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1 3) epithelial surface cell exfoliation rate (desquamation).
2         Main outcome was moist desquamation (desquamation).
3 or terminal keratinocyte differentiation and desquamation.
4 ulting from aberrant regulation of epidermal desquamation.
5 lammation, infection, scarring, and abnormal desquamation.
6 um, i.e., skin layers in the final stages of desquamation.
7 nsporting specific proteases associated with desquamation.
8  of cornified cells) resulting from impaired desquamation.
9  corneal epithelial cell differentiation and desquamation.
10  cells, leading to cell death and epithelial desquamation.
11 al differentiation, barrier maintenance, and desquamation.
12 desmosome (CD) degradation leading to normal desquamation.
13  as well as for the reactions that result in desquamation.
14  envelope morphogenesis, and stratum corneum desquamation.
15 particularly the disruption of apoptosis and desquamation.
16 o epidermal integrity, barrier function, and desquamation.
17 served with little evidence of cell death or desquamation.
18 hat results in proper corneocyte shedding in desquamation.
19 imum physician-assessed skin reaction (moist desquamation, 28.5% vs 6.6%, P < .001; grade >/=2 dermat
20 (36, 7%), hypertension (36, 7%), and rash or desquamation (29, 6%).
21  lymph node: 21% vs 32%; P = .09; periungual desquamation: 47% vs 58%; P = .16).
22 rhoea (68.6%), alopecia (67.1%), and rash or desquamation (50.2%).
23 ity from paclitaxel/RT included grade 3 skin desquamation (7%), hypersensitivity (2%), and stomatitis
24                                    Epidermal desquamation accounts for 20% of the body's iron loss ea
25 unctions, leading to accelerated cell death; desquamation; an irregular, poorly lubricated cornea sur
26 wn about the mechanisms regulating epidermal desquamation and disorders resulting from disruption of
27 n dry eye is accompanied by increased apical desquamation and increased expression of cornified envel
28 ray of homeostatic functions, including skin desquamation and innate immunity, are hypothesized to co
29 uctural remodeling events such as epithelial desquamation and mucus hypersecretion leading to airway
30 city at 12 days, defined by marked erythema, desquamation and partial ulceration, with resolution occ
31  these transgenic mice was flaky, exhibiting desquamation and shorter hairs.
32 nges in severity from mild erythema to moist desquamation and ulceration.
33 rrier function, increased corneal epithelial desquamation, and corneal surface irregularity.
34 ithelial remodeling (basal zone hyperplasia, desquamation, and dilated intercellular spaces; P < .000
35 tion) or G2 (moderate erythema, patchy moist desquamation, and edema) were observed in 165 of 181 les
36 ythema, targetoid erythema, vesicles/bullae, desquamation, and erosions comprise the morphologic trai
37 of NF-kappaB nuclear translocation, cellular desquamation, and eventual apoptosis of the infected cel
38 ellular infiltration, interstitial fibrosis, desquamation, and granulation by an experienced pulmonar
39 hil accumulation, endothelial cell death and desquamation, and mural thrombosis.
40  and that other mechanisms such as decreased desquamation are likely to be involved.
41         RSV 2-20 infection caused epithelial desquamation, bronchiolitis, airway hyperresponsiveness,
42 yme (SCCE) thought to play a central role in desquamation by cleaving proteins of the stratum corneum
43 ype across HLA-C and MHC S ) in the impaired desquamation characteristic of psoriasis.
44                       Main outcome was moist desquamation (desquamation).
45  by a deficiency of LEKTI leads to excessive desquamation due to increased activities of KLK5, KLK7,
46         In normal skin, KLKs are involved in desquamation during epidermal differentiation via proteo
47                       Presence of epithelial desquamation, erythema, and erosions on gingival tissue
48 onjunctival epithelial hyperplasia, aberrant desquamation, failure of Mucin 5ac (Muc5ac) synthesis, s
49 s, it might be possible to exploit epidermal desquamation for the purpose of eliminating potentially
50 , this was refined to grade 2 ARD with moist desquamation (grade 2-MD).
51         One (3%) patient had confluent moist desquamation (grade 3).
52         Common adverse events were skin rash/desquamation, hand-foot skin reaction, and fatigue; 9% o
53                                   Corneocyte desquamation has been ascribed to the following: 1) prot
54 se Control and Prevention (CDC; fever, rash, desquamation, hypotension, and multi-system involvement)
55 ative and retention ichthyosis with impaired desquamation, hypotrichosis with brittle, thin, uneven,
56                                   Epithelial desquamation in asthma represents a pathologic change th
57 e organ failure and lethal shock, as well as desquamation in patients that recover.
58   There was statistically significantly more desquamation in patients treated in the supine position
59 at treatment in the prone position decreases desquamation in women with large breast size receiving a
60 rovides a framework for better understanding desquamation, irritancy, and percutaneous transport.
61                                         Skin desquamation is facilitated by serine proteases KLK5 and
62 l ingestion of bacteria followed by cellular desquamation may protect the lung from infection, and ep
63 %; 95% CI, 8.1 to 20.9%, OR: 0.19) and moist desquamation (n = 20, 8.0%; 95% CI, 4.9 to 12.0% v n = 2
64 on clinical presentations of CC consisted of desquamation (n = 99; 90.8%), and/or chapping (n = 81; 7
65   RSV disease is characterized by epithelial desquamation, neutrophilic bronchiolitis and pneumonia,
66                                              Desquamation of and cornified envelope protein (involucr
67 cking functional NK1R exhibited an excessive desquamation of apical corneal epithelial cells in assoc
68 knockout mice, wild-type mice showed greater desquamation of differentiated apical corneal epithelial
69 or erythema of the extremity associated with desquamation of feet and hands, and red eyes, may sugges
70                                      Massive desquamation of immature germ cells together with an inc
71                                              Desquamation of the epithelium may not represent true pa
72  was massive immune infiltration and massive desquamation of the luminal epithelial cells.
73 le cell proliferation, and focal endothelial desquamation of the luminal surface.
74 ction led to innate immune cell invasion and desquamation of the olfactory epithelium similarly as th
75 proliferation measurements suggest a lack of desquamation of the skin cells, rather than enhanced pro
76 s in initial tumor growth, allow shedding or desquamation of tumor cells into the surrounding environ
77 minimal skin changes, faint erythema, or dry desquamation) or G2 (moderate erythema, patchy moist des
78 ers that can present in the oral cavity with desquamation, pain, and bleeding of the gingiva and oral
79  scaling with various degrees of thickening, desquamation (peeling) and erythema (redness).
80                                The epidermal desquamation process is tightly regulated by balance of
81 tion dose consistent with the observed moist desquamation radiation skin toxicity.
82 ommencing with fever, followed by peripheral desquamation, strawberry tongue, cervical lymphadenopath
83 inks between allergic reactions and abnormal desquamation, substantiating the notion that allergic ma
84 urface epithelial cells preparing to undergo desquamation, suggesting a potential role for DeltaNp63
85 rity, ranging from erythema and dry or moist desquamation to necrosis, was related to the absorbed do
86 alytic enzymes associated with apoptosis and desquamation, to be present in the stratum corneum of th
87 rized clinically by erythema with epithelial desquamation, ulceration, and/or the presence of vesicul
88 cervical lymph node, and subacute periungual desquamation were decreased during 2020 compared with th
89 fferentiated keratinocytes, a process termed desquamation, which requires the dissolution of cell-cel
90             All lens wear (DW, EW) decreased desquamation with adaptive effects over 1 year (P < 0.00
91 e they exhibited stunted growth and suffered desquamation, with most dying before weaning.
92  necrosis, apoptosis, and renal tubular cell desquamation, with toxic vacuolization and mitochondrial