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1 iation, and a specialized form of apoptosis (cornification).
2 and de novo epidermal lipid synthesis during cornification.
3 sslinking enzymes essential for keratinocyte cornification.
4 process that appears as an important step in cornification.
5 sions of the oviduct; and persistent vaginal cornification.
6 g little or no sebum and undergoing abnormal cornification.
7 parently brought about by early keratinocyte cornification.
8 cts on infundibular keratinocytes to promote cornification.
9 ln/Lys-rich domains, and is likely to impair cornification.
10 s a dominantly inherited genetic disorder of cornification.
11 with acantholysis and Mendelian disorders of cornification.
12 cation (which decreases SP activity) blocked cornification after barrier disruption.
13 strated that Cl-amidine treatments slow down cornification and alter autophagy in the granular layer.
14 gmenting JNK activity could be used to delay cornification and enhance wound healing, whereas attenua
15 ed with execution of the genetic programs of cornification and epidermal barrier formation, to a full
16 ed by ARNT, which have critical roles in the cornification and epidermal barrier function of the skin
17 ogical analysis showed that all EFNAs induce cornification and keratin genes while suppressing wound
18  CDH10/11/12/2; P < 0.05), whereas epidermal cornification and proliferation measures were upregulate
19 imination by shedding, keratinocyte death by cornification, and cell-cell cannibalism by entosis.
20 er, the pan-Casp inhibitor Z-VAD-FMK delayed cornification, and corneocytes were structurally aberran
21 ating calcium homeostasis, tissue integrity, cornification, and lipid biogenesis.
22  sensorineural hearing loss and disorders of cornification, and screening of several connexin genes w
23 ,15-EET epoxygenases in regulating epidermal cornification, and they have important implications for
24 t Cx26 hemichannels perturb normal epidermal cornification are poorly understood.
25 by two unrelated methods initiated a wave of cornification, assessed as TdT-mediated dUTP nick end-la
26                                 By contrast, cornification-associated DNA breakdown was not compromis
27                   The Mendelian disorders of cornification consist of a highly heterogeneous group of
28 -mediated hydrolysis of phospholipids during cornification, contributes to stratum corneum acidificat
29                                              Cornification could only partially be rescued with the g
30  due in part to stimulation of apoptosis and cornification death.
31 ital ichthyosis (ARCI) is a diverse group of cornification diseases associated with severe clinical c
32 eciphering of the molecular basis of various cornification disorders, less is currently known about t
33 ses are a large, heterogeneous group of skin cornification disorders.
34 perproliferation of the epidermis, disturbed cornification, fragile cornified envelope (CE, a skin ba
35           These studies provide insight into cornification, identifying transcriptional regulatory ci
36  cross linking leads to defects in epidermal cornification in lamellar ichthyosis and acral peeling s
37 rders characterized by erythema and abnormal cornification, including erythrodermic psoriasis, atopic
38  target of Blimp-1 repression indicates that cornification involves suppression of normal osmotic reg
39                                   Disordered cornification is clinically characterized by skin scalin
40                                              Cornification is the final differentiative step for epid
41  to increase neutrophil activation, cellular cornification/keratinization, and antimicrobial peptide
42 al differentiation in vivo: transcription of cornification markers, inhibition of motility, withdrawa
43 ulated by NF-kappa B, except, curiously, the cornification markers.
44 30) and patients with Mendelian Disorders of cornification (MeDOC) (n = 29).
45                                          The cornification of keratinocytes on the surface of skin an
46  the breakdown and degradation of DNA during cornification of lingual keratinocytes and aberrant DNA
47 -mediated transport, and reflected increased cornification of stratified epithelium and thus mirrored
48 tial therapeutic implications for preventing cornification of the corneal epithelium in response to t
49 y skin disorder characterized by an aberrant cornification of the epidermis.
50 T formation (p = 0.002) and spontaneous cell cornification (p < or = 0.001).
51 ition to blistering and a severe disorder of cornification, patients typically display an abnormality
52 rneous beta-proteins that is employed in the cornification process of modern feathers.
53 etic variations in genes of relevance to the cornification process.
54          Cytokines and apoptosis-related and cornification proteins belong to the "early" NF-kappa B-
55 g an alternative route of cell death, namely cornification rather than apoptosis.
56 ed differentiation with abnormally increased cornification, reduced thickness of non-corneal layers,
57 that inhibit JNK production downregulate the cornification response of PCHCE cells to osmotic stress.
58 ocess is dysregulated in genetic diseases of cornification that are driven by impairments in keratino
59                                      Because cornification was blocked by occlusion, corneocytes form
60                                   Similarly, cornification was delayed in PAR2(-/-) mice.
61 ase inhibitor z-VAD, suggesting that reduced cornification was not entirely because of premature apop
62 f a complex differentiation process known as cornification, which culminates with the formation of th
63 roup of rare autosomal dominant disorders of cornification with overlapping features including hyperk