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Table 4 Detailed characteristics of ECMO support

From: Heart failure supported by veno-arterial extracorporeal membrane oxygenation (ECMO): a systematic review of pre-clinical models

Study

ECMO type

ECMO equipment

ECMO settings

Configuration

Cannulation

Technique

Positioncheck§

Pump

Oxygenator

Canula size (Fr)

Flow

ACT target (s)

Dogs

Sakamoto et al.

Peripheral

Vjr-Afr

ND

No

CBBPX-80

CX-RX15W

ND

Controlled*

ND

Kawashima et al.

Combination

RA-Afr

ND

No

Capiox SP-101

ND

28-10

1.5 ± 0.42 L/min

ND

Yu et al.

Combination

RA-Af

ND

No

Bio-Source TM200 or T-PLS

ND

21-17

75 mL/kg/min

400-500

Ox

Segesser et al.

Combination

Vf and P – ACAR

N/A

N/A

ND

ND

ND

2.5 to 5.6 L/min

> 480

Pigs

Møller-Helgestad et al.

Peripheral

Vfr-Afl

Percutaneous

N/A

ND

ND

ND

3.2 to 4.6 L/min

ND

Ostadal et al.

Peripheral

Vf-Af

Percutaneous

Yes

Xenios i-cor

Xenios AG

21-18

Controlled*

200-250

Simonsen et al.

Peripheral

Vjr-Afr

Surgical

N/A

Prototype

Maquet Quadrox D

21-15

3500 rpm

ND

Janak et al.

Peripheral

Vfl-Afl

Percutaneous

No

Levitronix Centrimag

QUADROX

23-18

Controlled*

210-290

Vanhuyse et al.

Peripheral

Vf-Af

Percutaneous

No

Medtronic

Maquet

21-15

ND

180-250

Esposito et al.

Peripheral

Vfr-Afr

ND

No

TandemHeart

ND

21-17

Controlled*

300-400

Hala et al.

Peripheral

Vf-Af

Percutaneous

Yes

Levitronix Centrimag

Maquet Quadrox i

23-18

Controlled*

200-300

Itoh et al.

Central

RA-AO

N/A

N/A

HPM-15

ExceLung-prime

16-10

140 mL/kg/min

160-200

Ostadal et al.

Peripheral

Vf-Af

Percutaneous

Yes

Levitronix Centrimag

Maquet Quadrox i

21-15

Controlled*

180-250

Brehm et al.

Peripheral

Vfr-Afr

Surgical

No

Levitronix Centrimag

Maquet Quadrox D

17-19

Controlled*

ND

Kajimoto et al.

Central

RA-AO

N/A

N/A

Sarns 8000

CX-RX05RW

ND

80-100 mL/kg/min

ND

Zhu et al.

Peripheral

Vfr-Afr

Surgical

No

Biomedicus 550

ND

14-12

ND

180-220

Bartoli et al.

Peripheral

Vjr-AAO$

Surgical

N/A

Not reported

Capiox SX-10

10 to14-18 to 20

0.6-1.16 L/min

> 300

Sheep

Sauren et al.

Combination

Vfl-AO

N/A

N/A

MEDOS DP1

Polystan Safe Maxi Adult

21-18 to 21

2.8 ± 0.9 L/min

> 480

Peripheral

Vfl-Afl

ND

No

Naito et al.

Peripheral

Vj-AAO$

ND

N/A

EVAHEART

Biocube 6000

29-21

1.5 ± 0.1 L/min

ND

  1. Brands used for ECMO consoles, pumps and oxygenators (alphabetically): TandemHeart (Cardiac Assist Inc, USA); QUADROX-i Adult, QUADROX-D and Polystan Safe Maxi Adult (Maquet Cardiopulmonary, Germany); MEDOS DP1 (MEDOS, Germany); Medtronic 550 (Medtronic Inc, USA); HPM-15 and ExceLung-prime (MERA, Japan); T-PLS (Twin-Pulse Life Support, SL-1000, New-heartbio Co., Korea); Biocube 6000 (NIPRO, Japan); EVAHEART (Sun Medical Technology Research Corp, Japan); Sarns 8000, CX-RX05RW, CX-RX15W and CAPIOX SX 10 Oxygenator (Terumo, Japan); Levitronix Centrimag (Thoratec, USA); i-cor and Xenios AG (Xenios AG, Germany)
  2. ACT activated clotting time; Af femoral artery; Afl left fermoral artery; Afr right fermoral artery; AO aorta; asc. ascending; ar right atrium (in case of percutaneous cannulation); CAR carotid artery; ECMO extracorporeal membrane oxygenation; P pulmonary artery; RA right atrium (in case of central cannulation); rpm rotation per minutes: Vf femoral vein; Vfl left femoral vein; Vfr right femoral vein; Vj jugular vein; Vjl left jugular vein; Vjr right jugular vein
  3. $Arterial canula was inserted surgically directly into the abdominal aorta through a graft
  4. §For peripheral canulation, was fluoroscopy or echocardiography used to confirm position of the tip of the canula(s)
  5. *ECMO blood flow was a controlled parameter of the experiment