1 B (PTP1B) in Jurkat cells after contact with amebae.

2 ia, RBC, and mucin-coated beads by wild-type amebae.

3 s the inhibition of cytotoxic proteinases of amebae.

4 histolytica trophozoites or from solubilized amebae.

5 npathogenic, complement-sensitive N. gruberi amebae.

6 ntact lens wearers, is caused by free-living amebae, Acanthamoeba species.

7 nisms of phagocytosis of bacteria and RBC by amebae and macrophages, support the idea of coincidental

8 CD59 is present on the surface of N. fowleri amebae and may play a role in resistance to lysis by cyt

9 pressed in secretory vesicles of transfected amebae and shown to bind to particulate chitin.

10 serine involvement in erythrophagocytosis by amebae and suggest the existence of a PS receptor on the

11 , a protective antigen derived from virulent amebae, and a bacterially derived maltose-binding protei

12         To test whether PS was recognized by amebae, calcium-treated cells were incubated with annexi

13                       Following adherence to amebae, erythrocytes became round and crenulated, and ph

14                                              Amebae expressing the dominant negative mutant are less

15 e diverse mechanisms for pathogen expulsion, amebae have also developed complex strategies to modulat

16                                              Amebae have an Hsp60-associated, mitochondrion-derived o

17 with the N. fowleri "CD59-like" protein from amebae incubated with normal human serum.

18                      The infectious stage of amebae is the chitin-walled cyst, which is resistant to

19 gested that lysis of neutrophils by virulent amebae may exacerbate the damage seen in amebic liver ab

20            PAM was suspected on the basis of amebae observed in cerebrospinal fluid.

21 face that is produced by several free-living amebae of the genus Acanthamoeba.

22 amoeba is a genus of ubiquitous, free-living amebae that can be difficult to isolate by standard micr