Errata
2
ERRATA The legends for fìgures 1 and 2 in the article “Ccrcbral hypcrpcrfusion syndromc following aortocarotid bypass surgcp“ (Waikar HD. et al: J Cardiothomc Vast Anesth 7:46 1-465. 1943) should rcad Fig. 1. Arch aortogram showing total occlusion of the left common carotid artery, both subclavian arteries, and stenosis of the innominate artery, and the proximal right common carotid artery. (Reprinted with permission of Springer-Verlag.) Fig. 2. Postoperative CT scan shows bihemispheric hematoma more on the right side. (Reprinted with permission of Springer-Verlag.) Thc correct vcrsions of tables 1 and 7 and thc tigure legend for Fig 4 in thc article “Diltiazcm and regional left ventricular function during gradcd coronary constriction and propofol anesthcsia in thc dog” (Goldberg AH. ct al. J Cardiothorac VUSC Anrsth 7:705-710. 1993) are rcprinted bclow. On page 705. column 2. lint 2. thc dosage of morphinc sulfatc should read 0.1 mgikg, IM. Fig. 4. Regression analysis of postsystolic shortening versus LAD coronary blood How (means t SE). The slope of each regression line is significantly different from zero (prediltiazem P = 0.018, postdiltiazem P = 0.012), while also being coincident with the other (P = 0.348). Abbreviations: TS, total muscle shortening; LAD, left anterior descending coronary artery. Table 1. Global Hemodynamics Dwing Graded Irchsmia and Diltiazrm (means i SD) Parameter COIltrOl Ischemia 2 TOlal Occlusiorl Heart rate (beats/min) Systolic arterial pressure (mmlig) Diastolic arterial pressure ImmHg) LV dP/d& (mmHg/sec) Systemic vascular resistance (mmHg/L/minl Stroke volume (mL1 Cardiac output ImLlmin) LAD coronary blood flow (mL/min/lOO g) LAD coronary blood flow I% of Control) LV end-diastolic pressure (mmHg) Coronary perfusion pressure ImmHgl 103.8 i 24.6$ 120.4 L 17.8t9 128.6 + 14.3$ 97.9 + 12.6tl 98.6 + 8.1Z 69.5 + 16.2t§ 1696.3 i 457: 1206.3 - 228tS 71 .a -L_ 35.9* 68.4 + 22.25 17.7 I 6.9$ 10.5 + 3.4t4. 2480 + 184$ 1777 + 123tl 120.2 + 42.4$ 90.7 + 38.4TS 100 + o* 100 I os 8.3 z 2.4* 4.8 1 Z.OT§ 90.4 i 7.56$ 64.8 i 16.2t§ 107.8 c 28.3 122.3 L 18.Jt 121.5 t 11.4 92.63 2 10.8t 95.2 + 9.9 63.1 z 14.5t 1618.8 r 396 1205.0 z 319t 76.1 c 34.8 67.8 ? 18.8 15.3 2 6.4 9.6 ? 3.3t 2330 z 165 1808 ? 113t 86.2 z 30.1’ 65.6 z 21.2’ 76.6 ? 32.4’ 76.5 5 14.1* 6.3 1 1.8 4.4 ? 1.6 89.0 = 10.3 58.8 2 14.5t ?? P < 0.05 v Control. - tP < 0.05 prediltiazem Y postdiltiazem SPrediltiazem. SPostdiltiazem. 115.9 + 22.9‘ 124.0 % 18.9 116.0 i 9.7’ 93.63 + 11.2t 89.5 z 10.0 66.1 I 15.6t 1432.5 + 279’ 1180.0 + 209t 78.8 i 47.5 73.9 t 24.4 13.5 i 6.1 9.1 z3,3*t 2189 + 157 1807 f 109t 68.3 t 23.0‘ 56.6 L 22.1’ 61.0 ? 24.1’ 65.6 z 17.8’ 5.8 t 2.0 4.6 I 1.7 83.8 r 10.1 61.6 i 15.4t 117.6 + 22.6’ 124.8 z 16.9 114.8 t 7.7’ 89.38 2 13.2t 89.9 + ll.3 62.0 z 13.Jt 1413.8 i 295’ 1086.3 i 230t 74.6 + 28.6 74.1 + 22.9 12.7 - 4.1 8.5 2 3.2.t 2073 + 148’ 1788 + 104t 50.0 i la.?* 41.8 + 18.8. 47.6 5 27.3* 47.4 L 11.5’ 8.5 I 4.4 5.3 I 1.4 81.4 L 12.2 56.7 I 13.2t 125.1 2 22.7’ 128.4 i 16.2’ 105.1 c 12.2’ 86.0 2 ll.Ot 79.6 : 13.7’ 60.6 z 12.8t 1291 z 278’ 1025 L 205t 70.7 z 27.4 75.1 i 20.8 ll.2 L 3.6’ 7.8 L 2.J’t 1897 L 137’ 1533 r gat 0 2 0’ 0 2 0’ 0 c 0’ 0 2 0’ 9.6 T 4.0 9.0 2 3.2’ 70.0 2 13.6’ 51.6 z 12.4.t 258 Journal of Cardiothoraoc and Vascular Anesthesra, Vol 8, NO 2 (April). 1994: pp 258-259
Transcript of Errata
ERRATA
The legends for fìgures 1 and 2 in the article “Ccrcbral hypcrpcrfusion syndromc following aortocarotid bypass surgcp“ (Waikar HD. et al: J Cardiothomc Vast Anesth 7:46 1-465. 1943) should rcad
Fig. 1. Arch aortogram showing total occlusion of the left common carotid artery, both subclavian arteries, and stenosis of the innominate artery, and the proximal right common carotid artery. (Reprinted with permission of Springer-Verlag.)
Fig. 2. Postoperative CT scan shows bihemispheric hematoma more on the right side. (Reprinted with permission of Springer-Verlag.)
Thc correct vcrsions of tables 1 and 7 and thc tigure legend for Fig 4 in thc article “Diltiazcm and regional left ventricular
function during gradcd coronary constriction and propofol anesthcsia in thc dog” (Goldberg AH. ct al. J Cardiothorac VUSC Anrsth 7:705-710. 1993) are rcprinted bclow. On page 705. column 2. lint 2. thc dosage of morphinc sulfatc should read 0.1
mgikg, IM.
Fig. 4. Regression analysis of postsystolic shortening versus LAD coronary blood How (means t SE). The slope of each regression line is significantly different from zero (prediltiazem P = 0.018, postdiltiazem P = 0.012), while also being coincident with the other (P = 0.348). Abbreviations: TS, total muscle shortening; LAD, left anterior descending coronary artery.
Table 1. Global Hemodynamics Dwing Graded Irchsmia and Diltiazrm (means i SD)
Parameter COIltrOl Ischemia
2 TOlal
Occlusiorl
Heart rate (beats/min)
Systolic arterial pressure (mmlig)
Diastolic arterial pressure ImmHg)
LV dP/d& (mmHg/sec)
Systemic vascular resistance (mmHg/L/minl
Stroke volume (mL1
Cardiac output ImLlmin)
LAD coronary blood flow (mL/min/lOO g)
LAD coronary blood flow I% of Control)
LV end-diastolic pressure (mmHg)
Coronary perfusion pressure ImmHgl
103.8 i 24.6$ 120.4 L 17.8t9
128.6 + 14.3$
97.9 + 12.6tl
98.6 + 8.1Z
69.5 + 16.2t§
1696.3 i 457:
1206.3 - 228tS
71 .a -L_ 35.9*
68.4 + 22.25
17.7 I 6.9$ 10.5 + 3.4t4.
2480 + 184$ 1777 + 123tl
120.2 + 42.4$
90.7 + 38.4TS
100 + o* 100 I os
8.3 z 2.4* 4.8 1 Z.OT§
90.4 i 7.56$ 64.8 i 16.2t§
107.8 c 28.3 122.3 L 18.Jt
121.5 t 11.4
92.63 2 10.8t
95.2 + 9.9
63.1 z 14.5t
1618.8 r 396
1205.0 z 319t
76.1 c 34.8
67.8 ? 18.8
15.3 2 6.4
9.6 ? 3.3t
2330 z 165
1808 ? 113t
86.2 z 30.1’
65.6 z 21.2’
76.6 ? 32.4’
76.5 5 14.1*
6.3 1 1.8 4.4 ? 1.6
89.0 = 10.3
58.8 2 14.5t
??P < 0.05 v Control. -
tP < 0.05 prediltiazem Y postdiltiazem SPrediltiazem. SPostdiltiazem.
115.9 + 22.9‘
124.0 % 18.9
116.0 i 9.7’ 93.63 + 11.2t
89.5 z 10.0
66.1 I 15.6t
1432.5 + 279’ 1180.0 + 209t
78.8 i 47.5 73.9 t 24.4
13.5 i 6.1 9.1 z3,3*t
2189 + 157 1807 f 109t
68.3 t 23.0‘ 56.6 L 22.1’
61.0 ? 24.1’ 65.6 z 17.8’
5.8 t 2.0 4.6 I 1.7
83.8 r 10.1
61.6 i 15.4t
117.6 + 22.6’
124.8 z 16.9
114.8 t 7.7’ 89.38 2 13.2t
89.9 + ll.3
62.0 z 13.Jt
1413.8 i 295’
1086.3 i 230t
74.6 + 28.6
74.1 + 22.9
12.7 - 4.1
8.5 2 3.2.t
2073 + 148’
1788 + 104t
50.0 i la.?* 41.8 + 18.8.
47.6 5 27.3* 47.4 L 11.5’
8.5 I 4.4 5.3 I 1.4
81.4 L 12.2 56.7 I 13.2t
125.1 2 22.7’ 128.4 i 16.2’
105.1 c 12.2’ 86.0 2 ll.Ot
79.6 : 13.7’
60.6 z 12.8t
1291 z 278’
1025 L 205t
70.7 z 27.4 75.1 i 20.8
ll.2 L 3.6’ 7.8 L 2.J’t
1897 L 137’ 1533 r gat
0 2 0’ 0 2 0’
0 c 0’ 0 2 0’
9.6 T 4.0 9.0 2 3.2’
70.0 2 13.6’ 51.6 z 12.4.t
258 Journal of Cardiothoraoc and Vascular Anesthesra, Vol 8, NO 2 (April). 1994: pp 258-259
ERRATA 259
Table 2. Regional Muscle Function Dwing Graded Ischemia rnd Dlftiarsm (meanr z SD)
P0hSlOll CrltlCd Ischemta Ischemia TOtal
Territory Parameter COlllV3l Conslrlction 1 2 OCClUSlOn
LAD End-diastolic length (mm) 10.85 + 2.74$ 10.46 z 2.76 10.56 + 2.74 11.41 + 3.27 ll.73 + 3.12.
9.86 ? 2.46tS 9.71 z 2.46 9.93 f 2.59 10.45 + 3.06t 11.15 + 2.93’
LAD Systolic shortening (% EDL) 22.61 + 5.8$ 23.04 z 7.9 15.78 + 5.5’ 7.63 + 3.6’ 4.01 2 2.7’
19.56 + 10.05 18.55 z 9.7 15.24 + 6.9 8.43 f 4.9’ 2.18 +_ 2.0’
LAD Postsystolic shortening 5.29 z 6.33s 4.85 ? 7.25 36.26 i 19.35’ 74.85 ? 20.69’ 100.0 + 0’
(% TS) 11.50 f 12.495 ll.33 z 12.89 31.11 ? 19.31 63.73 ? 32.9’ 100.0 + 0’
LC End-diastolic length 11.28 z 1.79: 10.93 z 1.66’ 10.93 z 1.61’ 11.14 2 1.54 ll.25 + 1.68
(mm) 10.64 + 1.56t§ 10.54 z 1.54t 10.52 1 1.57t 10.63 + 1.73t 10.95 + 1.65’t
LC Svstolic shortening 17.28 -t 3.41: 15.93 I 3.29 16.11 t 6.11 17.99 2 5.69 19.29 + 6.35 (% EDL) 15.54 + 5.235 15.69 z 4.97 14.88 z 4.94 16.64 z 5.97 16.95 + 6.47
LC Postsystolic shortening 9.53 z 10.98* 7.89 z 15.89 7.04 k 17.5 0.66 2 1.87 0.6 + 1.70
1% TS) 6.59 ? 9.215 6.74 -e 9.98 4.91 i 9.54 3.96 5 8.82 4.16 + ll.77
Abbreviations: LAD, left anterior descending; LC, left circumflex; EDL. end-diastolic length; TS, total shortening. ‘P < 0.05 v Control.
tP < 0.05 Prediltiazem v postdiltiazem. SPrediltiazem.
SPostdiltiazem.
