1 h contributes to the formation of ulcers and pseudomembranes.

2 oms were sore throat (93.5%), fever (86.0%), pseudomembrane (34.7%), and gross cervical lymphadenopat

3  had respiratory diphtheria (11 [3.2%] had a pseudomembrane), and 9 (2.6%) had both respiratory and c

4  lesions that eventually rupture, leading to pseudomembrane-covered, irregularly-shaped ulcerations.

5                                      Because pseudomembrane formation and corneal epithelial defect i

6 s were evaluated for erythema and ulceration/pseudomembrane formation beginning on the first day of c

7  growth of the bacterium in the pharynx with pseudomembrane formation or, less commonly, in the stoma

8 ve Cohort Study registry reported pathologic pseudomembrane formation, but not unprovoked VTE.

9       These findings were consistent with a "pseudomembrane in conjunctivitis lignosa".

10 fection, characterized by the formation of a pseudomembrane in the throat, but cutaneous infections a

11 phtheria, characterized by a firmly adherent pseudomembrane, is caused by toxin-producing strains of

12                   PLGD can cause fibrin-rich pseudomembranes on mucosa that impair tissue/organ funct

13 extensive mucosal necrosis, the formation of pseudomembrane, pneumatosis, and areas of epithelial reg

14  verify that they were induced within thrush pseudomembranes recovered from a patient.