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1 eered to produce high protein levels without cytopathology.
2 ltured mammalian cells, causing little or no cytopathology.
3 ) in controlling this variable virus-induced cytopathology.
4 nes and in general does not induce host cell cytopathology.
5 ed to cells with altered polarity from prior cytopathology.
6 ional effects of intracellular antibodies on cytopathology.
7 ocyte-derived macrophages failed to show any cytopathology.
8  death, has been proposed as a mechanism for cytopathology.
9  days) of virus production in the absence of cytopathology.
10 plicates within hepatocytes without inducing cytopathology.
11 adult airway epithelial cells to RSV-induced cytopathology.
12 s spike protein is required for fusion-based cytopathology.
13 able at 2 weeks, whereas fibroblasts develop cytopathology.
14 rence, HIV status, and, when available, anal cytopathology.
15 asive carcinoma on pathology and/or positive cytopathology.
16                       It did not cause gross cytopathology.
17 pendent pathways are responsible for Ndufaf5 cytopathology.
18 els in AD brains in the absence of Lewy body cytopathology.
19 merization with regard to degree of neuronal cytopathology.
20 ects of RSV infection may also contribute to cytopathology.
21 ion of ADAR1 in p150(-/-) cells prevented MV cytopathology.
22 he apical surface with little apparent gross cytopathology.
23  in which it caused visible and reproducible cytopathology.
24 likely to have epithelioid or mixed cells on cytopathology (66% vs 38%; P = .0004).
25 n increased capacity to replicate and induce cytopathology, a molecular clone of SIV was isolated dir
26 sted to be more susceptible to virus-induced cytopathology, a pathway thought to contribute to the cl
27 fluences of HPV type, viral load, and age on cytopathology among 1,222 women having a single HPV type
28 lates multiple eukaryotic targets to promote cytopathology and bacterial colonization.
29 r virus-targeted P-PMO reduced virus-induced cytopathology and cell-to-cell spread as a consequence o
30                  Retrospective review of all cytopathology and DecisionDx-UM GEP reports between Janu
31 tive capacity in cell culture and/or reduced cytopathology and decreased pathogenicity in vivo.
32  protein-coupled receptors cause acinar cell cytopathology and dose-dependent reductions of CCh-induc
33      Together, our results indicate that the cytopathology and episodic paralysis in our Drosophila E
34                               Although viral cytopathology and immune-mediated cell damage in ebolavi
35 oxin alone is sufficient to recapitulate the cytopathology and inflammatory responses associated with
36 hophysiological mechanism in which astrocyte cytopathology and neural circuit dysfunction arise via d
37  There was little evidence of virus-mediated cytopathology and no spread of the virus beyond the cili
38 molecule was overwhelmed, but viral-mediated cytopathology and particle production were delayed compa
39 notypes with respect to in vitro infectivity/cytopathology and pathogenicity for laboratory animals.
40 thylketone (z-VAD-fmk) prevented FHV-induced cytopathology and prolonged cell survival.
41 n methodologies commonly used in traditional cytopathology and SCP including both fixed and unfixed r
42 ation protocols commonly used in traditional cytopathology and SCP, including fixed and unfixed metho
43 aoperative fine-needle aspiration biopsy for cytopathology and uveal melanoma-specific GEP testing fo
44                            We recommend that cytopathology and/or other melanoma-specific testing be
45 erved to maintain CD4 levels, were devoid of cytopathology, and did not produce HIV p24 gag antigen t
46 nce of intraepidermal pustules, keratinocyte cytopathology, and epidermal and dermal erosion.
47 t lumbar puncture had malignant cells on CSF cytopathology, and five of 25 patients had ocular involv
48 e reviews clinical features, histopathology, cytopathology, and molecular alterations of pancreatic d
49  amyloid plaque formation and its associated cytopathology, and rescues the premature lethality prese
50                      Motor phenotypes, brain cytopathology, and SCD-related lipid changes were quanti
51 Alzheimer's disease (AD), occurring prior to cytopathology, and therefore may play a key pathogenic r
52 PRSS2-enhanced infections increased rates of cytopathology, apoptosis, and necrosis and modulated vir
53                                The principal cytopathology appears to be a loss of cerebellar granule
54  taxonomy, diversity, molecular biology, and cytopathology as an introduction to a more extensive des
55 n the G. mellonella model and the results of cytopathology assays performed with a mammalian tissue c
56 nodules] when excluding nodules with on-site cytopathology assessment, P = .0497).
57  periods when excluding nodules with on-site cytopathology assessment, P = .888).
58 ere biopsied, 103 of which underwent on-site cytopathology assessment.
59  were biopsied, 29 of which included on-site cytopathology assessment.
60 t partially responsible for the keratinocyte cytopathology associated with chancroid lesions in the p
61                        Viral replication and cytopathology associated with infection of multiple HIV-
62                          There is no obvious cytopathology associated with infection, and beta(3) int
63 in mice is not a direct consequence of viral cytopathology, but rather involves interplay between vir
64 ology (Bethesda System for Reporting Thyroid Cytopathology category III or IV).
65 mphocytes and microglial cells showed marked cytopathology characteristic of foamy virus, HFV-infecte
66 V infection resulted in the development of a cytopathology characteristic of HCMV infection of colon
67 were permissive for BCMV, isolates exhibited cytopathology characteristic of HCMV, and herpesvirus-li
68        Four patients were identified to have cytopathology consistent with a nonmelanoma primary.
69 ection, by homologous virus does not produce cytopathology, consistent with the idea that cytopatholo
70 s underwent BAL and were assessed for CMV by cytopathology, conventional shell vial cultures, and ant
71 hat VP22 likely plays a key role in cellular cytopathology during HSV-1 infection.
72  intracellular pathogens that produce marked cytopathology during infection of host cells.
73 rovar Dublin to investigate the induction of cytopathology during infection of the human macrophage-l
74 stitutions that do not utilize rapid on-site cytopathology evaluation.
75 ield to TBNA in the setting of rapid on-site cytopathology evaluation; (5) USTBNA decreases the numbe
76 TBNA or TBNA were followed by rapid, on-site cytopathology examination of the collected specimens.
77 terminate category and decreased the rate of cytopathology false-negatives in 33.3% (6/18), improving
78  on FNAB, mainly because of the detection of cytopathology false-negatives, and it can be helpful in
79                    RSV tropism, infectivity, cytopathology, growth kinetics, cell sloughing, apoptosi
80                                              Cytopathology, HPV testing, and histopathology are the m
81                         Irrespective of anal cytopathology, HPV16 prevalence was significantly higher
82    Thus, HFV infection produces differential cytopathology in a wide host range of primary human leuk
83 g on the multiplicity of infection, produced cytopathology in BSC-1 cells similar to that in BHK-21 c
84                      These results show that cytopathology in cortical cholinergic pathways is a very
85                        The similarity of the cytopathology in FCH in vivo and in these transfected ce
86              Furthermore, this toxin elicits cytopathology in HeLa cells by inducing cytoplasmic vacu
87 itochondrial abnormalities represent a major cytopathology in Huntington's disease (HD), a fatal neur
88 V-1 load, robust immune cell activation, and cytopathology in lymphoid tissues but preserved CD4/CD8
89 ed to play a role in Dictyostelium and human cytopathology in mitochondrial diseases.
90        Intramuscular injection of DTX caused cytopathology in motoneurons in ON, but not in VL with o
91 ilar growth kinetics, plaque morphology, and cytopathology in murine cells as did wild-type MHV-A59.
92               Transfection of pSFV-1 induces cytopathology in several cell lines with supernatants fr
93 ibodies (AT8, Alz-50) to identify pre-tangle cytopathology in the nucleus basalis, the source of cort
94 tidoglycan from Bordetella pertussis, causes cytopathology in the respiratory epithelia of mammals an
95 cluding distinct and progressive patterns of cytopathology in tracheal rings in organ culture that ha
96 ent strain of Ad14, Ad14p1, causes increased cytopathology in vitro, which suggested a possible E1B 2
97 oner caspase, apparently involved in a novel cytopathology in which viral replication induces nuclear
98 nalysis as a diagnostic adjunct for cervical cytopathology may depend on the development of more reli
99 dent neuronal protection from virus-mediated cytopathology occurred independently of autocrine or par
100 rial dysfunction and neurotoxicity and other cytopathologies of AD is discussed.
101 tional heme deficiency (HD), causing the key cytopathologies of AD.
102 mutation have enlarged endosomes, a defining cytopathology of AD.
103                                    Combining cytopathology of lower airway cells obtained at bronchos
104             We have initiated a study of the cytopathology of nucleorhabdoviruses by analyzing the su
105  (alphaSyn) in neurons produces the hallmark cytopathology of Parkinson disease and related synuclein
106 ormal aggregation in neurons is the defining cytopathology of PD.
107  when present, was associated with extensive cytopathology of phagocytic midgut epithelial cells.
108 coprotein responsible for the characteristic cytopathology of syncytium formation.
109 the Deltaasd mutant did not exhibit signs of cytopathology or multinucleated giant cell (MNGC) format
110 tle evidence of inflammation or direct viral cytopathology outside the respiratory tract.
111 ch nationwide registry of histopathology and cytopathology (PALGA) and matched with a control group o
112 e network and registry of histopathology and cytopathology (PALGA).
113 infections exhibit remarkable variability in cytopathology, ranging from acutely cytolytic to essenti
114                                  Culture and cytopathology remain the gold standard for diagnosis and
115 cytopathology, consistent with the idea that cytopathology requires significant levels of viral repli
116 m, and cause a chronic, fatal disease with a cytopathology resembling that of apoptosis.
117  layers of somatosensory cortex had ischemic cytopathology, respectively; CA1 neuronal perikarya appe
118                                     Spectral cytopathology (SCP) is a novel approach for disease diag
119                                     Spectral cytopathology (SCP) is a robust and reproducible diagnos
120 chnical advances in conjunction with on-site cytopathology service continue to improve pancreatic can
121  of choroidal metastatic tumors confirmed by cytopathology so that clinicians may be aware that recei
122 ing to the six-tiered system of Papanicolaou Cytopathology Society and compared to their final diagno
123  found success in surgical pathology for our cytopathology study.
124  significantly higher from studies with anal cytopathology, suggesting population sampling effects.
125 ted with RSV revealed no evidence of obvious cytopathology, suggesting that RSV infection in the abse
126 subunit, impaired trafficking of alpha3, and cytopathology, suggesting that they misfold during biosy
127  B1 subunit, impaired trafficking of a3, and cytopathology, suggesting that they misfold during biosy
128 ion potential failure, flaccid paralysis and cytopathology that are characteristic of hypokalaemic pe
129             These include the earliest known cytopathology that is specific to AD and that affects en
130 usal link between protein misfolding and the cytopathology that it causes.
131 ities are early events, occurring before any cytopathology, the relation between these two events, an
132                       Despite restriction of cytopathology to ON, motoneurons in VL also exhibited ac
133 conclude that: (1) in the setting of on-site cytopathology, transbronchial needle aspiration has a hi
134 raphics, symptoms, clinical characteristics, cytopathology, treatments, and outcomes were reviewed.
135 ixation and staining methods in conventional cytopathology, typically involving protocols to maintain
136                                 Conventional cytopathology utilizes fixation and staining methods tha
137                       This neurodegenerative cytopathology was accompanied by impaired hypothalamic c
138                                     Necrotic cytopathology was found with both laboratory-adapted str
139                                   This acute cytopathology was not due solely to syncytium formation
140                                              Cytopathology was not observed after H5dl312 or H5dl434
141 y average for wild-type infections, advanced cytopathology was noted approximately 4 weeks after H5dl
142 tyltransferase were used to determine if the cytopathology was selectively located within cholinergic
143                                     Atypical cytopathology was significantly associated with malignan
144     Intra- and interobserver concordance for cytopathology was similarly calculated by comparing diag
145 H proteins in virion assembly, function, and cytopathology, we have modified the full-length RSV cDNA
146 s demonstrated mural nodularity and atypical cytopathology were predictive of malignancy and/or invas
147 cells occurred without any overt evidence of cytopathology, while the corresponding R(hi) cells died
148 tial cell counts were determined by clinical cytopathology, with retrospective recounting in a blinde

 
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