1 The hearts of 20
mongrel canines (23 to 31 kg) were instrumented with mic
2 Forty-eight
mongrel canines (23 to 31 kg) were used for 12 total and
3 Normal
mongrel canines (n=24) were divided into 4 groups consis
4 Thirty-four
mongrel cats of either sex, anesthetized with 1.0% to 1.
5 Mongrel cats were anesthetized with alpha-chloralose and
6 Intact chest preparation, adult
mongrel cats.
7 Isolated lobar lung preparation,
mongrel cats.
8 Isolated lobar lung preparation, using
mongrel cats.
9 Male
mongrel dogs (15-20 kg) underwent left nephrectomy follo
10 ized, paralyzed, and mechanically ventilated
mongrel dogs (19-45 kg) of either gender.
11 In 15
mongrel dogs (20 to 30 kg), AV nodal block was produced
12 Fourteen
mongrel dogs (20 to 35 kg), anesthetized, room-air venti
13 Sixteen
mongrel dogs (22 to 24 kg) were used.
14 trium, His bundle, and right ventricle of 10
mongrel dogs (23 to 32 kg) via a 1.5-T MRI system using
15 Sixteen
mongrel dogs (23-25 kg) were used.
16 Twenty-four anesthetized healthy, adult,
mongrel dogs (28 +/- 1 kg; 7 female, 17 male).
17 Male and female
mongrel dogs (Canis familiaris), weighing 16 to 22 kg.
18 One group of eight
mongrel dogs (four male; four female).
19 may have similar effects, we gave alloxan to
mongrel dogs (group 2) to induce impaired glucose tolera
20 o lowering diastolic blood pressure (DBP) in
mongrel dogs (K(b)(DBP)/K(b)(IUP) = 40) suggesting urose
21 Six adult anesthesized and paralyzed
mongrel dogs (mean weight 24.3+/- 4.4 kg).
22 Six anesthetized, paralyzed
mongrel dogs (mean weight, 24.7+/-3.8 kg).
23 Adult
mongrel dogs (n = 5) weighing 20 to 27 kg.
24 formed as an insulin dose response in normal
mongrel dogs (n = 6).
25 Male
mongrel dogs (n = 7) were infused with insulin (5.0 mU x
26 Mongrel dogs (n = 8, 19-24 kg) were instrumented chronic
27 l using the isolated gastrocnemius muscle of
mongrel dogs (n= 6) K(+) infusion did not alter force pr
28 Eight
mongrel dogs (weight range, 20-30 kg) underwent fasting
29 Fourteen healthy
mongrel dogs (weight, 20 to 25 kg) were studied.
30 placed in edentulous mandibular ridges of 10
mongrel dogs after preparation of 6 cylindrical mid-cres
31 placed in edentulous mandibular ridges of 10
mongrel dogs after preparation of 6 cylindrical mid-cres
32 veforms at varying energies (18-150 J) in 21
mongrel dogs after short-duration ventricular fibrillati
33 We studied 10 mice, 15 rats, 6 rabbits, 8
mongrel dogs and 38 human volunteers.
34 AZD1305 was administered to anesthetized
mongrel dogs before and >2 weeks after the induction of
35 ntroduced an intracerebral hematoma in eight
mongrel dogs by infusing 6 mL of autologous arterial blo
36 OA was induced in 20 adult
mongrel dogs by transection of the anterior cruciate lig
37 OA was induced in adult
mongrel dogs by transection of the anterior cruciate lig
38 -chamber view in 7 closed-chest anesthetized
mongrel dogs during 5 different inotropic stages.
39 We studied a total of 53
mongrel dogs in an open chest model of coronary occlusio
40 Lung lobes were obtained from 36
mongrel dogs of either gender.
41 Eight chronically instrumented male
mongrel dogs received 35 mg kg-1 day-1 of Nomega-nitro-L
42 ant defects in six adult male Hound Labrador
mongrel dogs received CHO cell- or E. coli-derived rhBMP
43 Five young adult Hound Labrador
mongrel dogs received implants with a moderately roughen
44 glucose were injected simultaneously into 22
mongrel dogs under a wide range of metabolic states; thi
45 Seven adult
mongrel dogs underwent 24 hours of left anterior descend
46 Eight
mongrel dogs underwent an acute 2-minute closed-chest co
47 Five
mongrel dogs underwent creation of nontransmural endoven
48 Twelve adult
mongrel dogs underwent defibrillator implants incorporat
49 Eight
mongrel dogs underwent demand ventricular pacing (VVI) a
50 Seven anesthetized,
mongrel dogs underwent dynamic PET scans of the heart af
51 Ten adult
mongrel dogs underwent left atrial (LA) and LV pressure
52 Ten
mongrel dogs weighing 20.9 +/- 1.9 kg.
53 ed by inflation of a subdural balloon in ten
mongrel dogs weighing 23 to 30 kg and validated neuropat
54 Fifteen
mongrel dogs were anesthetized and intubated with a trac
55 Eighteen
mongrel dogs were anesthetized in the supine position, p
56 Mongrel dogs were chronically instrumented for measureme
57 Fourteen
mongrel dogs were chronically instrumented to measure ao
58 Mongrel dogs were chronically instrumented using sterile
59 Six adult
mongrel dogs were divided into 2 groups: one group recei
60 The small intestines from adult
mongrel dogs were harvested.
61 Eighteen
mongrel dogs were instrumented to measure left ventricul
62 Twelve
mongrel dogs were intubated, heparinized and euthanized
63 After 1 month of left ventricular pacing, 8
mongrel dogs were monitored for heart failure as defined
64 METHODS AND Adult male
mongrel dogs were placed on LS (0.05% sodium chloride) f
65 Fourteen
mongrel dogs were prospectively randomized to receive no
66 Fifteen
mongrel dogs were randomized into control (n=7) and VNS
67 Eighteen
mongrel dogs were studied (nine control, nine receiving
68 Adult
mongrel dogs were subjected to 15 minutes of coronary oc
69 Anesthetized
mongrel dogs were subjected to 90 minutes of ischemia th
70 Male
mongrel dogs were surgically instrumented, and the effec
71 Twenty adult
mongrel dogs were used for 10 successfully completed TX
72 Twelve male adult Hound Labrador
mongrel dogs were used.
73 d in the right ventricular apex of 6 healthy
mongrel dogs with a custom 7F nonmagnetic ablation cathe
74 In 12
mongrel dogs, after creation of complete AV block and im
75 Skin biopsies were taken from 12
mongrel dogs, and derived fibroblasts were dissociated a
76 increase in intraurethral pressure (IUP) in
mongrel dogs, at doses which did not significantly affec
77 In conscious and anesthetized
mongrel dogs, DMP 728 at 0.02 to 1.0 mg/kg PO in gelatin
78 In 25-kg
mongrel dogs, patulous vein patch infrarenal aortoplasty
79 Eight
mongrel dogs, varying in age from 5 to 8 months and weig
80 Eighteen
mongrel dogs, weighing 15 to 25 kg.
81 Fourteen
mongrel dogs, weighing 22 to 23 kg each.
82 2 control and 12 LVH anesthetized open-chest
mongrel dogs.
83 ing catheters were surgically placed in nine
mongrel dogs.
84 of 5-HT(2A)R within the XII nucleus in adult
mongrel dogs.
85 e epicardium of the right ventricle in eight
mongrel dogs.
86 cardial surface of each cardiac chamber in 9
mongrel dogs.
87 in critical-sized fenestration defects in 16
mongrel dogs.
88 n was induced by chordal disruption in adult
mongrel dogs.
89 abial surfaces of the maxillary cuspids of 8
mongrel dogs.
90 ally ventilated, and surgically instrumented
mongrel dogs.
91 ized, paralyzed, and mechanically ventilated
mongrel dogs.
92 eterization were performed in 9 anesthetized
mongrel dogs.
93 Experiments were performed on 12 normal
mongrel dogs.
94 tromal cells and canine fibroblasts of adult
mongrel dogs.
95 Nineteen healthy, anesthetized,
mongrel dogs.
96 Eight anesthetized, mechanically ventilated
mongrel dogs.
97 e left latissimus dorsi muscle in five adult
mongrel dogs.
98 before and after pacing-induced CHF in nine
mongrel dogs.
99 A study of the brains of 30 dogs,
mongrels from 6.5 to 26.5 years of age, revealed that al
100 n recipients, two that received 9-10 x 10(9)
mongrel hepatocytes died early after surgery of acute po
101 We transplanted isolated
mongrel hepatocytes into the spleen of dalmatians in the
102 In 6
Mongrel hound dogs, superior and inferior vena cavae wer
103 Anesthetized, mechanically-ventilated
mongrel pigs (30+/-2 kg, n = 29).
104 Twenty-eight anesthetized
mongrel pigs (35.5 +/- 1.1 kg).
105 Adult
mongrel pigs underwent general anesthesia with Isofluran
106 Adult male
mongrel pigs were randomized to receive either SIS or eP
107 data may indicate that only a portion of the
mongrel population (43%) is susceptible to amyloidosis b
108 Experiments were performed on 12
mongrel puppies after administration of anthopleurin-A.
109 In 11 anesthetized
mongrel puppies, tridimensional repolarization and activ