1 p to 400 times faster with findhap than with
Beagle.
2 from the population-based imputation program
BEAGLE.
3 associated neurological dysfunction in this
Beagle.
4 ribed in several canine breeds including the
Beagle.
5 putational thread and 15x more CPU time than
Beagle.
6 for 8 weeks in five normal adult laboratory
beagles.
7 n of ADAMTS10 as the likely cause of POAG in
beagles.
8 bing (%BOP) were observed in placebo-treated
beagles.
9 Purpose-bred, 1- to 2-yr-old, 10- to 12-kg
beagles.
10 468 and from day 46 until day 159 in the two
beagles.
11 In this study, 13 pathogen-free
beagles,
12 to 26 weeks old, were infected with Borrelia
12 Ten female retired breeder
beagles,
7 to 8 years old, with naturally occurring mode
13 To test this hypothesis, we immunized aged
beagles (
8.4-12.4 years) with fibrillar Abeta(1-42) form
14 In one of these models (
Beagles),
AD can be reliably reproduced upon allergen ch
15 he-art existing statistics methods including
Beagle and fastPhase.
16 p imputation by the state-of-the-art methods
Beagle and FImpute.
17 In this paper, we extend the
BEAGLE API to a multiple Field Programmable Gate Array (
18 Affected
Beagles are unable to ambulate normally from the onset o
19 ne infusion was successfully performed in 16
beagles;
both procedures were performed simultaneously i
20 Source code provided in
BEAGLE:
Broad-platform Evolutionary Analysis General Lik
21 cerebral amyloidosis, Caribbean vervets, and
beagle canines.
22 nd are available by anonymous ftp from ftp://
beagle.
colorado.edu/pub/consensus.
23 Although placebo-treated
beagles demonstrated %BOP scores of 43% at week 8, GED-
24 ives a slightly lower switch-error rate than
Beagle does and is more than six times faster.
25 and completely converted to cinnarizine in a
beagle dog following iv administration.
26 ss in a ligature-induced periodontal disease
beagle dog model.
27 hic alveolar bone loss in a ligature-induced
beagle dog model.
28 several human-like clinical situations in a
beagle dog model.
29 A four-week old
Beagle dog presented with progressive signs of cerebella
30 f submerged and nonsubmerged implants in the
beagle dog.
31 igature-induced gingival inflammation in the
beagle dog.
32 orhexidine-induced tooth stain coverage in a
beagle dog.
33 cantly reduce experimental gingivitis in the
beagle dog.
34 In 15 healthy
Beagle dogs (average weight 9.3 kg), we compared insulin
35 left ventricular endocardium in anesthetized
beagle dogs (n=11) in vivo.
36 clinical response of periodontal pockets in
beagle dogs after treatment with a biodegradable deliver
37 4 implants were placed in the mandibles of 4
beagle dogs and randomly assigned to 1 of 3 treatment gr
38 active for the release of growth hormone in
beagle dogs at doses as low as 0.5 mg/kg.
39 Four
beagle dogs completed the study and were used in a split
40 Preliminary animal studies in
Beagle dogs conducted with lenses in which particles are
41 In six anaesthetized
beagle dogs control contractions increased hindlimb bloo
42 gns of inflammation took place in any of the
beagle dogs during the four months of implantation.
43 gene family of E. chaffeensis, sera from two
beagle dogs experimentally infected with E. chaffeensis
44 Eight adult, female
beagle dogs had generalized, severe periodontitis with p
45 CCL22) in ligature-induced periodontitis in
beagle dogs leads to reduced clinical measures of inflam
46 tors following oral administration to either
beagle dogs or CM-monkeys is described.
47 act lenses was then compared to eye drops in
beagle dogs that suffer from spontaneous glaucoma.
48 dies and in vivo pharmacodynamics studies in
beagle dogs to evaluate the efficacy of glaucoma therapy
49 Seventeen skeletally mature male
beagle dogs underwent 10 mm of bilateral interdental man
50 Adult female
beagle dogs underwent 2-hr hepatic vascular exclusion wi
51 Ten
beagle dogs underwent atraumatic bilateral second and fo
52 Under general anesthesia, 10
beagle dogs underwent atraumatic tooth extractions.
53 this strategy in a larger animal, we treated
beagle dogs using intracisternal or intracerebroventricu
54 Borrelia burgdorferi infection in
beagle dogs was studied quantitatively with skin punch b
55 Twenty 18-month-old female
beagle dogs were brought to optimal periodontal health o
56 Pancreata removed from
Beagle dogs were infused with University of Wisconsin so
57 Adult female
beagle dogs were randomized into 4 dosage groups (5 anim
58 Fifteen purebred
beagle dogs were subjected to a 14-day oral hygiene regi
59 Eighteen male
beagle dogs were subjected to the creation of bilateral
60 Four
beagle dogs were used and 32 interproximal intrabony def
61 Eleven male
beagle dogs were used in the study.
62 Six
beagle dogs were used in this study.
63 Beagle dogs were used in two distinct animal models of h
64 ith standardized periodontal bony defects in
beagle dogs with and without diabetes.
65 It was concluded that, for the
beagle dogs with severely infected periodontal pockets i
66 Four
beagle dogs with streptozotocin (STZ)-induced diabetes a
67 ) and in the lungs of experimentally exposed
beagle dogs with varying initial lung depositions were d
68 The procedures were performed in 8 female
beagle dogs, 4 to 6 years old.
69 In eight
beagle dogs, a critical-size labial GR defect was surgic
70 dyslipidemia using Syrian hamsters and male
Beagle dogs, and all these compounds displayed excellent
71 re created in mandibular premolar teeth of 6
beagle dogs, followed by placement of membranes and woun
72 In both the human case and
beagle dogs, the appearance of retained plutonium within
73 tized, paralyzed and mechanically ventilated
beagle dogs, we have studied involvement of glutamate an
74 on was surgically created in sexually mature
beagle dogs.
75 dontal defects were created in 5 young adult
beagle dogs.
76 reated at the mandibular premolar teeth in 9
beagle dogs.
77 sal pharmacodynamics in somatostatin-treated
beagle dogs.
78 Four healthy, purpose-bred female
beagle dogs.
79 dothelial cells were cultured from retina of
beagle dogs.
80 lveolar crest on maxillary canine teeth in 6
beagle dogs.
81 nistration of 6 potently inhibits feeding in
beagle dogs.
82 curring buccal Class II furcation defects in
beagle dogs.
83 es by evaluating exposure of the API in male
Beagle dogs.
84 activity and retard gingival inflammation in
beagle dogs.
85 glass-ceramic rods implanted in the jaws of
beagle dogs.
86 neonatal cerebellar cortical degeneration in
Beagle dogs.
87 and increased as disease progressed in POAG
beagle dogs.
88 nd mandible were obtained from 6 mature male
beagle dogs.
89 frontal cortex, thalamus and spinal cord of
beagle dogs.
90 he development of experimental gingivitis in
beagle dogs.
91 were created bilaterally in seven 1-year-old
beagle dogs: 3-walled intrabony defects distal of the ma
92 Adult
beagle donors were subjected to explosive BD for 16 hr.
93 cores of 43% at week 8, GED- and MEG-treated
beagles exhibited %BOP scores of 21% and 26%, respective
94 uth America between 1832 and 1833 during the
Beagle expedition were examples of the large, heavily ar
95 Male
beagles fed a diet containing 30% galactose were periodi
96 Fifteen female, 1-year-old
beagles first completed a 2-week dose-escalation experim
97 A full-length dog (
beagle)
flavin-containing monooxygenase 1 (FMO1) cDNA (d
98 ) were bilaterally placed in the tibia of 18
beagles for 1, 3, and 5 weeks.
99 iple input formats including BAM and imputed
beagle genotype probability files.
100 On Day 0,
beagles had an Escherichia coli-infected (septic) or ste
101 A general purpose API called
BEAGLE has recently been developed that includes optimiz
102 Following the voyage of the
Beagle,
his focus on insects shifted from collecting spe
103 We employ a
BEAGLE-
implementation using the Bayesian phylogenetics f
104 s in the tracheobronchial lymph nodes of the
beagles indicated the lymphatic system was effective in
105 es complex' and since Darwin's voyage on the
Beagle,
it has been of great cytological, physiological
106 t with 16,353 samples, we compare HAPI-UR to
Beagle,
MaCH, IMPUTE2, and SHAPEIT and show that HAPI-UR
107 FDR are similar to that of the BCFtools and
Beagle methods.
108 eviously, we mapped the disease locus in the
beagle model of autosomal recessive primary open angle g
109 The
beagle model of primary open-angle glaucoma (POAG) was u
110 Two-year-old purpose-bred
beagles (
n = 24) infected with Staphylococcus aureus pne
111 olled blinded trial, 2-year-old purpose-bred
beagles (
n = 24), with Staphylococcus aureus pneumonia,
112 We demonstrate results similar to those from
Beagle on another data set with a higher marker density.
113 e polymorphisms (SNPs) in other genes in the
beagle POAG locus that segregate with disease.
114 revalence of primary glaucoma in the general
beagle population.
115 Beagles randomly received 0.3% MEG, 0.3% GED, or placebo
116 gh for application to sequence data (IBDseq,
Beagle Refined IBD, PLINK, and GERMLINE) under multiple
117 represents a ~40X speedup when compared with
BEAGLE'
s CPU implementation on a dual Xeon 5520 and 3X s
118 on on a dual Xeon 5520 and 3X speedup versus
BEAGLE'
s GPU implementation on a Tesla T10 GPU for very
119 sequence data from 50,000 reference samples,
Beagle'
s throughput was more than 100x greater than Impu
120 better runtime scaling properties than does
Beagle so that for larger data sets, HAPI-UR will be pra
121 tIBD is incorporated in the freely available
Beagle software package.
122 typed, and haplotypes were inferred by using
BEAGLE software.
123 He included microbes in his
Beagle studies of the geographical distribution of organ
124 Charles Darwin's travels on HMS
Beagle taught him that islands are an important source o
125 ts performance to the most recent version of
BEAGLE that can perform this task.
126 Here, we infected 8
beagles through multiple experimental vector transmissio
127 Mean GI scores for
beagles treated with GED or MEG gels remained at or belo
128 A total of 12
beagles underwent MR imaging and computed tomography (CT
129 ly661Arg variant of ADAMTS10 was an affected
beagle,
unrelated to the POAG colony.
130 ves imputation quality very close to that of
BEAGLE,
using one to two orders of magnitude less time,
131 We demonstrate that
Beagle v.4.1 scales to much larger reference panels by p
132 We compare
Beagle v.4.1 with Impute2 and Minimac3 by using 1000 Gen
133 the Li and Stephens model and implemented in
Beagle v.4.1, is parallelized and memory efficient, maki
134 urate, and easy to use and is implemented in
Beagle version 4.
135 findhap (version 4) had higher accuracy than
Beagle (
version 4); computing time was up to 400 times f
136 Human insulin was administered to 13
beagles via inhalation (Exubera [insulin human (rDNA ori
137 Beagles were anaesthetized with thiopentone sodium (500
138 eriod randomized cross-over study design, 14
beagles were challenged with allergen and clinically mon
139 Twenty 6-week-old specific-pathogen-free
beagles were infected with Borrelia burgdorferi by tick
140 Sixteen specific-pathogen-free
beagles were infected with Borrelia burgdorferi.
141 Five
beagles were scanned with (18)F-FDG PET/CT and MRI.
142 Dog kidneys (
beagles)
were exposed to 0, 60, or 75 min of in situ war
143 mRNA-seq) of cerebellum tissue from a single
Beagle with neonatal cerebellar cortical degeneration as
144 Thirteen
beagles with cervical cardiac allografts were studied fo
145 were evaluated at 3 concentrations in mature
beagles with partial medial meniscectomy.
146 -error rate than do other methods except for
Beagle;
with the use of consensus phasing, running HAPI-
147 In 4
beagles without progressively worsening allograft reject