of which Malassezia suspension is injected into coccygeal vein.

2. Conclusion It shows that the infection of malassezia might exist in Candidal intertrigo in infants.

3. Objective To investigate the relationship between fungi, especially Malassezia furfur and psoriasis.

4. Malassezia can breakdown lipid like esterase, and result in morphological changes of malpighian cell and cell apoptosis, these are all their main etiological factors.

5. Malassezia lives on the scalps of most healthy adults without causing problems.

6. Objective To survey the exist condition of malassezia in Candidal intertrigo in infants.

7. Objective To survey the exist condition of malassezia in earwax in youth.

8. Researchers also discovered that Malassezia might be able to reproduce sexually.

9. Despite an overall genomic similarity, U. maydis and Malassezia differ in the proteins they secrete.

10. The results showed that 47 clinical isolates of Malassezia species could be classified into 6 types based on their DNA banding patterns.

11. Objective To detect the proteinase activity of Malassezia furfur strains isolated from various specimens and to study the relationship between the proteinase activity and pathogenicity.

12. Conclusion: The susceptibilities of Malassezia species to ketoconazole, itraconazole, and fluconazole are different.Sentencedict

13. Objective To study the taxonomy of Malassezia and distribution of the it in some dermatoses .

14. Objective To clarify the mechanism, histopathological changes and ultrastructure changes of systemic malassezia infection.

15. Adults immunosuppressed and with severe gastrointestinal diseases are also at high risk for systemic malassezia infection.

16. Methods Candidal intertrigo of 37 infants were examined by direct and Parker ink dye to observe the exist condition of malassezia in the lesion and non-lesion.

17. Objective To assess the value of methylene blue and parker ink staining in the detection of Malassezia.

18. Conclusion: RAPD can be used to study gene polymorphic of Malassezia and epidemiologic investigation for related diseases.

19. AIM:To investigate the relationship the density of the yeast Malassezia with the clinical severity of dandruff and health of the scalp.

20. Conclusions Microdilution method from M27-A was proved to be available for the susceptibility-testing of Malassezia to Chinese herb medicine in vitro.

21. This is antibacterial both to gram-positive and gram-negative organisms. It also has significant activity against Malassezia spp.

22. Conclusion PCR-RFLP is a promising molecular biological technique, which could rapidly and correctly classify Malassezia species.