1 ments: constrained, unconstrained, and round
robin.
2 s recently proposed by Tchetgen Tchetgen and
Robins.
3 may therefore affect migratory behaviour of
robins,
although large geographical variation in respons
4 The round-
robin analyses of each database demonstrated similar res
5 Round-
robin analysis and independent testing were performed to
6 ocols included independent testing and round-
robin analysis.
7 n the solid state 1(2+) is a valence-trapped
Robin and Day class II compound on the 10(-12) s infrare
8 (2)AlCl --> 2(IP(-))(IP)AlCl consistent with
Robin and Day Class II mixed-valent behavior.
9 own to be valence trapped or Class II on the
Robin and Day classification scheme.
10 n are Class II mixed-valent compounds in the
Robin and Day classification, presenting an inherent ten
11 n system for MV systems introduced by Melvin
Robin and Peter Day.
12 and two key reservoir species, the American
robin and the house sparrow.
13 e tested by applying some of the criteria of
Robins and Guze and Kendell.
14 refining them in accordance with the classic
Robins and Guze strategy for validation of psychiatric d
15 John Feighner, a discussion group led by Eli
Robins and including Sam Guze, George Winokur, Robert Wo
16 nectivity of the spinal cord between the sea
robins and other vertebrates are striking.
17 suggest some evolutionary trade-offs in sea
robin C-start behavior compared with that of the goldfis
18 tion of the bimolecular precursor complex as
Robin-
Day class II (localized) or class III (delocalized
19 e diagnostic (intervalence) NIR band reveals
Robin-
Day Class II behavior.
20 It shows a Hush-type
Robin-
Day class II mixed valence band in its optical spe
21 ns [Ru2-C2m-Ru2](-1) (m = 4-8) belong to the
Robin-
Day class II mixed valent ions and (ii) the electr
22 n the near-infrared region consistent with a
Robin-
Day class II system.
23 d in order to formulate a new definition for
Robin-
Day class II-III mixed valence compounds.
24 measurements reveal the first observation of
Robin-
Day Class II/III mixed valency in a MOF.
25 refore, 2[B(Ar(F))4] meets the criteria of a
Robin-
Day class III mixed-valent compound.
26 neighboring sites, placing the system in the
Robin-
Day class III.
27 e MV systems close to the borderline between
Robin-
Day classes II and III.
28 sh formalism and found to be of class II (in
Robin-
Day classification) character with localized ferro
29 ent with class II compounds according to the
Robin-
Day classification.
30 tify the various D-br-D*(+) according to the
Robin-
Day classification.
31 es a single potential well) according to the
Robin-
Day classification.
32 , places these within class II or III of the
Robin-
Day system.
33 strongly coupled redox systems lying in the (
Robin-
Day) Class II category.
34 We propose an augmented round-
robin design that accomplishes this.
35 idizations were carried out by using a round-
robin design, and microarray data were analyzed with a t
36 Utilizing a round-
robin design, we present a quantitative description of v
37 We demonstrate that wild female
robins'
desire for particular foods changes over short t
38 Robins discusses reasons why national stereotypes are in
39 In his Perspective,
Robins discusses Terracciano et al.'s finding that cultu
40 behaviour among populations of the European
robin Erithacus rubecula across Europe.
41 When European
robins,
Erithacus rubecula, were exposed to the backgrou
42 uestion the generalizability of the Guze and
Robins estimate.
43 ethods described here and used for the round
robin experiment do not require specialized instrumentat
44 n occupational study, development of a round-
robin experiment to validate BPA measurements in human s
45 ed on data from the remaining dog in a round-
robin fashion.
46 icial proficiency tests (International Round-
Robins)
for the Provisional Technical Secretariat/Prepar
47 Although sea
robins have a very different phylogenetic position, body
48 dinary DNA structure, originally proposed by
Robin Holliday to explain genetic recombination in fungi
49 individuate conceptually related items (e.g.
robins,
in particular, have red breasts).
50 The rotating ball inlet (
ROBIN)
is presented in a new design for on-line matrix-a
51 ural network (BP-ANN) was trained in a round-
robin (
leave-one-out) manner to predict biopsy outcome f
52 th the properties that typify concepts (e.g.
robins,
like all birds, have wings) as well as the prope
53 ponse to inbreeding in plants from 13 Ragged
Robin (
Lychnis flos-cuculi) populations.
54 Bobbi Pritt and
Robin Patel of the Mayo Clinic, where S. pyogenes NAATs
55 barachnoid space and infiltrated the Virchow-
Robin (
perivascular) space.
56 igate whether and how wild male North Island
robins (
Petroica longipes) respond to changes in their m
57 In our experiments, wild male
robins preferentially shared the larvae type that their
58 study these predictions in the northern sea
robin,
Prionotus carolinus, a percomorph fish.
59 sociated ascending spinal systems in the sea
robin,
Prionotus carolinus.
60 In 1970, Guze and
Robins published a meta-analysis of suicide in patients
61 ction by the tongue, resembling human Pierre
Robin sequence (PRS)-like cleft secondary palate.
62 est derivatives phenocopies the human Pierre
Robin sequence and highlights the interconnection of pal
63 defects similar to those seen in the Pierre
Robin Sequence in humans.
64 , talipes equinovarus, atrial septal defect,
Robin sequence, and persistent left superior vena cava.
65 pectrum of skeletal abnormalities, including
Robin sequence, hypoplastic scapulae, and a missing pair
66 e of the most common malformation sequences,
Robin sequence.
67 in a family with a mild acampomelic CD with
Robin sequence.
68 rve as a mouse model for the human disorder,
Robin sequence.
69 MRI revealed dilated atypical Virchow-
Robin space (VRS).
70 s CNS microvessels, pia, subpia, and Virchow-
Robin space.
71 Markedly enlarged Virchow-
Robin spaces throughout the striatum appear occasionally
72 vity to CNS microvessels, subpia and Virchow-
Robin spaces was described in patients with NMO [called
73 time, new subcortical infarcts, new Virchow-
Robin spaces, 1 standard deviation lower total brain vol
74 ical infarcts, cerebral microbleeds, Virchow-
Robin spaces, and total brain parenchyma volume.
75 The fin rays of the pectoral fin of the sea
robins (
teleostei) are specialized chemosensory organs h
76 During round-
robin testing, the neural network estimate of pulmonary
77 , 0.923]) was wider than that with the round-
robin tests.
78 but also achieve remarkable success in round-
robin tournaments and evolutionary interactions.
79 It is especially notable because sea
robins utilize the chemosensory input from the fin rays
80 In 1984, Barry Marshall and
Robin Warren proposed a role for bacterial infections in
81 Experiments with
robins wearing frosted goggles have revealed a tantalisi
82 Two American
robins were also seropositive.
83 Robins were disoriented when exposed to a vertically ali
84 rlings, rock pigeons, swallows, and American
robins were the most commonly captured birds.
85 g that this already may be true for American
robins,
which are arriving 14 days earlier than they did