Children's Hospital at Saint Francis Tulsa OK ... - Perfusion.com
Children's Hospital at Saint Francis Tulsa OK ... - Perfusion.com
Children's Hospital at Saint Francis Tulsa OK ... - Perfusion.com
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Children’s <strong>Hospital</strong> <strong>at</strong> <strong>Saint</strong> <strong>Francis</strong><br />
<strong>Tulsa</strong> <strong>OK</strong><br />
Extended One Injection<br />
Cardioplegia in a 22 Kilo Pedi<strong>at</strong>ric<br />
P<strong>at</strong>ient with Custodiol®<br />
• Hisashi Nikaidoh, M.D.<br />
• MaryJane Barth, M.D.<br />
• Jorge Molina, PA-C, CCP
Boston Children’s <strong>Hospital</strong><br />
Boston<br />
Willie Gieser<br />
Bob Howe<br />
Bob LaPierre<br />
1963-2009
How did I hear about it?<br />
Custodiol<br />
Mexico City <strong>Perfusion</strong> Meeting 50 th yr.<br />
November 2006
Only for the real sick<br />
p<strong>at</strong>ients?<br />
Because of<br />
cost of Custodiol?
Techniques Myocardial<br />
Perserv<strong>at</strong>ion<br />
• Blood vs. Crystaloid <br />
• Antegrade vs. Retrograde <br />
• Single Shot vs. Intermittent <br />
• Cold vs. warm <br />
• Dosage: Volume vs. time <br />
• High K+ vs. normal K+ <br />
• Electromechanical arrest vs. V.Fib <br />
• Etc., etc. etc…….. Open minded
Cardioplegia: Evidence Based?<br />
According to the American Heart Associ<strong>at</strong>ion /<br />
American College of Cardiology guidelines for<br />
scientific evidence:<br />
• Myocardial Protection is experience based<br />
• Class III Evidence: Principle for which there is no<br />
sufficient scientific evalu<strong>at</strong>ion about the usefulness,<br />
efficacy, or both, of a procedure or tre<strong>at</strong>ment, using invitro<br />
studies and animal studies
R<strong>at</strong>ios 4:1 & 1:4
History<br />
Rethinking Cardioplegia Solutions<br />
• 1961: Dr. Hoelscher – identifies citr<strong>at</strong>e as issue; suggests<br />
MgCl and procaine<br />
• 1964: Dr. Bretschneider – develops multi-<strong>com</strong>ponent<br />
cardioplegia solution; tweaked & eventually marketed as<br />
Custodiol HTK<br />
• 1973: Dr. Gay & Ebert – hypothermic potassium based<br />
arrest<br />
• 1976: Dr. Hearse – landmark public<strong>at</strong>ion on ideal<br />
<strong>com</strong>ponents of cardioplegia; St. Thomas Solution is born<br />
• 1978: Dr. Buckberg – blood as cardioplegia vehicle;<br />
intermittent reinfusion; substr<strong>at</strong>e additives
AKA<br />
• Bretschneider Solution<br />
• HTK Solution<br />
Description<br />
HTK: Histidine – Tryptophan – Ketoglutar<strong>at</strong>e<br />
A flush and preserv<strong>at</strong>ion solution used for multi-organ protection<br />
including heart, liver, kidney, pancreas, and lungs<br />
Currently awaiting FDA approval as cardioplegia in US<br />
www.custodiol.<strong>com</strong>
Custodiol: How It’s Made<br />
$190 / Liter<br />
Shelf life: 1 year<br />
www.custodiol.<strong>com</strong>
Custodiol: How It Works<br />
Two Prong Approach<br />
• Electromechnical Arrest<br />
–Slight high K+ (9 mEq) to help get initial arrest (.5-1<br />
min)<br />
–Electrical inactivity: Via Na equilibr<strong>at</strong>ion of<br />
extracellular & intracellular (cytoplasmic) levels<br />
–Mechanical inactivity: Via virtually non-existent<br />
calcium content<br />
• Buffer<br />
–Histidine: An amino acid buffer th<strong>at</strong> is non toxic, n<strong>at</strong>ural,<br />
temp shift same as neutral point of H2O, pK 6.1<br />
•Tryptophan: Inhibits histidine entry into the cell<br />
•Ketoglutar<strong>at</strong>e: Replenishes KREBS cycle / preserves<br />
ATP
BAGs<br />
• 0.5 liter(bottle)<br />
• 1.0 liter<br />
• 2.0 liters<br />
• 5.0 liters<br />
•One year shelf life<br />
•Storage 2 – 15o C<br />
•Ready to use
Mission Trip<br />
Cemesa <strong>Hospital</strong>: San Pedro Sula, Honduras
Mission Trip Honduras<br />
1 st Clinical use<br />
• Echocardiographer st<strong>at</strong>ed Custodiol had<br />
better contraction than Plegisol & Boston<br />
• Surgeons needed no more explan<strong>at</strong>ion<br />
other than th<strong>at</strong>.
Mission Trip Honduras<br />
1 st Clinical use<br />
• Recircul<strong>at</strong>ing system<br />
• As cold as possible<br />
• No temper<strong>at</strong>ure monitoring<br />
• 1/8 inch i.d. tubing<br />
• Large bore luers<br />
• Re-use the conducer<br />
• Change-out the table line/case
Procedures<br />
n = 220 (excluding 42 Honduras)<br />
• VSD<br />
• Sub AS<br />
• TAPVR<br />
• AVR<br />
• ASD<br />
• Norwood<br />
• Ross<br />
• PAPVR<br />
• MVReplac<br />
• MV Repair<br />
• Pulm. Valve Replac<br />
• Supra AS<br />
• Fontan<br />
• ASO<br />
• Glenn<br />
• RVOTO<br />
• TOF<br />
• Truncus<br />
• Atrial Septectomy<br />
• DORV<br />
• Transloc<strong>at</strong>ion<br />
• Conduit Replacement<br />
• DKS<br />
• Pulm. Arterioplasty
Cross-Clamp times<br />
• 17 minutes –<br />
mini<br />
( *Higher incidence fibrill<strong>at</strong>ion ? )<br />
• 203 minutes – max<br />
10 cases ≥100<br />
100(3), 105, 108, 112, 122, 125, 133, 203
DX Procedure CPB Xclamp<br />
VSD/PS VSD/PS 86 59<br />
ASD ASD 40 17<br />
SubAS SubAS resection 42 26<br />
AVC AVC repair 118 91<br />
TruncusArt TruncusArt Repair 127 71<br />
SubAS SubAS resection 35 18<br />
ASD Primum Repair ASD Primum 72 43<br />
SV Fontan 101 67<br />
SV Modify Fontan 64 29<br />
MR MV repair 105 62<br />
RV Conduit Stenosis Repl. RV-MPA conduit 85 59<br />
VSD VSD P Closure 61 35<br />
RV Conduit Stenosis/ASD Repl. RV-MPA conduit/ASD 130 89<br />
IAA/VSD/PDS/ASD Repair IAA/VSD/ASD/PDA 127 55<br />
TOF/ASD TOF/ASD (NTA) 94 71<br />
ASD Secundum/UnRoCS P<strong>at</strong>ch repair 82 51<br />
PAPVR PAPVR repair 71 47<br />
VSD/SubAS VSD Closure/Sub AS resection 61 32<br />
TGV/VSD/ASD/PDA ASO/VSD/ASD/PDA 133 69<br />
TAPVR TAPVR/ASD/PDA/ECMO 61 32
AS/AI Ross 178 91<br />
RVOT Obst/Thrombus SVC RVOT Rep/Thrombectomy 62 59<br />
RCA anomalous Unroofing of RCA 58 31<br />
VSD/ASD/PDA VSD/ASD/PDA Repair 74 54<br />
TOF/ASD/sp Shunt TOF/ASD (NTA) ShuntTD 112 86<br />
TAPVR mixed TAPVR repair 76 27<br />
TGV/VSD/ASD/PDA ASO/VSD/ASD/PDA 159 71<br />
AVC AVC repair 68 49<br />
TAPVR infra Repair TAPVR 64 38<br />
AS/AI AVR 98 72<br />
AVC AVC repair 103 82<br />
ASD ASD P Closure 42 20<br />
HLHS Norwood 173 66<br />
SubAS SubAS resection 51 23<br />
MR MV Replacement 171 108<br />
TOF ASD TOF ASD 181 98<br />
SV/DILV/LTGV/Dextrocardia Glenn 93 57<br />
RVOT Obst/postTOF RVOT Rep 57 29<br />
AVC AVC repair 118 100<br />
Coart<strong>at</strong>ion/Hypoplastic Ao Ar P<strong>at</strong>ch repair 67 33<br />
ASD Secundum/TI ASD P Closure/Tricuspid Valvuplasty 50 31
AVC AVC repair 132 97<br />
TruncusArt TruncusArt Repair 110 85<br />
SV LTGV PS RestrASD s/pShunt BT Glenn/AtrialSeptectomy/Lig Shunt/PA Div. 71 27<br />
TAVPVR/SV/PA/TGA TAPVR repair Central Shunt 95 35<br />
HLHS Norwood 169 58<br />
SV Fontan 70 25<br />
ASD ASD Closure 28 18<br />
Conduit stenosis Replacement of Conduit 120 88<br />
ASD Primum ASD P<strong>at</strong>ch Primum repair 65 54<br />
TGV/SV/PS/Dextrocardia Shunt/Atrial Septectomy/PA plasty 99 10<br />
TOF/Hypoplasia Pas RVOT P<strong>at</strong>ch 59 35<br />
TOF TOF repair 85 69<br />
TGA/VSD/ASD/PDA ASO/VSD/ASD/PDA 134 86<br />
AVC AVC repair 102 80<br />
RV conduit stenosis Conduit replacement 234 133<br />
VSD VSD P Closure 42 26<br />
TOF TOF repair 87 64<br />
TGA/ASD/PDA ASO/ASD/PDA 127 86<br />
SV DKS 144 71<br />
TOF TOF repair 127 95<br />
PAPVR PAPVR repair 161 125<br />
RV Conduit Stenosis/VSD/ASD Conduit replacement/VSD/ASD 107 67
ASD Primum ASD Primum repair 66 45<br />
VSD/ASD/PDA VSD/ASD/PDA Repair 71 44<br />
SubAS SubAS resection 45 25<br />
VSD/ASD/PDA VSD/ASD/PDA Repair 78 53<br />
PS/Supra PS Pulmonary Valvotomy/Arterioplast 47 31<br />
SubAS/Supra AS Repair SubAS/Supra AS 159 96<br />
AVC AVC repair 53 40<br />
TAPVR TAPVR repair 102 59<br />
ASD ASD repair 52 24<br />
DORV/ASD/PDA DORV/ASD/PDA repair 69 48<br />
HLHS Norwood 242 85<br />
TGV/VSD/PS/Dextrocardia Transloc<strong>at</strong>ion 182 103<br />
RV-MPA conduit stenosis Conduit Replacement 180 78<br />
DILV/SV/PAB/GLENN DKS/FONTAN 143 95<br />
PA hypoplasia Pulmonary Arterioplasty/Shunt Revision 77 49<br />
VSD/ASD VSD P Closure/ ASD -S- Closure 64 43<br />
AVC/PDA AVC repair/PDA lig<strong>at</strong>ion 155 90<br />
Conduit stenosis Conduit replacement 168 79<br />
VSD/ASD VSD/ASD repair 59 40<br />
Pul. Venous Obstruction Repair Pul Ven. Obstruction s/pTAPVR 81 43
DORV/PA RVOT P<strong>at</strong>ch 68 36<br />
Ebsteins TV repair 165 100<br />
AVC AVC repair 127 80<br />
TGV/Dextrocardia/PDA/ASD ASO/ASD/PDA 150 90<br />
DORV DORV/ASD repair 110 69<br />
PAPVR PAPVR repair 81 34<br />
RVOTO RVOTO repair 59 34<br />
ASD/PS ASD/PS repair 67 48<br />
VSD VSD closure 44 31<br />
MS/MR Mitral Valve Replacement 154 113<br />
IAA/Ao. Hypoplasia/VSD/ASD IAA repair/Norwood 167 57<br />
ASD ASD P<strong>at</strong>ch closure 41 23<br />
VSD/PAPVR/SUB AS VSD Closure/Sub AS/PAPVR repair 156 105<br />
VSD VSD Closure 72 56<br />
Tricuspid Atresia Fontan 121 59<br />
PS s/p ASO RVOT P<strong>at</strong>ch Infundibular resection 112 58<br />
Tricuspid Valve Insufficiency Tricuspid Valve Repair 53 30<br />
ASD Primum ASD Primum repair 57 32<br />
HLHS Norwood 145 60<br />
Supra AS Supra AS repair 96 46<br />
ASD Secundum ASD P<strong>at</strong>ch closure 41 24<br />
VSD/ASD VSD P<strong>at</strong>ch Cl / ASD S Closure 62 45<br />
Anom. RCA Repair Anom. RCA 57 36
Supra AS Supra AS repair 382 47<br />
VSD VSD Closure 55 39<br />
PS, recurrent, LCA occluded PA arterioplasty, LAD bypass 194 122<br />
VSD/ASD VSD/ASD repair 58 39<br />
Supra PS Supra PS repair 169 57<br />
ASD ASD P Closure 42 27<br />
TAPVR TAPVR 101 54<br />
ASD ASD 36 20<br />
VSD/ASD/Sub PS VSD/ASD/Sub PS repair 55 40<br />
VSD/SubAS VSD/Sub AS repair 66 46<br />
SubAS SubAS resection 79 56<br />
TOF TOF repair 125 102<br />
VSD/ASD VSD/ASD repair 60 43<br />
VSD/ASD/Prem<strong>at</strong>urity VSD/ASD repair 168 73<br />
PI/ s/p TOF PVR 27mm 87 48<br />
PAPVR/ASD PAPVR /ASD repair 68 39<br />
Sub AS Sub AS resection 56 32<br />
MS/MR Mitral Valve Replacement 141 89<br />
Peripheral HypoPAs/VSD/PI Pul Arterioplasty/PVR/VSD 242 150<br />
TOF/PA/MACAP Repair TOF/PA/MACAP 144 96<br />
PAPVR (Mixed) PAPVR repair 146 94
HLHS Norwood 250 70<br />
SV/PA hypoplasia/RVOTO/AVC unbala. RVOTO p<strong>at</strong>ch/arterioplasty/takedownshunt 114 67<br />
TOF/PA/s/pshunt TOF/Monocup/repair CorM<strong>at</strong>rix/TD shunt 147 93<br />
ALCAPA ReImplant Anom L C A 84 61<br />
DORV/SubPS/RVOTO DORV/SUB PS/RVOTO repair 152 97<br />
SV/DORV/s/p DKS Glenn Takedown shunt 46<br />
VSD/ASD/Sub PS VSD/ASD/Sub PS repair 83 49<br />
VSD/ASD VSD/ASD repair 59 43<br />
Supra AS/Supra PS/PFO Repair Supra AS/ Supra PS/ PFO 111 84<br />
PAPVR/ASD Repair PAPVR/ASD 51 34<br />
VSD/ASD VSD/ASD 62 40<br />
HypoPlastic Ao Arch/Coarct Aortoplasty CorM<strong>at</strong>rix 106 70<br />
Anom. RCA Unroofing of RCA 53 29<br />
ASD ASD Closure 40 24<br />
VSD VSD Closure 54 32<br />
SV DILV LTGV DKS Glenn 112 67<br />
HLHS Glenn 58<br />
ASD ASD Closure 46 27<br />
TGV/VSD/PS/ASD Ao. Root Transloc<strong>at</strong>ion/ ASD 200 105<br />
ALCAPA Repair ALCAPA 128 84<br />
RV-MPA conduit stenosis Replacement of Conduit 102 49
AVC AVC repair 99 64<br />
VSD/ASD/PDA VSD/ASD/PDA Repair 68 42<br />
Coarct/PA Stenosis/Small MV/AV Coarct repair p<strong>at</strong>ch/ PA plasty 110 48<br />
VSD/ASD/TI VSD/ASD/Tricupsid Valve repair 71 49<br />
Tricuspid Atresia Fontan 57<br />
MR/TR/VSD MV/TV/VSD repair 152 112<br />
SV/NonConful Pas/Dextro/TGA Sano 8mm, Pul Arterioplasty/Septectomy 248 64<br />
PA/SV/Nonconful Pas Central AP shunt/Pul Arterioplasty 74<br />
TOF/Tracheal Stenosis TOF repair 146 89<br />
RPA to Ao/ASD/s/p RPA banding Reimplant RPA/Deband/ASD closure 130 63<br />
SV/ s/p Fontan/Glenn Div. MPA/ Takedown Fenestr<strong>at</strong>ion 176 57<br />
VSD VSD closure 64 45<br />
AVC/Common Atrium AVC/Common Atrium repair 107 72<br />
VSD VSD closure 87 57<br />
PI s/p Pul Valvotomy Pul Valve Implant<strong>at</strong>ion 94 38<br />
VSD/PS/PFO VSD /ASD/SubPS repair 111 80<br />
Sub AS Sub AS resection 63 40<br />
Sub AS Sub AS resection 64 34<br />
ASD Secundum ASD P Closure 68 24<br />
AI/AS Aortoplasty CorM<strong>at</strong>rix 146 100<br />
AS/AI Aortoplasty CorM<strong>at</strong>rix 87 52
SV/PS Glenn/AtrialSeptectomy/PA Div. 88 54<br />
Sub AS Sub AS resection 68 37<br />
HLHS Norwood 159 70<br />
AI/SubAS Ao Valve Repair/Sub AS resection 83 67<br />
VSD/AS/AI VSD closure/Ao Valvotomy 72 47<br />
AVC AVC repair 116 85<br />
AVR Root with AS/AI AVR Root Replacement 190 127<br />
TAPVR, supra ASD TAPVR Supra repair/ ASD closure 62 34<br />
VSD VSD Closure 86 56<br />
Ascending Aorta Dil<strong>at</strong><strong>at</strong>ion Marfans Ascending Ao Rt Replacement 193 132<br />
AVC/PDA AVC repair/PDA lig<strong>at</strong>ion 135 87<br />
Sub AS Sub AS resection 59 33<br />
ASD/PDA ASD / PDA closure 45 21<br />
Conduit stenosis/VSD/ASD/Sub PS Conduit Replac/VSD/ASD/Sub PS resection 187 108<br />
HLHS Norwood 290 93<br />
Anom. RCA Repair Anom. RCA 54 34<br />
ALCAPA Rep ALCAPA 146 69<br />
SV/ s/p PAB Bil<strong>at</strong>/bi-directional Glenns 104 69<br />
VSD/PDA VSD/PDA closure 97 59<br />
AVC AVC repair 118 89<br />
ASD ASD Closure 46 27<br />
Supra AS Supra AS repair 88 51
Cases<br />
One Injection Antegrade<br />
3 o--- 4 o C<br />
Conducer Recircul<strong>at</strong>ion System<br />
• Neon<strong>at</strong>es<br />
• Toddlers<br />
• Others<br />
40 ml/kg<br />
35 ml/kg<br />
25-30 ml/kg<br />
• Adults size 1000--1800 ml
Table Line<br />
Large-bore luers<br />
Pressure drop 100mmHg-48 inches-30%Hct-30 o C<br />
• 1/8 -----460 ml/min<br />
• 5/32 ------760 ml/min<br />
• 3/16 ------1300 ml/min
Temper<strong>at</strong>ure o C<br />
• Recircul<strong>at</strong>ing system<br />
• As cold as possible<br />
• No temper<strong>at</strong>ure monitoring<br />
• 1/8 inch i.d. tubing<br />
• Large bore luers
Case Report: Diagnosis<br />
• Newborn TGV/ASD/PDA<br />
• s/p ASO/PDA division - 11/02<br />
• s/p ECMO, PO explor<strong>at</strong>ory x 3<br />
• s/p Supra aortic & pulmonary<br />
arterioplasty – 11/03<br />
• s/p bil<strong>at</strong>eral PA stents - 2004<br />
• LV & RV hypertension<br />
• Supra AS<br />
• Supra PS<br />
• Infra PS
P<strong>at</strong>ient<br />
• 21.9 Kilos<br />
• 119.5 cm<br />
• 0.85 m 2<br />
• 2.4 l/m 2 2.0 l/min
<strong>Perfusion</strong> Equip<br />
• AV loop – 1/4 x 3/8<br />
• Boot – 3/8<br />
• RX 15<br />
• Sorin DHF0.2<br />
• X-co<strong>at</strong>ing tubing<br />
• Recircul<strong>at</strong>ing Plegia Conducer System<br />
• S3 Heart Lung Machine<br />
• 3T He<strong>at</strong>er Cooler 208volt
Cannulas<br />
• Aortic Cannula 14 french DLP 77144<br />
• SVC Venous 90 o metal tip 18 french DLP CB67318<br />
• IVC Venous 90 o metal tip 20 french DLP CB67320<br />
• Ventricular (rupv) vent 16 french DLP 12016<br />
• Cardioplegia needle 16 gauge DLP 10016
<strong>Perfusion</strong><br />
• CPB -----------273”<br />
• Cross Clamp-----203”<br />
• Cardioplegia dose-30ml/kg-660ml<br />
• Rectal temp. ----20.5 o C<br />
• No transfusion
Procedure<br />
“Painful”<br />
• Contregra RVOT reconst 20mm<br />
conduit RVOT to MPA (Supra/Infra)<br />
• (Hemashield )<br />
• CorM<strong>at</strong>rix p<strong>at</strong>ch augment<strong>at</strong>ion ascend<br />
aorta- base non/coronary cusp to<br />
innomin<strong>at</strong>e artery (Hemashield )
<strong>Hospital</strong>iz<strong>at</strong>ion<br />
• August 10 Surgery 4pm(Tuesday)<br />
• August 12 Extub<strong>at</strong>ed 7am<br />
• August 12 Dopamine/Milrinone dc’d<br />
• August 17 CTs, wires, A-line dc’d<br />
• August 17 Transferred to floor<br />
• August 18 Discharged (Wednesday)<br />
Meds Lasix 20mg PO bid, OTC pain meds
After Cardioplegia Injection<br />
Low Sodium<br />
CUFNS or 3%NS<br />
(Se<strong>at</strong>tle)<br />
Hemodilution<br />
Hemoconcentr<strong>at</strong>ion
My Surgeons say<br />
• Focus on defect<br />
• No ischemic times concerns<br />
• With electrical activity we<br />
cool down a few more<br />
degrees
Colette Calame<br />
c.calame@<strong>at</strong>t.net<br />
<strong>OK</strong>C<br />
• Tried it on her pedi<strong>at</strong>ric<br />
p<strong>at</strong>ients & switched<br />
• Then converted the four adult<br />
surgeons – Valves & <strong>com</strong>plex<br />
redos
Colette Calame<br />
c.calame@<strong>at</strong>t.net<br />
<strong>OK</strong>C---Adults<br />
• Max Aortic X-Clamp 5” 23”<br />
with 3 injections<br />
• Max Single Aortic X-Clamp 2”
Colette Calame<br />
<strong>OK</strong>C<br />
No difference if surgeons are<br />
quick, fast & speedy
Hisashi Nikaicoh, M.D.<br />
Pedi<strong>at</strong>ric Cardiac Surgery<br />
Childrens <strong>Hospital</strong> <strong>at</strong> <strong>Saint</strong> <strong>Francis</strong>-<strong>Tulsa</strong><br />
CMC-Dallas 78-08<br />
Children’s Memorial <strong>Hospital</strong>-Chicago
Timothy H. Trotter, MD, FACS, FCCP<br />
Section of Thoracic and Cardiovascular Surgery<br />
University of Oklahoma<br />
“I'd leave the mechanics to the people<br />
paying the bill. The short version is th<strong>at</strong> it<br />
works and changes the procedure from<br />
being half myocardial protection and<br />
half doing the oper<strong>at</strong>ion you came to do<br />
to simply doing the oper<strong>at</strong>ion. Tell them<br />
to get the lead out and simply start using<br />
it -- how hard is it to run in 1700ml of<br />
crystalloid? “