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1 romoted potential adverse effects, including meningoencephalitis.
2 with one developing early minimal lesion SIV meningoencephalitis.
3 2-vaccinated patients, one of whom developed meningoencephalitis.
4 entral nervous system and the development of meningoencephalitis.
5 quito-borne flavivirus that can cause lethal meningoencephalitis.
6 small number of vaccinees, by cell-mediated meningoencephalitis.
7 the morbidity and mortality of cryptococcal meningoencephalitis.
8 can cause neurological disorders, including meningoencephalitis.
9 stage when 6% of the participants developed meningoencephalitis.
10 imals developed both SV40-associated PML and meningoencephalitis.
11 omised individuals, causing life-threatening meningoencephalitis.
12 ons due to previously untreatable flavivirus meningoencephalitis.
13 ng the sustained fungemia, which can lead to meningoencephalitis.
14 a transgenic mouse model of autoimmune GFAP meningoencephalitis.
15 relatively common cause of life-threatening meningoencephalitis.
16 abbit model of hematogenous Candida albicans meningoencephalitis.
17 d various organs, most commonly resulting in meningoencephalitis.
18 ion via the olfactory nerve causing a severe meningoencephalitis.
19 he neonatal mouse brain and produce a lethal meningoencephalitis.
20 ith experimental Listeria monocytogenes (LM) meningoencephalitis.
21 on include Guillain-Barre syndrome (GBS) and meningoencephalitis.
22 and intervention strategies for cryptococcal meningoencephalitis.
23 has a lethal canine equivalent: necrotizing meningoencephalitis.
24 sseminate to the CNS and cause meningitis or meningoencephalitis.
25 ccharide capsule and causes life-threatening meningoencephalitis.
26 tions to severe sepsis-like presentations or meningoencephalitis.
27 , C. neoformans can lead to life-threatening meningoencephalitis.
28 r-old woman with endophthalmitis followed by meningoencephalitis.
29 ted for investigating possible etiologies of meningoencephalitis.
30 ryptococcus neoformans, a causative agent of meningoencephalitis.
31 aggressive management, succumbed to C gattii meningoencephalitis.
32 tunistic human pathogenic fungus that causes meningoencephalitis.
33 ency in a patient with relapsing C. albicans meningoencephalitis.
34 within 24 hours of admission consistent with meningoencephalitis.
35 promised individuals, causing bacteremia and meningoencephalitis.
36 ent disorder), 8 had encephalitis, and 1 had meningoencephalitis.
37 cognitive changes and gait disturbances from meningoencephalitis.
38 a, acute disseminated encephalomyelitis, and meningoencephalitis.
39 during pulmonary infection and the onset of meningoencephalitis.
40 HIV/AIDS patients, causing life-threatening meningoencephalitis.
41 ant role in the pathogenesis of cryptococcal meningoencephalitis.
42 an opportunistic fungal pathogen that causes meningoencephalitis.
43 subarachnoid space to induce dramatic viral meningoencephalitis.
44 ic yeast that can invade the brain and cause meningoencephalitis.
45 gen, which provokes the onset of devastating meningoencephalitis.
46 because cryptococcosis commonly presents as meningoencephalitis.
47 ave led to an improvement in morbidity after meningoencephalitis.
48 CNS manifestations: transverse myelitis and meningoencephalitis.
49 at autopsy revealed a widespread necrotizing meningoencephalitis.
50 sociated with ZIKV, including myelitis (4) , meningoencephalitis (5) and fatal encephalitis (6) .
51 65.4% of the programs for pneumonia (69.2%), meningoencephalitis (50%), enteritis (46.2%), colitis (3
52 ed disease entities: a rapidly fatal primary meningoencephalitis, a chronic granulomatous amoebic enc
54 tral nervous system manifestation of SV40: a meningoencephalitis affecting cerebral gray matter, with
57 t, aged 7 years, died of rapidly progressive meningoencephalitis after local freshwater exposures, wi
60 ningoencephalitis, R35Q for the patient with meningoencephalitis and colitis caused by Candida glabra
61 markably, deletion of Irf5 alone resulted in meningoencephalitis and death on a more protracted timel
62 athogenic yeast that causes life-threatening meningoencephalitis and grows well on mycological media
63 tory responses in patients with cryptococcal meningoencephalitis and have important implications for
64 ions of inflammatory disorders such as viral meningoencephalitis and Lyme neuroborreliosis as well as
65 ored for deleterious side effects, including meningoencephalitis and microhemorrhage, in WT mice and
66 tral nervous system (CNS) is associated with meningoencephalitis and other neurological syndromes and
68 rmans is recognized for its ability to cause meningoencephalitis and pneumonia among immunocompromise
69 ce of Cryptococcus neoformans causing fungal meningoencephalitis and regulation of peroxiredoxins, Ts
72 epatitis virus strain A59 (MHV-A59) produces meningoencephalitis and severe hepatitis during acute in
73 and spinal cords demonstrated more prominent meningoencephalitis and the presence of viral antigen in
74 ed 7 years apart from a patient with chronic meningoencephalitis and underlying agammaglobulinemia we
75 treptococcus iniae is a cause of septicemia, meningoencephalitis, and death in farmed fish and of cel
76 as characterized by gliosis, meningitis, and meningoencephalitis, and glial cells were identified as
82 cytes and astrocytes are infected in PML and meningoencephalitis, as determined by in situ hybridizat
83 ingoencephalitis was reported in 3 patients, meningoencephalitis associated with colitis was reported
84 August 1999, an unusual cluster of cases of meningoencephalitis associated with muscle weakness was
85 hialophora, and Exophiala species, including meningoencephalitis but not colitis caused by Candida an
86 formans disseminates to the brain and causes meningoencephalitis, but the mechanisms by which the pat
87 cumbed to a wasting syndrome and SIV-induced meningoencephalitis by 14 and 33 weeks postinfection.
88 uman pathogen that causes a life-threatening meningoencephalitis by expression of virulence factors s
90 is polyvalent antigen distribution in canine meningoencephalitis case brain tissues, were apparent.
91 st Nile fever cases in addition to West Nile meningoencephalitis cases could allow more accurate and
94 d transplant patients who developed a severe meningoencephalitis caused by mosquito-borne West Nile v
96 ed with arenavirus Tacaribe (TCRV) develop a meningoencephalitis characterized by high IFN-gamma and
97 le degrees of nonsuppurative encephalitis or meningoencephalitis, characterized predominantly by peri
101 se patients is independent of whether or not meningoencephalitis developed and is against the free am
104 rmined for 15 patients during an outbreak of meningoencephalitis due to St. Louis encephalitis (SLE)
106 n in humans was halted because of autoimmune meningoencephalitis, favorable effects on Abeta depositi
108 ccus neoformans (Cn), causal agent of fungal meningoencephalitis, has three varieties with variable h
110 mans is the leading cause of death by fungal meningoencephalitis; however, treatment options remain l
111 ning in a hybrid striped bass (HSB) model of meningoencephalitis identified attenuated S. iniae mutan
114 ococcus neoformans causes a life-threatening meningoencephalitis in a significant percentage of AIDS
118 atients with Alzheimer's disease (AD) caused meningoencephalitis in approximately 6% of immunized pat
119 II clinical trial (AN1792) was halted due to meningoencephalitis in approximately 6% of the AD patien
124 ptococcus neoformans (Cn) var. gattii causes meningoencephalitis in healthy individuals, unlike the b
125 aracterized infectious agent associated with meningoencephalitis in horses and sheep led to molecular
127 ptococcus neoformans causes life-threatening meningoencephalitis in humans, but its overall biologica
130 rmans, a pathogenic yeast that causes lethal meningoencephalitis in immunocompromised individuals, pa
136 inhalation and causes the most common fungal meningoencephalitis in immunocompromised subjects worldw
141 cases of severe WNV infection complicated by meningoencephalitis in our organ transplant population.
143 iral illness, it can result in a devastating meningoencephalitis in some patient populations, particu
144 , a human trial of Abeta immunization led to meningoencephalitis in some patients and was discontinue
146 EEE, the NA EEEV-infected animals developed meningoencephalitis in the cerebral cortex with some per
149 from brain tissue from cases in which amebic meningoencephalitis is a diagnostic possibility, as well
155 wleri, the causative agent of primary amebic meningoencephalitis, is resistant to complement lysis.
156 umocystis carinii pneumonia, cytomegalovirus meningoencephalitis, lymphoid depletion, and thymic atro
157 m the AN-1792 vaccine trial suggest that the meningoencephalitis may have been caused by a T cell-med
159 cluding those with unrecognized cryptococcal meningoencephalitis may transmit the infection with the
160 patient suffering from Candida dubliniensis meningoencephalitis, mutations in the CARD9 gene were fo
162 athogen responsible for respiratory disease, meningoencephalitis, myocarditis, arthritis, and other s
163 ncluding hydrops fetalis, fetal myocarditis, meningoencephalitis, neurodevelopmental delays, congenit
164 393 cases of laboratory-confirmed West Nile meningoencephalitis occurred in southeast Romania, with
165 In August 2013, a 4-year-old boy died of meningoencephalitis of unknown etiology in a Louisiana h
168 reaks remain unknown, like the recent fungal meningoencephalitis outbreak on Vancouver Island, Canada
169 s known to cause the disease primary amoebic meningoencephalitis (PAM) and can be found in drinking w
170 rvous system infection called primary amebic meningoencephalitis (PAM) in healthy children and young
171 ely low levels of infection, primary amoebic meningoencephalitis (PAM) induced by Naegleria fowleri i
176 associated with spending more time outdoors (meningoencephalitis patients and asymptomatically seropo
177 lus somnus isolates from cases of thrombotic meningoencephalitis, pneumonia, and other disease sites
178 after approximately 6% of patients developed meningoencephalitis, possibly because of a T-cell reacti
179 the central nervous system and causes fatal meningoencephalitis primarily in patients with AIDS.
180 f M. canis in brains of dogs with idiopathic meningoencephalitis prompted new in vitro studies to hel
181 the 3 patients with Candida albicans-induced meningoencephalitis, R35Q for the patient with meningoen
182 omorbidities but were more likely to develop meningoencephalitis, septic arthritis, and spinal infect
183 to intensive care between 2007 and 2010 with meningoencephalitis, septic illness, or other critical i
184 ative intracellular pathogen responsible for meningoencephalitis, septicemia, and abortion in suscept
186 us (WNV) infection causes a life-threatening meningoencephalitis that becomes increasingly more preva
188 mia from Australia suffering from 3 years of meningoencephalitis that defied an etiologic diagnosis d
189 nfecting the central nervous system to cause meningoencephalitis that is uniformly fatal if untreated
190 t to the host environment and to cause fatal meningoencephalitis, thereby identifying the SREBP pathw
191 eas Ehrlichia chaffeensis (HME) often causes meningoencephalitis, this is rare with Anaplasma phagocy
192 ogen, M. canis has the capacity to influence meningoencephalitis through complex interactions within
195 associated with microglia; (iv) T-lymphocyte meningoencephalitis was present; and (v) cerebral white
199 hrough the development of an immune-mediated meningoencephalitis, which predominantly involves the br
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