1 Among these, one observer was
supernormal,
88% were within the normal range (+/-2 SD o
2 e uptake but subnormal retinal thickness and
supernormal acellular capillary density.
3 oing positive evolutionary feedbacks evolved
supernormal aggression.
4 ciated viral type-2 (AAV2) vector to produce
supernormal amount of bFGF or VEGF intrinsically in the
5 ality, while cold fibres exhibited a briefer
supernormal and a late subnormal phase (H1), similar to
6 C response to excitatory drive, resulting in
supernormal and incoherent recruitment of multiple PFC o
7 y towards supernormality, with 10/21 already
supernormal at 0.25 Hz, 17/24 at 0.5 Hz and all were sup
8 igher stimulation rates, and 12/19 CMRs were
supernormal at 1 Hz.
9 mal at 0.25 Hz, 17/24 at 0.5 Hz and all were
supernormal at 1 Hz.
10 nociceptors behaved similarly, but all were
supernormal at 1 Hz.
11 etinal uptake of manganese was significantly
supernormal at P19 and decreased by P22.
12 bidopsis (Arabidopsis thaliana) mutants with
supernormal auxin phenotypes have been reported.
13 When
supernormal concentrations of calcium are present, zinc
14 the major determinant of conduction, causing
supernormal conduction, depressed conduction, and conduc
15 ropagation relations and features suggesting
supernormal conduction.
16 eparations resemble phenomena attributed to "
supernormal"
conduction in the clinic.
17 comparisons between categorical AD cases and
supernormal controls, and (2) quantitative phenotypic fa
18 ege London (UCL) sample of 496 cases and 488
supernormal controls.
19 A reversible
supernormal DeltaPO(2) was found only over the central a
20 ad subnormal DeltaPO2(t1- ra) (P < 0.05) and
supernormal DeltaPO2(t2-t1) (P < 0.05).
21 ative stress contributes to diabetes-induced
supernormal DeltaPO2.
22 Ant1(-/-) mice had
supernormal ERG b-waves under both dark- and light-adapt
23 subset of inner retinal cells accompanied by
supernormal ERG responses suggests that ANT1 may be loca
24 xtensively disrupted repertoire, including a
supernormal frequency of NKp46(+) NK cells.
25 Photopic responses were near normal or
supernormal from 0 to 6 hours.
26 on one test type is less likely to create a
supernormal group on a different test type.
27 as with abnormal (< 5% and < 1% cutoffs) and
supernormal (&
gt; 95% and > 99% cutoffs) thicknesses on dev
28 elta1/T1rho was absent in ARR1-null mice and
supernormal in overexpressing mice.
29 ls are on an H-2(d) background, they exhibit
supernormal levels of Ly49A and possess normal cytolytic
30 life, beta-CAA-reactive T-cells expanded to
supernormal levels.
31 tor neurons leads to dendrite remodeling and
supernormal locomotor function.
32 f six biopsies at random times that showed a
supernormal number of epidermal Langerhans cells.
33 ransitions in excitability from subnormal to
supernormal observed empirically following a conducted a
34 on and before distilled water injection, and
supernormal (
P < 0.05) after distilled water injection.
35 exposure, intraretinal manganese uptake was
supernormal (
P < 0.05) and did not increase with increas
36 0.05) different from the P17 control but was
supernormal (
P < 0.05) over the central capillary-free r
37 In diabetic LEW rats, a
supernormal (
P < 0.05) panretinal DeltaPO2(t2-t1) was fo
38 Inner retinal uptake was
supernormal (
P<0.05) in retinylamine-treated mice but no
39 a normal MD may produce a subpopulation with
supernormal perimetric performance, a criterion of a nor
40 ablished perimeter generates a subgroup with
supernormal perimetric performance.
41 Increased load also increased the
supernormal period of the electrical restitution curves.
42 In some CMIs but in none of the CMRs, the
supernormal period was directly followed by a peak in la
43 We further show that the
supernormal phase results from a reduced potassium curre
44 The extents of GCL and GCIPL
supernormal regions were mostly similar in glaucomatous
45 y may be minimized by measuring a late-phase
supernormal response.
46 ime, that MRI deltaPO2 detects a significant
supernormal retinal oxygenation response in patients wit
47 membranes at the RPE-OS interface, transient
supernormal rhodopsin content and OS lengths, the presen
48 the molecular basis for cone dystrophy with
supernormal rod electroretinogram.
49 esult in childhood-onset cone dystrophy with
supernormal rod response (CDSRR).
50 ss of rods, increased density of S-cones and
supernormal S-cone-mediated vision in humans.
51 Some curves showed a marginal "
supernormal"
section.
52 es to GAD65 remained low, but they developed
supernormal splenic and pancreatic lymph node T-cell aut
53 Some individuals exhibit
supernormal vascular aging, associated with improved car
54 as those resistant to risk factors represent
supernormal vascular aging.
55 wing evidence supports the hypothesis that a
supernormal version of this pattern has been selected fo
56 center, 8 adults with large hyperphoria and
supernormal VFV underwent MRI during monocular and binoc