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Table 2 Main findings from studies on vascular anomalies including aberrant innominate artery

From: Chronic respiratory disorders due to aberrant innominate artery: a case series and critical review of the literature

Author

[Reference]

N of cases

Age

Presenting

features

(% of cases)

Diagnosis at

admission

(%)

Diagnostic

procedures

Final

diagnosis

(%)

Therapeutic

approach

(%)

Indications

for surgery

Long-term

follow-up

(%)

Fearon

[17]

104 cases

0–11

yrs

Cyanosis

Stridor

Apnea

Tracheoesophageal

fistula Thymus

enlargement

Laryngomalacia

Cystic fibrosis

Hiatus hernia

Foreign body

Asthma; RRI

Esophagography

Bronchoscopy

Chest x-ray

Angiogram

AIA (66%)

DAA (11%)

RAA (3%)

PAS (3%)

ARSA (2%)

Others (7%)

Unknown

(8%)

Operative

Conservative

NA

NA

Mustard

[20]

285 cases

0–3 yrs

NA

NA

NA

AIA

(100%)

Operative

(14%)

Conservative

(86%)

Apnea and/or > 2 episodes of tracheabronchitis or pneumonia

Resolution (60%)a or persistence of symptoms (25%)a Poor outcome (15%)a

Eklof

[21]

30 cases

0–5

yrs

Stridor; Wheezing

Belly cough

Hoarse voice

Respiratory distress

RRI; Dysphagia

Cyanosis

NA

Esophagography

Chest x-ray

Angiogram

AIA (13%)

DAA (47%)

RAA (17%)

ARSA (13%)

PAS (10%)

Operative

(97%)

Conservative

(3%)

Stridor

RRI

Cyanosis

Dysphagia

Complete (40%) or partial resolution (20%)

Persistence of symptoms (13%) Death (27%)

Moes

[27]

90 cases

NA

Stridor (83%)

Apnea (26%)

RRI (32%)

NA

Esophagography

Tracheography

Bronchoscopy

Chest x-ray

Angiogram

AIA

(100%)

Operative

(67%)

Conservative

(33%)

Apnea and/or respiratory distress with severe tracheal narrowing

Complete

resolution (57%)a partial resolution (28%) or persistence of symptoms (15%)a

Welz

[26]

16 cases

0–1

yrs

Stridor (75%)

RRI (50%)

Apnea (44%)

NA

Tracheography

Bronchoscopy

Angiograms

AIA (100%)

Operative

(37.5%)

Conservative

(62.5%)

Apnea

Resolution of symptoms (100%)

Marmon

[14]

54 cases

0–10

yrs

Dysphagia

Wheezing

Stridor

Apnea

RRI

NA

Esophagography

Bronchoscopy

Angiogram

AIA (18%)

DAA (44%)

RAA (31%)

PAS (5%)

Operative

(100%)

NA

Resolution (87%) or persistence of symptoms (2%)

Death (2%)

Lost on follow up

(9%)

Strife

[28]

936 cases

0–17

yrs

Normal population (n = 

807)

Congenital heart

disease (n = 129)

NA

Chest X-ray

Angiogram

AIA

(30%)b

NA

NA

NA

Ardito

[29]

78 cases

0–8

yrs

Apnea (36%)

Stridor (32%)

Cough (14%)

RRI (14%)

NA

Esophagography

Bronchoscopy

Chest X-ray

Angiogram

AIA (100%)

Operative

(42%)

Conservative

(58%)

Apnea

Resolution (85%) or persistence of symptoms (15%)a

Hawkins

[25]

29 cases

0–15

yrs

Apnea (59%)

Stridor (24%)

RRI (14%)

Exercise-asthma and

stridor (3%)

NA

Esophagography

Bronchoscopy

Chest MRI

Chest CT

AIA (100%)

Operative

(100%)

Apnea and/or > 2 tracheobronchitis or pneumonia and/or severe stridor

Resolution (93%)

or persistence of

symptoms (7%)

Anand

[30]

41 cases

0–3

yrs

NA

NA

NA

AIA (19%)

DAA (44%)

RAA (27%)

PAS (10%)

Operative

(100%)

NA

Resolution (70%) or persistence of symptoms (30%)

Adler

[18]

25 cases

0–8

yrs

Stridor (100%)

Apnea (32%)

RRI (28%)

Cyanosis (24%)

Asthma (24%)

Esophagography

Bronchoscopy

Chest x-ray

Angiogram

AIA

(100%)

Operative

(100%)

Tracheal compression  > 50%

Stridor apnea

Recurrent

pneumonia

Uncontrolled asthma

Resolution (96%) or persistence of symptoms (4%)

Jones

[16]

12 cases

0–3

yrs

Stridor (100%)

Feeding troubles (75%)

Cyanosis (25%)

Apnea (8%)

Respiratory arrest

(33%)

NA

Esophagography

Bronchoscopy

Chest x-ray

Chest CT

AIA

(100%)

Operative

(100%)

Cyanosis

Apnea

Feeding

troubles

Resolution

(100%)

Erwin

[23]

45 cases

0–11

yrs

Stridor (73%)

Apnea (47%)

Bark cough (31%)

Retractions (24%)

RRI (20%)

Airway anomaly (20%)

Dysphagia (16%)

Tracheoesophageal

fistula (16%)

Asthma (4%)

Subglottic stenosis (2%)

Esophagography

Bronchoscopy

Angiogram

Chest MRI

AIA (75%)

LAV (22%)

ARSA (2%)

Operative

(100%)

Moderate tosevere

symptoms

Resolution (87%) or persistence of symptoms (9%)

Death (2%)

Tracheotomy (2%)

McLaughling

[19]

35 cases

0–17

yrs

Stridor or wheezing

(100%)

RRI (47%)

Apnea (20%) Dysphagia

(14%) Chronic cough

(14%)

Failure to thrive (11%)

Aspiration pneumonia

(6%) Vomiting (6%)

DiGeorge syndrome

(3%) VATER (3%)

Pectus excavatum (3%)

Subglottic hemangioma

(3%)

Atrial septal defect

(3%) Incarcerated

hernia (3%)

Gastroesophageal

reflux (3%)

Down syndrome (3%)

Cerebral palsy (3%)

Esophagography

Bronchoscopy

Chest x-ray

Chest MRI

Chest CT

AIA (9%)

DAA (54%)

RAA (31%)

LAV (3%)

PAS (3%)

Operative

(100%)

NA

Resolution (71%) or persistence of symptoms (20%)

Lost on follow-up (9%)

Gormley

[15]

16 cases

0–10

yrs

Stridor (100%) Chronic

cough (75%)

Dyspnea (75%) Apnea

(60%)

RRI (56%)

Dysphagia (25%)

Laryngomalacia (12%)

Asthma (12%)

Recurrent croup (12%)

Sleep apnea (6%)

Esophagography

Bronchoscopy

Fluoroscopy

Chest X-ray

Angiogram

Chest CT

AIA (94%)

DAA (6%)

Operative

(75%)

Conservative

(25%)

Apnea

Exercise

intolerance

RRI

unresponsive

to treatment

Resolution of

symptoms (75%)

Mild/residual

stridor (25%)

Woods

[12]

82 cases

0–12

yrs

Stridor (46%)

RRI (35%)

Feeding difficulty

(15%)

Suspected

tracheoesophageal

compression

Esophagography

Bronchoscopy

Chest X-ray

Angiogram

Chest MRI

Chest CT

AIA (24%)

DDA (38%)

RAA (27%)

ARSA (5%)

PAS (4%)

ALSA (2%)

Operative

(100%)

Persistent

symptoms of

tracheo

esophageal

compression

Complete

resolution (70%)

partial resolution

(19%) or symptoms

of complications

(11%)

Malik

[22]

29 cases

0–5

yrs

Stridor (69%) Cyanosis

(31%) Apnea (21%)

Choking episodes (14%)

RRI (7%)

NA

Esophagography

Bronchoscopy

Angiogram

Chest MRI

AIA (38%)

DAA (10%)

RAA (7%)

Others

(17.5%)

None

(27.5%)

Operative

(24%)

Conservative

(76%)

Severe or complicated# cases

NA

Grimmer

[24]

22 cases

0–7

yrs

Stridor (86%) Cyanosis

(50%) Apnea (41%)

Cough (41%) Intubation

(9%)

Failure to thrive (9%)

Dysphagia (9%)

Ventilator need (4%)

NA

Bronchoscopy

Angiogram

Chest MRI

Chest CT

AIA

(100%)

Operative

(100%)

Apnea

Cyanosis

Dyspnea

Failure to

thrive

Oxygen/

Ventilator

dependence

Complete/partial resolution (95%) or persistence of symptoms (5%)

Gardella

[11]

28 cases

0–13

yrs

Apnea (53%)

RRI (50%)

Chronic cough (46%)

Dyspnea (32%) Stridor

(21%) Wheezing (14%)

GER (35%)

Overweight (21%)

Atopy (14%)

Asthma (14%)

Laryngomalacia (7%)

Emotional paroxysm

(3%)

Esophagography

Bronchoscopy

Chest MRI

Chest CT

AIA

(100%)

Operative

(57%)

Conservative

(43%)

Severe symptoms, also including QoL

No improvement after conservative treatment

Resolution of symptoms (100%)

Ghezzi

[10]

209 cases

6.4

yrs

Barking cough (100%)

RRI (20%)

Exercise induced cough

(17%)

Dysphagia (6%)

Stridor (4%)c

Bronchial obstruction

(14%)

Atopy (18%)

GER disease (22%)c

Bronchoscopy

Chest CT

AIA (25%)

RAA (4%)

DAA (2%)

ARSA (1%)

None (67%)

Operative

(20%)

Conservative

(80%)c

Severe symptoms, also including QoL

No improvement after conservative treatmentd

Faster improvement of symptoms in the operative versus the conservative groupd

  1. Abbreviations: N number, Yrs years, RRI Recurrent respiratory tract infections, AIA Anomalous Innominate Artery, DAA Double Aortic Arch, RRA Right Aortic Arch, PAS Pulmonary Artery Sling, ARSA Aberrant Right Subclavian Artery, NA Not Available, CVR Complete Vascular Ring, VATER Vertebral defects, Anus defects, Tracheoesophageal fistula, and Radial and Renal dysplasia, ALSA Aberrant Left Subclavian Artery, GER gastroesophageal reflux, LAV Left Arch Variant, MRI magnetic resonance imaging, CT computed tomography, QoL quality of life
  2. aPercentage referred to surgery group
  3. bPercentage referred to the group of children younger than 2 yrs (n = 508)
  4. cPercentage referred to 68 cases with evidence of tracheal compression
  5. dReferred to anomalous innominate artery group