Table 1 Normative CMR values of cardiac volumes and function in women and men
From: Cardiovascular disease in women: insights from magnetic resonance imaging
|  | Author, year | N (women + men), age | Women | Men | Women compared to men |
|---|---|---|---|---|---|
Left ventricle | |||||
 LVEDV (ml) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 124 (88–161) | 166 (109–218) | ↓ |
Maicera et al., 2006 [5] | 60 + 60, 20–80 years | 128 (88–168) | 156 (115–198) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 135 (96–174) | 169 (102–235) | ↓ | |
 LVEDVi (ml/m2) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 74 (54–94) | 85 (60–110) | ↓ |
Maicera et al., 2006 [5] | 60 + 60, 20–80 years | 75 (57–92) | 80 (63–98) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 78 (56–99) | 82 (53–112) | ↓ | |
 LVESV (ml) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 49 (31–68) | 69 (39–97) | ↓ |
Maceira et al., 2006 [5] | 60 + 60, 20–80 years | 42 (23–60) | 53 (30–75) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 49 | 61 | ↓ | |
 LVESVI (ml/m2) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 29 (19–40) | 36 (21–49) | ↓ |
Maceira et al., 2006 [5] | 60 + 60, 20–80 years | 24 (15–34) | 27 (16–38) | ↓ | |
 LVSV (ml) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 75 (49–100) | 96 (59–132) | ↓ |
Maceira et al., 2006 [5] | 60 + 60, 20–80 years | 86 (58–114) | 104 (76–132) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 86 | 108 | ↓ | |
 LVSVI(ml/m2) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 45 (30–59) | 49 (32–67) | ↓ |
Maceira et al., 2006 [5] | 60 + 60, 20–80 years | 50 (38–63) | 53 (41–65) | ↓ | |
 LVEF (%) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 61 (51–70) | 58 (48–69) | ↑ |
Maceira et al., 2006 [5] | 60 + 60, 20–80 years | 67 (58–76) | 67 (58–75) | → | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 64 (54–74) | 64 (55–73) | → | |
 LVM (g) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 70 (46–93) | 103 (64–141) | ↓ |
Maceira et al., 2006 [5] | 60 + 60, 20–80 years | 108 (72–144) | 146 (108–184) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 90 (66–114) | 133 (85–181) | ↓ | |
 LVMI (g/m2) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 42 (29–55) | 53 (35–70) | ↓ |
Maceira et al., 2006 [5] | 60 + 60, 20–80 years | 63 (48–77) | 74 (58–91) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 52 (37–67) | 65 (46–83) | ↓ | |
Right ventricle | |||||
 RVEDV (ml) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 130 (85–168) | 182 (124–258) | ↓ |
Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 126 (84–168) | 163 (113–213) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 131 (83–178) | 177 (111–243) | ↓ | |
 RVEDVI (ml/m2) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 77 (53–99) | 93 (68–125) | ↓ |
Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 73 (55–92) | 83 (60–106) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 75 (48–103) | 86 (58–114) | ↓ | |
 RVESV (ml) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 55 (27–77) | 85 (47–123) | ↓ |
Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 43 (17–69) | 57 (27–86) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 52 | 79 | ↓ | |
 RVESVI (ml/m2) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 33 (17–46) | 43 (25–63) | ↓ |
Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 25 (12–38) | 29 (14–43) | ↓ | |
 RVSV (ml) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 75 (48–99) | 97 (68–125) | ↓ |
Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 83 (57–108) | 106 (72–140) | ↓ | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 78 | 98 | ↓ | |
 RVSVi (ml/m2) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 45 (30–59) | 50 (34–67) | ↓ |
Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 48 (36–60) | 54 (38–70) | ↓ | |
 RVEF (%) | Petersen et al., 2017 [4] | 433 + 371, 45–74 years | 58 (47–68) | 54 (45–65) | ↑ |
Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 66 (54–78) | 66 (53–78) | → | |
Alfakih et al., 2003 [6] | 30 + 30, 20–65 years | 60 (50–70) | 55 (48–63) | ↑ | |
 RVM (g) | Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 48 (27–69) | 66 (38–94) | ↓ |
 RVMi (g/m2) | Maceira et al., 2006 [7] | 60 + 60, 20–80 years | 28 (18–38) | 34 (19–43) | ↓ |
Left atrium | |||||
 LAV max (ml) | Petersen et al., 2017 [4]a | 433 + 371, 45–74 years | 62 (33–93) | 71 (37–108) | ↓ |
Maceira et al., 2010 [8]c | 60 + 60, 20–80 years | 68 (42–95) | 77 (48–107) | ↓ | |
 LAVi max (ml/m2) | Petersen et al., 2017 [4]a | 433 + 371, 45–74 years | 37 (21–55) | 36 (19–55) | → |
Maceira et al., 2010 [8]c | 60 + 60, 20–80 years | 40 (27–52) | 39 (26–53) | → | |
 LA emptying fraction (%) | Petersen et al., 2017 [4]a | 433 + 371, 45–74 years | 61 (49–74) | 60 (47–73) | → |
Maceira et al., 2016 [9]c | 60 + 60, 20–80 years | 60 (48–72) | 58 (47–68) | ↑ | |
Right atrium | |||||
 RAV max (ml) | Petersen et al., 2017 [4]b | 433 + 371, 45–74 years | 69 (38–101) | 93 (43–143) | ↓ |
Maceira et al., 2013 [10]c | 60 + 60, 20–80 years | 91 (58–124) | 109 (64–124) | ↓ | |
 RAVi max (ml/m2) | Petersen et al., 2017 [4]b | 433 + 371, 45–74 years | 41 (23–59) | 48 (22–74) | ↓ |
Maceira et al., 2013 [10]c | 60 + 60, 20–80 years | 53 (36–70) | 55 (33–78) | → | |
 RA emptying fraction (%) | Petersen et al., 2017 [4]b | 433 + 371, 45–74 years | 46 (31–63) | 41 (23–58) | ↑ |
Maceira et al., 2016 [9]c | 60 + 60, 20–80 years | 58 (46–69) | 54 (40–68) | ↑ | |