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1 idating host mechanisms that regulate fungal intracellular parasitism.
2 id and protein cargo that is specialized for intracellular parasitism.
3 ocalized with F-actin, indicating productive intracellular parasitism.
4 ate a role for PilD and type II secretion in intracellular parasitism.
5 complex evolution for adaptation to obligate intracellular parasitism.
6 y be important in calcium acquisition during intracellular parasitism.
7 ression may modulate cytokine production and intracellular parasitism.
8  signalling pathways required for successful intracellular parasitism.
9 d adaptations that enabled the transition to intracellular parasitism.
10          This review explores the origins of intracellular parasitism, an intriguing facet of symbios
11 itical role for Akt and Erk1/2 in successful intracellular parasitism and maintenance of host cell vi
12 ic red cell, which may have implications for intracellular parasitism and pathogenesis.
13 ular E. coli into the realm of opportunistic intracellular parasitism and suggest how opportunistic i
14  toward genomic potential of N. risticii and intracellular parasitism, and facilitate our understandi
15 roles of macrophage autophagy in restricting intracellular parasitism by fungi and reveal connections
16  should allow more detailed investigation of intracellular parasitism by T. spiralis.
17      Toxoplasma gondii is a useful model for intracellular parasitism given its ease of culture in th
18 targeting markedly reduces NO production and intracellular parasitism in macrophages.
19                                   The higher intracellular parasitism observed in TP-null ECs was abl
20 a are the first to directly demonstrate that intracellular parasitism of a stromal cell population ma
21 the roles of PleC and PleD in the obligatory intracellular parasitism of A. phagocytophilum and their
22  to subvert host defenses and disseminate by intracellular parasitism of alveolar macrophages in the
23 cobacteria that may assist in the successful intracellular parasitism of M. tuberculosis.
24                                              Intracellular parasitism often results in gene loss, gen
25                                              Intracellular parasitism results in extreme adaptations,
26  C. neoformans utilizes a novel strategy for intracellular parasitism that includes the accumulation
27 ram the host N-glycome and promote bacterial intracellular parasitism, thereby providing a paradigm f
28  the relation between calcium limitation and intracellular parasitism, we designed a strategy to disr