1 al surfaces, such as the lung and intestine,
are lined by a monolayer of epithelia that provides tiss
2 The digestive tract, for example,
is lined by a firmly adherent mucus layer that is typica
3 The gastrointestinal tract
is lined by a layer of mucus comprised of highly glycosy
4 The gastrointestinal tract (GIT)
is lined by a layer of mucus formed by mucin glycoprotei
5 The intestinal mucosa
is lined by a monolayer of protective epithelial cells.
6 articles bud from the plasma membrane, which
is lined by a network of actin filaments.
7 The insect gut
is lined by a protective, chitinous peritrophic matrix (
8 The transmembrane ion channel
is lined by a ring of five alpha helices, M2 segments, o
9 tunnel is approximately 10 A in diameter and
is lined by a ring of negatively charged amino acids: D4
10 This sole constriction
is lined by a ring of six aspartate residues, two in eac
11 The intestinal tract
is lined by a single layer of columnar epithelial cells
12 The esophageal lumen
is lined by a stratified squamous epithelium comprised o
13 lower urinary tract, including the bladder,
is lined by a stratified urothelium forming a highly dif
14 The lumen of the gut
is lined by a very large but remarkably thin surface tha
15 mination showed that cysts after anastomosis
were lined by a neomucosa in continuity to native small
16 The cysts arise from renal tubules and
are lined by abnormally functioning and hyperproliferati
17 The cytoplasmic pore
is lined by acidic and hydrophobic amino acids, creating
18 on microscopy revealed that these structures
were lined by actin-filled microvilli.
19 The large internal surface area of the lung
is lined by alveolar epithelial type I (TI) and type II
20 95% of the internal surface area of the lung
is lined by alveolar epithelial type I cells.
21 The alveolar surface of the lung
is lined by alveolar type 1 (AT1) and type 2 (AT2) cells
22 Most of the airways of the human lung
are lined by an epithelium made up of ciliated and secre
23 Tissues of the mucosa
are lined by an epithelium that provides barrier and tra
24 Airspaces of the lung
are lined by an epithelium whose cellular composition ch
25 The nasal cavity of a rodent
is lined by an epithelium organized into distinct region
26 lagen and palisades of mesenchymal cells and
was lined by an endothelium.
27 The pore of the Na+ channel
is lined by asymmetric loops formed by the linkers betwe
28 of K(+) channels but significantly shorter,
is lined by backbone and side-chain oxygen atoms.
29 oximately 85% of vessels within the implants
are lined by Bcl-2-positive human ECs expressing VEGFR1,
30 This patch
is lined by both conserved and non-conserved residues, w
31 usly through the pore so that the water core
is lined by both the peptides and the lipid headgroups.
32 a rigid pore that tightly fits K(+) ions and
is lined by carbonyl oxygens of the polypeptide backbone
33 The central part of the cleft
is lined by charged residues implicated in ATP binding.
34 le ducts are hepatic tubular structures that
are lined by cholangiocytes, a type of liver epithelial
35 ilaginous rings and smooth muscle tissue and
are lined by ciliated and secretory epithelial cells tha
36 The deep active-site cleft
is lined by conserved residues and has been captured in
37 o sites within a helical surface groove that
is lined by conserved residues.
38 o distinct types of micropores, one of which
is lined by CrO4 (2-) (CROFOUR) anions and the other is
39 irways formed during branching morphogenesis
are lined by cuboidal and squamous cells that facilitate
40 avities observed in pituitary anterior lobes
were lined by cuboidal, ciliated epithelial cells, focal
41 rafted AADs, the arterial portion of the AAD
was lined by elastin -and collagen-rich intimal hyperpla
42 In mammals, lymph vessels
are lined by endothelial cells possibly sprouting from e
43 Mucosal surfaces
are lined by epithelial cells and provide an important b
44 pore known as the selectivity filter, which
is lined by four absolutely conserved histidines.
45 These data indicate that TIPS pseudointima
are lined by hepatic sinusoidal endothelial cells, which
46 We hypothesized that TIPS
were lined by hepatic sinusoidal ECs, which stimulated t
47 nd was initially hypothesized to be open, it
is lined by hydrophobic residues and may represent a non
48 The pocket itself
is lined by hydrophobic side chains along with polar and
49 them traverses the structure completely, and
is lined by many residues known to be solvent-accessible
50 n a highly complementary binding slot, which
is lined by multiple aromatic side-chains.
51 The paracellular pore appears to primarily
be lined by polar side chains, as expected for a predomi
52 This cavity
is lined by polar residues, several of which have been i
53 In MCa-IV tumors, 14% of the vessel surface
was lined by poorly connected, overlapping cells.
54 Cs) by binding within discrete cavities that
are lined by portions of four alpha-helical transmembran
55 NA bind to the grooves in the octamer, which
are lined by positively charged residues.
56 The pores of voltage-gated ion channels
are lined by protein loops that determine selectivity an
57 The drug-binding site
is lined by residues that are mutated in amantadine-resi
58 The airways
are lined by several distinct epithelial cells that play
59 These data suggest that the channel pore
is lined by several transmembrane segments, which have n
60 Hepatic cysts
were lined by single or multiple layers of squamous chol
61 The alveolar epithelium
is lined by surfactant, a lipoprotein complex that both
62 el in which the perimeters of the S105 holes
are lined by the holin molecules present at the time of
63 They
are lined by the plasma membrane (PM), contain a strand
64 The selectivity filter
is lined by the carboxylate side chains of a functionall
65 f the nicotinic acetylcholine (ACh) receptor
is lined by the first (M1) and second (M2) membrane-span
66 c acid, type A (GABAA), receptor ion channel
is lined by the second membrane-spanning (M2) segments f
67 o 10% of channels containing red blood cells
were lined by tumor cells.