2011 Presentation Abstracts - SABM - Patient Blood Management
2011 Presentation Abstracts - SABM - Patient Blood Management
2011 Presentation Abstracts - SABM - Patient Blood Management
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
<strong>Blood</strong> Transfus 9, Supplement no. 5, September <strong>2011</strong><br />
ISSN 1723-2007<br />
BLOOD TRANSFUSION<br />
since 1956<br />
Official journal of<br />
Società Italiana di Medicina Trasfusionale e Immunoematologia - SIMTI<br />
Associazione Italiana dei Centri Emofilia - AICE<br />
Hellenic Society of <strong>Blood</strong> Transfusion - HSBT<br />
Sociedad Española de Transfusión Sanguínea y Terapia Celular - SETS<br />
Associação Portuguesa de Imuno-Hemoterapia - APIH<br />
www.bloodtransfusion.it<br />
<strong>2011</strong> Annual Meeting<br />
Society for the Advancement of <strong>Blood</strong> <strong>Management</strong> -<br />
<strong>SABM</strong><br />
Philadelphia, 22-24 September <strong>2011</strong><br />
ABSTRACTS<br />
GUEST EDITORS: Nabil Hassan and Roslyn Yomtovian<br />
Edizioni SIMTI<br />
SIMTI
BLOOD TRANSFUSION<br />
Journal founded in 1956 by SIMTI<br />
Official journal of<br />
Società Italiana di Medicina Trasfusionale e Immunoematologia - SIMTI<br />
Associazione Italiana dei Centri Emofilia - AICE<br />
Hellenic Society of <strong>Blood</strong> Transfusion - HSBT<br />
Sociedad Española de Transfusión Sanguínea y Terapia Celular - SETS<br />
Associação Portuguesa de Imuno-Hemoterapia - APIH<br />
Editor-in-Chief<br />
Claudio Velati<br />
claudio.velati@simti.it<br />
Associate Editors<br />
Massimo Franchini<br />
Giancarlo Maria Liumbruno<br />
Daniele Prati<br />
Roberto Reverberi<br />
Luisa Romanò<br />
Giuseppe Tagariello<br />
Alberto Zanella<br />
Affiliated Society Editors<br />
Maria Helena Gonçalves, APIH<br />
Alice Maniatis, HSBT<br />
Pier Mannuccio Mannucci, AICE<br />
Isidro Prat Arrojo, SETS<br />
Executive Director<br />
Stefano Antoncecchi<br />
Founder<br />
Lorenzo Lapponi<br />
Past Editors-in-Chief<br />
Lorenzo Lapponi, 1956-1964<br />
Carlo Alberto Lang, 1965-1966<br />
Roberto Venturelli, 1967-1968<br />
Rosalino Sacchi, 1969-1978<br />
Giorgio Reali, 1979-2006<br />
Editorial Office<br />
Camilla Granzella<br />
SIMTI Servizi Srl<br />
Via Desiderio, 21, 20131 Milano<br />
Tel.: +39 02 23951119 - Fax: +39 02 23951621<br />
E-mail: camilla.granzella@bloodtransfusion.it<br />
Printing<br />
Grafica Briantea Srl<br />
Via per Vimercate, 25/27<br />
20040 Usmate (MI)<br />
The journal is indexed in PubMed-MEDLINE,<br />
Google Scholar, Embase and Scopus and PubMed Central<br />
Impact factor (2010): 2.519<br />
International Editorial Board<br />
Jean-Pierre Allain, United Kingdom<br />
Giuseppe Aprili, Italy<br />
Michele Baccarani, Italy<br />
John Barbara, United Kingdom<br />
Franco Biffoni, Italy<br />
Pietro Bonomo, Italy<br />
Dialina Brilhante, Portugal<br />
Maria Domenica Cappellini, Italy<br />
Jean-Pierre Cartron, France<br />
Alberto Catalano, Italy<br />
Roberto Conte, Italy<br />
Francine Décary, Canada<br />
Giovanni de Gaetano, Italy<br />
Willy Flegel, United States of America<br />
Salvatore Formisano, Italy<br />
Gabriella Girelli, Italy<br />
Giuliano Grazzini, Italy<br />
Antonio Iacone, Italy<br />
Pasquale Iacopino, Italy<br />
Giancarlo Icardi, Italy<br />
Syria Laperche, France<br />
Luis Larrea, Spain<br />
Franco Locatelli, Italy<br />
Aurelio Maggio, Italy<br />
Mike Makris, United Kingdom<br />
Anna Lucia Massaro, Italy<br />
Eduardo Muñiz-Diaz, Spain<br />
Mario Muon, Portugal<br />
Alessandro Nanni Costa, Italy<br />
Salvador Oyonarte, Spain<br />
Arturo Pereira, Spain<br />
Paolo Rebulla, Italy<br />
Philippe Rouger, France<br />
Paul FW Strengers, The Netherlands<br />
Cees L van der Poel, The Netherlands<br />
Alessandro Zanetti, Italy<br />
Tribunale di Milano<br />
Authorisation n° 380, 16 th June 2003<br />
This number is published in 400 copies<br />
Printed in September <strong>2011</strong><br />
ISSN 1723-2007<br />
Edizioni SIMTI<br />
© SIMTI Servizi Srl<br />
www.bloodtransfusion.it<br />
Associated with USPI<br />
Unione Stampa Periodica Italiana
ABSTRACTS<br />
CONTENTS<br />
SCIENTIFIC: ANEMIA MANAGEMENT<br />
<strong>2011</strong>-01 Preoperative determinants of transfusion and their effects on transfusion rates s1<br />
Freedman J., Vernich L., Howell A., Luke K.<br />
and the Transfusion Coordinators of the ONTraC program, Ontario, Canada<br />
SCIENTIFIC: BLOOD UTILIZATION<br />
<strong>2011</strong>-02 Increasing transfusion efficacy of stored blood<br />
by using quality-based alternatives to first-in-first-out inventory planning s1<br />
Beeker A., Metzger P., Moldawer D., Tarasev M., Alfano K.<br />
<strong>2011</strong>-03 Effectiveness of an electronic provider alert system in reduction of deviant PRBC use s2<br />
Waters J., Dyga R.M., Wisniewski M.K., Yazer M.H.<br />
<strong>2011</strong>-04 Patterns of transfusion in obstetrical patients: information from the IMPACT TM online database s2<br />
Thurer R.L., Precopio T., Parce P., Popovsky M.A.<br />
<strong>2011</strong>-05 Appropriateness of red cell transfusion for patients with gastro-intestinal bleeding s3<br />
Thurer R.L., Precopio T., Parce P., Popovsky M.A.<br />
<strong>2011</strong>-06 Variability in surgeon blood use performing primary total hip replacement for arthritis s3<br />
Waters J., Dyga R.M., Wisniewski M.K., Yazer M.H.<br />
SCIENTIFIC: ECONOMICS<br />
<strong>2011</strong>-07 Variation in transfusion rates and cost implications in total knee replacement surgeries s4<br />
Ye X., Shah M., Farrelly E., Rupnow M., Hammond J.<br />
SCIENTIFIC: SURGICAL TECHNOLOGY AND TECHNIQUES<br />
<strong>2011</strong>-08 Cardiac surgery in Jehovah's Witness patients: 10 year experience s4<br />
Jassar A.S., Ford P.A., Haber H.L., Isidro A., Swain J.D., Bavaria J.E., Bridges C.R.<br />
SCIENTIFIC: OTHER<br />
<strong>2011</strong>-09 Laying the foundation for a patient blood management registry s5<br />
Shander A., Farmer S.; Gombotz H., Gross I., Hofmann A., Javidroozi M., Juhl A., Leahy M., Ozawa S., Sweeney J.<br />
<strong>2011</strong>-10 Factors associated with overall and non-elective hospital readmissions following elective total hip replacement s5<br />
Forlenza J.B., Boswell E., Zhang Y., Shen S., Doshi D., Kokkotos F.K., Slabaugh S.L.<br />
<strong>2011</strong>-11 Factors associated with overall and non-elective hospital readmissions following elective total knee replacement s6<br />
Forlenza J.B., Boswell E., Zhang Y., Shen S., Doshi D., Kokkotos F.K., Slabaugh S.L.<br />
<strong>2011</strong>-12 Autologous stem cell transplants in Jehovah's Witness: series of 100 <strong>Patient</strong>s s6<br />
Brown N.M., Keck G., Ford P.<br />
<strong>2011</strong>-13 Reduction of pre-surgical autologous blood donation collection using a collaborative process<br />
between the <strong>Blood</strong> Center and Hospitals s7<br />
Fredrich N.<br />
<strong>2011</strong>-14 Tool development for simulation training in patient blood management s7<br />
Banks C., Sokolowski J.A., Manepalli S., Hakim P., Shander A., Ozawa S., Juhl A.<br />
SCIENTIFIC: OTHER TECHNOLOGY AND TECHNIQUES<br />
<strong>2011</strong>-15 A clinical evaluation of Terumo's prescriptive Oxygenation TM Series Capiox ® FX15<br />
and FX25 Hollow Fiber oxygenators with Integrated arterial filter in the adult population s8<br />
Swanson B., Petterson C., Newberrry J., Korth D., Kmiecik S<br />
SCIENTIFIC: TRANSFUSION<br />
<strong>2011</strong>-16 The influence of comorbidity on red cell transfusions for patients with upper gastro-intestinal bleeding s8<br />
Parce P., Thurer R.L., Precopio T., Popovsky M.A.<br />
<strong>2011</strong>-17 RBC transfusion worsens outcome in pediatric patients with ARDS and ALI:<br />
a retrospective case controlled analysis s9<br />
Sanfilippo D., Rajasekaran S., Shoemaker A., Curtis S., Zuiderveen S., Wincek J., Ndika A., Hassan N.<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
© SIMTI Servizi Srl
PROCESS IMPROVEMENT: ANEMIA MANAGEMENT<br />
<strong>2011</strong>-18 Productivity assessment in managing pre-operative anemia<br />
after implementation of a Hospital Information System based anemia management tool s9<br />
Nelson T., Gross I.<br />
<strong>2011</strong>-19 Current use of erythropoiesis-stimulating agents at Helen DeVos Children's Hospital s10<br />
Lunger J., Kovey K., Hassan N.<br />
<strong>2011</strong>-20 Improving patient outcomes through optimal blood management - Defining the problem: iatrogenic blood loss s11<br />
Kooser J., Duncan P., Thorpe E.<br />
<strong>2011</strong>-21 Ferumoxytol infusion in pediatric patients with gastrointestinal disorders: 1 st case report s11<br />
Cahill J., Hassan N., Rajasekaran S., Kovey K.<br />
PROCESS IMPROVEMENT: BLOOD MANAGEMENT EDUCATION<br />
<strong>2011</strong>-22 Internal creation and implementation of a blood management program s12<br />
Nguyen H.<br />
<strong>2011</strong>-23 Perioperative intravenous Iron Hydroxide Sucrose (Venofer) optimization to enhance erythropoiesis s13<br />
Gagne S., Davis N., Rammler W., Bentley D., Barlow D., Murray G.<br />
<strong>2011</strong>-24 The autologous transfusion database:<br />
Englewood Hospital and Medical Center's response to the silent call for standardization of data collection s13<br />
Juhl A., Aregbeyen O., Naqvi S., Demir S., Khan A., Shander A.<br />
PROCESS IMPROVEMENT: OTHER TECHNOLOGY AND TECHNIQUES<br />
<strong>2011</strong>-25 <strong>Blood</strong> Transfusion-Free complex cardiac reoperation in a Jehovah's Witness child-by use<br />
of a minimized cardiopulmonary bypass circuit, and various blood conservation techniques. A Case Report s13<br />
Lee J.<br />
<strong>2011</strong>-26 Lean tools and coaching drive 79% reduction in pretransfusion testing TATs and 77% reduction in RBC wastage s14<br />
Dikeman J., Leonard K., South S.<br />
PROCESS IMPROVEMENT: SURGICAL TECHNOLOGY AND TECHNIQUES<br />
<strong>2011</strong>-27 Appraisal of bloodless surgery for Jehovah's Witness with malignancy in single institute s15<br />
Kawamoto S., Inada K., Nagao S., Hosaka S., Ohkubo S., Ochiai R., Takahashi H., Sakamoto R., Umemoto S., Murakami T.<br />
<strong>2011</strong>-28 Comparison of robotic versus open urologic surgery in Jehovah's Witness patients: a single center experience s15<br />
Golan R., Llukani E., Eun D.<br />
<strong>2011</strong>-29 <strong>Blood</strong>less surgery for Jehovah's Witness patients:<br />
our initial experience in major robotic urologic procedures and a review of the existing literature s17<br />
Llukani E., Golan R., Eun D.<br />
PROCESS IMPROVEMENT: TRANSFUSION<br />
<strong>2011</strong>-30 Reducing blood ordered to blood transfused average ratios in the operating room s19<br />
Neville T., Kotin A., Hoskins W., McCollum C., Russell E.<br />
<strong>2011</strong>-31 Elective total hip and knee surgery transfusion process improvement s19<br />
Loos K., Snyder M., Fellner A., DeRose K., Robinson J.<br />
Citation of the manuscripts published in this volume should be as follows:<br />
Author. Title. Journal year; Volume, Suppl. 5 September: abstract number<br />
E.g.:<br />
Freedman J., Vernich L., Howell A. et al. Preoperative determinants of transfusion and their effects on transfusion rates. <strong>Blood</strong> Transfusion <strong>2011</strong>; 9<br />
Suppl 5 September: <strong>2011</strong>-01<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
© SIMTI Servizi Srl
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
SCIENTIFIC: ANEMIA MANAGEMENT SCIENTIFIC: BLOOD UTILIZATION<br />
<strong>2011</strong>-01 PREOPERATIVE DETERMINANTS OF<br />
TRANSFUSION AND THEIR EFFECTS ON TRANSFUSION<br />
RATES<br />
Freedman J., Vernich L., Howell A., Luke K. and the Transfusion<br />
Coordinators of the ONTraC program, Ontario, Canada<br />
Preoperative anemia is a major determinant of intra- and postoperative<br />
transfusion. Our program of Transfusion Coordinators<br />
(TC) in 25 hospitals in Ontario aims to evaluate patients early<br />
preoperatively to facilitate appropriate management of anemia.<br />
Data will be presented on orthopedic patients (knee arthroplasty<br />
N=4235; hip N=2805; revision hip N=348; spine surgery<br />
N=178), and on cardiac surgery patients (CABG N=1010;<br />
CABG+valve N=144; valves N=197; AAA N=63) seen in 2010.<br />
In CABG patients seen by the TC, 23.2% were transfused; in<br />
those not seen 32.4% were transfused. Transfusion rates were<br />
affected by gender and elderly status, initial, preoperative and<br />
nadir hemoglobin (Hb) levels, lead times prior to surgery,<br />
and by preoperative treatment of anemia. In CABG patients<br />
with initial Hb 130 g/L 16.5% were transfused, and for those with<br />
initial Hb >140 g/L, transfusion rate was 10.2%. Women were<br />
twice as likely to be transfused than men (50.6% versus 22.9%).<br />
Mean initial Hb levels were 128.2+14.9 and 141.6+13.1 g/L in<br />
women and men respectively: in transfused men, mean initial<br />
Hb was 129.3 and in women 121.3 g/L, in contrast to initial Hb<br />
in nontransfused patients of 143.6 versus 133.2 g/L for men and<br />
women respectively). Cardiac surgery patients generally had<br />
shorter lead times e.g. 42% of CABG patients, in contrast to<br />
70% of orthopedic patients, had lead time >14 days. Transfusion<br />
rates were inversely proportional to lead time.<br />
In CABG, transfusion rates were 40.7% when lead time<br />
was 14<br />
days. As lead time increased, there was an increase in use of<br />
preoperative blood conservation measures. 4.4% of CABG<br />
patients, 13% of CABG+valve, 15% of valves, and 7% of<br />
minimally invasive cardiac surgery patients received ESAs;<br />
2.2% of CABG patients, 6.3% of CABG+valve, 7.6% of valves,<br />
and 7% of minimally invasive cardiac surgery patients received<br />
IV iron. 7% of knee, hip and revision hip arthroplasty and 17%<br />
of spine surgery patients received ESAs; 3.2% of knee, 2.4% of<br />
hip, 3.2 % revision hip arthroplasties, and 0.6% spine surgery<br />
patients received IV iron. Use of these therapies increased mean<br />
Hb levels e.g. in CABG patients mean dose of ESA was 100,000<br />
IU and mean Hb increase was 14.9 g/L; mean Hb increase with<br />
IV iron was 10.6 g/L.<br />
<strong>Patient</strong>s treated preoperatively with ESAs and/or with<br />
intravenous iron had lower transfusion rates than those not<br />
treated. Length of stay and infection rates were signifi cantly<br />
lower in nontransfused patients and incidence of thrombotic<br />
events was not higher in patients who received ESAs.<br />
Transfusion rates have decreased progressively since the<br />
program's inception in 2002 (60.1% in CABG in 2002 vs 23.6%<br />
in 2010) and transfused patients receive fewer units (0.60 units<br />
in 2010 versus 2.01 units in 2002 per transfused patient).<br />
While other factors, including intra-and post-operative patient<br />
blood management measures, and education and "culture<br />
change", also play important roles, we conclude that appropriate<br />
anemia management can signifi cantly reduce transfusion rate<br />
and improve quality of care.<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
<strong>2011</strong>-02 INCREASING TRANSFUSION EFFICACY<br />
OF STORED BLOOD BY USING QUALITY-BASED<br />
ALTERNATIVES TO FIRST-IN-FIRST-OUT<br />
INVENTORY PLANNING<br />
Beeker A. (1) , Metzger P. (1) , Moldawer D. (1) , Tarasev M. (1) ,<br />
Alfano K. (1,2)<br />
(1) College of Engineering, University of Michigan, Ann Arbor,<br />
MI; (2) Blaze Medical Devices, Ann Arbor, MI , United States of<br />
America<br />
Introduction The effect of red blood cell (RBC) storage on<br />
transfusion effi cacy is a topic of considerable debate. While<br />
signifi cant data exist linking "older" blood to "worse" outcomes,<br />
other studies question any such correlation. Within today's<br />
maximum FDA-allowed 42-day shelf life for RBC, hospital<br />
blood banks routinely use First-In-First-Out (FIFO) inventory<br />
management protocols. The predominant use of FIFO means<br />
a heavy reliance on time as the only indicator of prospective<br />
transfusion effi cacy. Focusing on storage time as the sole metric<br />
for viability loss ignores the variability in properties of RBC<br />
even of the same age. Inherent as well as conditional differences<br />
between units can markedly affect both the scope and rates of<br />
RBC quality loss. Emerging in-vitro tests aim to correlate unitspecifi<br />
c data with transfusion effi cacy and clinical outcomes.<br />
This study presents a basic model for <strong>Blood</strong> Bank inventory<br />
management based on in-vitro RBC quality testing to supplant<br />
FIFO. It demonstrates the potential impact on transfusion effi cacy<br />
for a sample <strong>Blood</strong> Bank inventory, from reorganizing inventory<br />
in a <strong>Blood</strong> Bank based on measured RBC properties of individual<br />
units - and their respective projected degradation rates.<br />
Methods The model, built as a linear program in AMPL,<br />
determined the times of transfusion for each unit of RBC in<br />
inventory, to maximize cumulative anticipated effi cacy (CAE)<br />
of all inventory at transfusion. Inputs included blood type,<br />
collection date, and the date(s) and results of quality test(s)<br />
performed upon each unit. Each test provides actual effi cacy<br />
(ACT) of a given unit as of that day, and a rate of degradation<br />
(R AE ) used to calculate the anticipated effi cacy (AE) on any<br />
subsequent date. Constraints included a minimum required<br />
level of AE for every unit transfused and full satisfaction of<br />
daily blood demand. Model output was simulated using sample<br />
inventory data provided by Dr. Davenport and Ms. Downs from<br />
the University of Michigan Hospital <strong>Blood</strong> Bank.<br />
Results Preliminary simulations of inventory management<br />
process resulted in 10-15% improvement in overall effi cacy<br />
over traditional FIFO. Modifying the date of quality testing and/<br />
or the number of times it is performed during storage can further<br />
improve the model. Effi cacy improvements also signifi cantly<br />
depended on the variability in RBC initial quality (IAE) at t=0<br />
and upon the variability among rates of decline of AE. Increase<br />
in overall inventory effi cacy (CAE) notably did not result in any<br />
shorter average storage time.<br />
Conclusions The replacement of FIFO with an inventory<br />
management system based on RBC unit quality testing allows<br />
for signifi cant improvement of overall transfusion effi cacy, while<br />
fully satisfying the demand. Implementation of such testing for<br />
inventory optimization is expected to improve clinical outcomes<br />
while reducing blood usage and associated costs.<br />
Disclosures This work was supported by Blaze Medical<br />
Devices, Ann Arbor, MI.<br />
s1
<strong>2011</strong>-03 EFFECTIVENESS OF AN ELECTRONIC<br />
PROVIDER ALERT SYSTEM IN REDUCTION OF<br />
DEVIANT PRBC USE<br />
Waters J., Dyga R.M., Wisniewski M.K., Yazer M.H.<br />
University of Pittsburgh, PA, United States of America<br />
Introduction Within our blood management program, evidence<br />
based transfusion guidelines have been developed by our<br />
transfusion committee. The medical staff in our health system<br />
have been extensively educated in these transfusion guidelines.<br />
Despite multiple different types of educational efforts, many<br />
patients are still receiving PRBCs outside of the institutional<br />
guidelines. Here we report on the effectiveness of an electronic<br />
alert system which was established to further reduce nonindicated<br />
RBC transfusions.<br />
Methods The Cerner computerized physician order entry<br />
system was used to alert the clinician when they were ordering<br />
PRBCs outside of recommended indications. The alert was<br />
designed to appear on the clinician's computer when PRBCs<br />
were being ordered and the most recent hemoglobin value was ><br />
8.5 gm/dL. The language of the alert was as follows: "The most<br />
recent available hemoglobin value for this patient is X gm/dL.<br />
A transfusion is not consistent with the institutional guidelines<br />
for administration of red blood cells. Unless your patient<br />
<strong>2011</strong>-04 PATTERNS OF TRANSFUSION IN<br />
OBSTETRICAL PATIENTS: INFORMATION FROM<br />
THE IMPACT TM ONLINE DATABASE<br />
Thurer R.L., Precopio T., Parce P., Popovsky M.A.<br />
Haemonetics, Braintree, MA, United States of America<br />
Introduction Pregnant women are routinely given iron and<br />
vitamins to mitigate the anemia of pregnancy. Cell salvage<br />
is advocated when Cesarean delivery with high blood loss is<br />
anticipated. However, to understand the potential opportunities<br />
for improved blood management in obstetrical patients analysis<br />
of transfusion data from a large number of patients is needed.<br />
Materials and Methods Impact TM Online (Haemonetics,<br />
Braintree, MA) is a newly developed data mining tool which<br />
extracts transfusion practice data from hospital information<br />
systems. The IMPACT TM Online database allowed us to identify<br />
74,065 patients who delivered vaginally and 52,253 who had<br />
Caesarian sections at 29 hospitals throughout the United States.<br />
We analyzed this information with the goal of evaluating the<br />
s2<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
is experiencing an acute ischemic event, or acute on-going<br />
blood loss, the transfusion will be considered a deviation from<br />
evidence-based transfusion recommendations". The clinician<br />
was given the opportunity to override the alert and proceed with<br />
ordering the blood product. Data was collected over the fi rst 3<br />
months of implementation of the alert and is presented here.<br />
Results Over the 3 month interval, the alert fi red 2900 times.<br />
The alert resulted in the clinician not proceeding with transfusion<br />
in 12.5% of the cases or 363 cases. The majority of the ordering<br />
clinicians were from our internal medicine and family practice<br />
programs. Data from the OR was not part of the reporting because<br />
blood orders are not made through our computerized physician<br />
order entry system. In the fi gure below, each hospital within the<br />
UPMC health system is reported with the entire bar representing<br />
the total number of times that the alert fi red with the yellow<br />
representing the number of times that the transfusion was aborted.<br />
Discussion While the electronic alert made an impact, it was<br />
minimal at best. If these numbers are annualized and each<br />
event avoided a single transfusion, then the effect amounts to<br />
$270,000 of annual savings for the health system. The alert<br />
did allow for our blood management team to better identify<br />
where transfusions were taking place that were outside of<br />
our institutional guidelines. This should help better target<br />
educational efforts.<br />
appropriateness of transfusion and identifying opportunities for<br />
improvement in blood management.<br />
Results For patients delivering vaginally, 0.55% received<br />
RBC, 0.05% received platelets and 0.05% received FFP. For<br />
patients having Cesarean section 2.49% received RBC, 0.40%<br />
received platelets and 0.34% received FFP. The incidence<br />
of transfusion as related to the lowest measured hemoglobin<br />
(Nadir Hgb) is presented in Table I. Table II shows the<br />
number of units transfused and the associated fi nal Hgb (last<br />
measurement obtained during hospital stay) of each group of<br />
patients. 47% of transfused patients delivering vaginally and<br />
54% of transfused patients having Cesarean section had a fi nal<br />
hemoglobin ≥9.0 g/dL.<br />
Conclusions Based on the nadir hemoglobin data, transfusions<br />
to these obstetrical patients were used sparingly. However, when<br />
transfusions were given, the fi nal hemoglobin data suggests<br />
that approximately 50% were "over transfused". Two unit<br />
transfusions were most common although the data suggests that<br />
one unit would have been suffi cient for most of these patients.<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
Table I<br />
Nadir Hgb<br />
(g/dL)<br />
Vaginal %<br />
Transfused<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
C-Section %<br />
Transfused<br />
s4<br />
SCIENTIFIC: ECONOMICS<br />
<strong>2011</strong>-07 VARIATION IN TRANSFUSION RATES<br />
AND COST IMPLICATIONS IN TOTAL KNEE<br />
REPLACEMENT SURGERIES<br />
Ye X. (1) , Shah M. (2) , Farrelly E. (2) , Rupnow M. (1) , Hammond J. (1)<br />
(1) Ethicon Inc., Somerville, NJ; (2) Xcenda, Palm Harbor, FL,<br />
United States of America<br />
Introduction The purpose of this study was to examine the<br />
transfusion rates in total knee replacement (TKR) surgeries<br />
across hospitals in the US and its cost implications.<br />
Methods A retrospective analysis was conducted using Premier<br />
administrative data. TKR was identifi ed by the ICD-9-CM<br />
procedure code of 81.54. All hospitals in the Premier database<br />
that had TKR in 2009 were extracted. <strong>Blood</strong> transfusion was<br />
identifi ed using a list of ICD-9-CM diagnosis and procedure<br />
codes and billing charge codes. The transfusion rate for each<br />
individual hospital was calculated as the percentage of TKRs<br />
with blood transfusion over the total number of TKRs that<br />
were performed in that hospital in 2009. The average costs<br />
of TKR were calculated for each hospital. A generalized<br />
linear model with log-link/gamma distribution was used for<br />
analyzing the average TKR costs across hospitals, adjusting<br />
for hospital characteristics (i.e., region, teaching status, bed<br />
size, rural/urban).<br />
Results Out of 440 hospitals in the Premier database in 2009,<br />
404 hospitals that had TKR surgeries were identifi ed from<br />
the Premier database, with a total of 95,117 TKRs performed<br />
during the year of 2009. The transfusion rate ranged from 0%<br />
to 100% across hospitals. Specifi cally, 36 (9%) hospitals had a<br />
zero transfusion rate, 169 (42%) hospitals had a transfusion rate<br />
of 1-20%, 166 (41%) hospitals had a transfusion rate of 21-50%<br />
and 33 (8%) hospitals had a transfusion rate higher than 50%.<br />
The mean hospital costs (weighted by the number of surgeries)<br />
ranged from $13,275 for hospitals with 0% transfusion rate<br />
to $17,179 for hospitals with a transfusion rate over 50%. In<br />
comparison to hospitals with 0% transfusion rate, on average<br />
the costs of TKR were 18% (95% CI: 6%-32%, p
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
vascular disease (20.9%), and renal failure (11%). Operations<br />
included CABG (n=45), valve procedures (n=30), combined<br />
valve/CABG (n=11), type A aortic dissection (n=1), aortic<br />
root replacement (n=1), cardiac tumors (n=2), and PFO<br />
closure (n=1). Mean postoperative length of stay was 9.8±7.9<br />
days. Overall mortality was 5.5% (n=5). Mortality for isolated<br />
CABG and isolated AVR was 2.2% (O/E=1.05[0, 3.02]) and<br />
5.6% (O/E=1.46[0, 3.76]) respectively. Other complications<br />
included reoperation (all=8.8%, cardiac=2.2%), sepsis (2.2%),<br />
sternal wound infection (1.1%), TIA (1.1%), renal failure<br />
requiring dialysis (1.1%), and prolonged ventilation (18.7%).<br />
Major complication rate was not signifi cantly different between<br />
the elective and urgent group.<br />
Conclusion <strong>Blood</strong>less cardiac surgery in JW patients can be<br />
performed with excellent outcomes in both the elective and<br />
the urgent situations using a multi-disciplinary approach.<br />
Mortality rates for isolated CABG and isolated AVR are<br />
within the expected 95% confi dence intervals of STS predicted<br />
mortality.<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
SCIENTIFIC: OTHER<br />
<strong>2011</strong>-09 LAYING THE FOUNDATION FOR A PATIENT<br />
BLOOD MANAGEMENT REGISTRY<br />
Shander A., Farmer S., Gombotz H., Gross I., Hofmann A.,<br />
Javidroozi M., Juhl A., Leahy M., Ozawa S., Sweeney J.<br />
Introduction The increased adoption of <strong>Patient</strong> <strong>Blood</strong><br />
<strong>Management</strong> (PBM) as part of routine clinical practice calls for<br />
a systematic standardized data collection strategy to quantify<br />
the effectiveness of PBM in improving patient outcome. This<br />
proposed data registry would allow exploration of the relationship<br />
between patient characteristics and anemia/transfusion-related<br />
events, benchmarking PBM activities, and providing a database<br />
for related clinical studies of patients managed in "real" clinical<br />
settings. We have developed the proposed characteristics of a<br />
PBM registry to serve these critical needs.<br />
Methods A multi-national, multi-disciplinary team of clinicians,<br />
scientists, and advocates with a shared interest and experience<br />
in PBM and transfusion medicine convened a three-day meeting<br />
in Vermont, United States, in Spring 2010, during which they<br />
reviewed a number of existing relevant studies/programs, and<br />
discussed various aspects of a PBM registry. Following the<br />
meeting, the group voted and scored the proposed key elements<br />
of a PBM registry.<br />
Results The key aspects considered for PBM registry were:<br />
1) defi ning the population of interest; 2) stratifi cation approaches;<br />
3) standardizing data collection to allow comparisons; 4) defi ning<br />
the endpoints and 5) standardized reporting format across<br />
participating institutions.<br />
The target population may include patients who are at risk of<br />
bleeding, receiving transfusion, or who may be candidates for<br />
PBM strategies, and selection may be based on patient- and<br />
procedure-related factors. All critically ill patients, cardiac<br />
surgery patients, acute coronary syndrome or myocardial<br />
infarction patients, major orthopedic surgery patients, admitted<br />
hematology and oncology patients, admitted trauma patients, and<br />
non-surgically managed bleeding patients should be included.<br />
<strong>Patient</strong> stratifi cation should be performed based on factors<br />
likely to affect the outcomes, namely, demographics, measures<br />
of severity of illness, and patient/condition-specifi c measures<br />
of acuity.<br />
Validated standardized data collection forms and defi nitions for<br />
the data fi elds are necessary, and their feasibility must be preestablished.<br />
Existing data collection systems in centers must be<br />
used whenever available, and possibly integrated with the PBM<br />
registry. Suggested general data fi elds include: demographics,<br />
anemia laboratory tests, current diagnosis, comorbidities,<br />
risk scores, relevant medications, autologous and allogeneic<br />
transfusions, and procedure data. Additionally, appropriate<br />
"denominators" (e.g. patient numbers and measures of acuity)<br />
to allow comparison of data from different centers/time periods<br />
need to be established. Centralized data management and<br />
verifi cation is the other key issue.<br />
Challenges in collecting reliable data on clinically-relevant<br />
endpoints may lead to use of more accessible "surrogate"<br />
endpoints. Suggested endpoints of interest in a PBM registry<br />
included: mortality, morbidity, length of stay , quality of life,<br />
resource consumption, and discharge disposition.<br />
PBM registries require effective reporting to disseminate<br />
data back to the clinicians, administrators, and the healthcare<br />
community, in simple, standardized, meaningful and<br />
easily-comparable formats.<br />
Conclusion As previously reported, implementation of<br />
PBM strategies may yield unexpected observations, and use<br />
of standardized data collection methods, stratifi cation, and<br />
proper denominators within a registry can be invaluable in<br />
understanding these fi ndings. PBM registries are vital to<br />
continued success and adoption of PBM to ensure the key<br />
goal - improvement of patient outcome - is achieved.<br />
<strong>2011</strong>-10 FACTORS ASSOCIATED WITH OVERALL<br />
AND NON-ELECTIVE HOSPITAL READMISSIONS<br />
FOLLOWING ELECTIVE TOTAL HIP REPLACEMENT<br />
Forlenza J.B. (1) , Boswell E. (2) , Zhang Y. (2) , Shen S. (2) , Doshi D. (1) ,<br />
Kokkotos F.K. (2) , Slabaugh S.L. (1)<br />
(1) Janssen Services, LLC, Horsham, PA; (2) Trinity Partners,<br />
LLC, Waltham, MA, United States of America<br />
Introduction Over 225,000 total hip replacement (THR)<br />
surgeries occurred in the US in 2004, and this number may double<br />
by the year 2015. Readmissions after THR may impact patients,<br />
providers, and payers. This analysis evaluated discharge, patient,<br />
and hospital level factors associated with readmissions after THR.<br />
Methods Elective THR discharges for adults during 2005-2009<br />
were identifi ed using the Premier database. Total hip replacement<br />
discharges were excluded if multiple surgeries or death occurred<br />
during admission or if a patient had a hospital admission in the<br />
dataset 3 months pre-THR. All hospital readmissions in the<br />
month of or after THR discharge were identifi ed. Two logistic<br />
regression models were used to evaluate associations between<br />
characteristics from the THR claim and readmissions (Model 1:<br />
all readmissions; Model 2: non-elective readmissions, defi ned<br />
as emergency/urgent/trauma center admissions).<br />
Results A total of 172,942 THR discharges were included<br />
(55.8% females; mean age=65 years; 54.9% were in nonteaching<br />
hospitals; mean length of stay [LOS] for THR admission<br />
was 3.64 days; 55.2% had no red blood cell/whole blood or<br />
other transfusion claims; and 37.5% had a discharge status of<br />
transferred/referred). There were 10,859 total discharges with<br />
readmissions, and 4,759 readmissions were non-elective. In<br />
both models, factors that were not found to be signifi cantly<br />
associated with readmissions included gender, infection status,<br />
and severity of illness (all p-values >0.05). Factors that were<br />
s5
signifi cantly associated with readmissions (p0.05) while infection<br />
status was only found to be signifi cant in the model for all<br />
readmissions (p=0.046). Factors signifi cantly associated with<br />
readmissions (p
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
Discussion Using our blood management techniques, HDC<br />
with ASCT can be safely performed without the use of blood<br />
products. Our mortality rate is 4% which is similar to the<br />
national mortality rate of 1-3.5% for lymphoma and multiple<br />
myeloma 1,2,3 . We report a 25% risk of cardiac complications<br />
which were manageable with telemetry monitoring,<br />
antiarrhythmics and volume resuscitation. Whether the cardiac<br />
complications are due to the prolonged and profound anemia<br />
related to withholding blood products or the HDC and ASCT<br />
procedure itself requires further investigation. Many of the<br />
blood management strategies utilized in bloodless ASCT may<br />
be appropriate in all patients undergoing HDC and ASCT to<br />
avoid the risks of blood transfusions.<br />
1. Gertz MA, Ansell SM, Dingli D, et al. Autologous stem<br />
cell transplant in 716 patients with multiple myeloma:<br />
low treatment-related mortality, feasibility of outpatient<br />
transplant, and effect of a multidisciplinary quality initiative.<br />
Mayo Clin Proc. 2008; 83: 1131-8.<br />
2. Viviani S, Di Nicola M, Bonfante V. Long-term results of<br />
high-dose chemotherapy with autologous bone marrow or<br />
peripheral stem cell transplant as fi rst salvage treatment for<br />
relapsed or refractory Hodgkin lymphoma: a single institution<br />
experience. Leuk Lymphoma. 2010: 51; 1251-9.<br />
3. Ulrickson M, Aldridge J, Kim HT. Busulfan and<br />
cyclophosphamide (Bu/Cy) as a preparative regimien for<br />
autologous stem cell transplantation in patients with non-<br />
Hodgkin lymphoma: a single-institution experience. Biol<br />
<strong>Blood</strong> Marrow Transplant. 2009; 15: 1447-54.<br />
<strong>2011</strong>-13 REDUCTION OF PRE-SURGICAL AUTOLOGOUS<br />
BLOOD DONATION COLLECTION USING A<br />
COLLABORATIVE PROCESS BETWEEN THE BLOOD<br />
CENTER AND HOSPITALS<br />
Fredrich N.<br />
<strong>Blood</strong>Center of Wisconsin, Milwaukee, WI, United States of<br />
America<br />
Introduction Nationally, presurgical autologous donation<br />
(PAD) collections decreased by 27% from 2004 to 2006, while<br />
wastage remained high at 44%. During this period, our blood<br />
center had a gradual decline in PAD of 7% with wastage rates<br />
similar to those seen nationally. Due to high wastage, lack of<br />
reimbursement and potential for preoperative anemia, strategies<br />
to reduce PAD have been advocated. In 2008, we began an<br />
initiative to reduce PAD by 20%. We describe our approach<br />
for reducing autologous collections with our hospital customers<br />
and thereby reducing costs and PAD wastage within our<br />
community.<br />
Materials and Methods <strong>Blood</strong> center records from 2008 were<br />
retrospectively reviewed to provide baseline data on number<br />
of PAD units collected, number wasted, surgical procedure<br />
utilizing PAD, days between donation and surgery, surgeon,<br />
and hospital. Distribution of this baseline data was targeted at<br />
the local top 30 ordering surgeons, with particular emphasis<br />
on orthopedics and neurosurgery. Individual surgeon reports<br />
included number of patients, number of units collected and<br />
percent wastage by procedure grouping. For each surgical<br />
procedure group, community data was compiled to be used<br />
as comparison in the individual surgeon reports. A PAD fact<br />
sheet, including risks, benefi ts and suggested patient selection<br />
criteria was created and included with the reports. Reports were<br />
distributed to individual surgeons and affi liated hospitals in late<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
2009. Ongoing PAD data was provided to partner hospitals as<br />
requested. During this time, several hospitals also introduced<br />
internal methods to reduce usage of PAD.<br />
Results Number of PAD units collected and percent wastage is<br />
shown in the table.<br />
2008<br />
(baseline)<br />
2009 2010<br />
Total # Units Collected 2,824 2,333 1,172<br />
Percent Reduction from 2008<br />
All Hip Procedures:<br />
17% 58%<br />
# Units Collected 647 542 174<br />
% Wastage<br />
All Knee Procedures:<br />
55% 48% 52%<br />
# Units Collected 630 613 260<br />
% Wastage<br />
Neurosurgery Procedures:<br />
49% 46% 37%<br />
# Units Collected 1,165 954 613<br />
% Wastage 49% 53% 60%<br />
Compared to baseline, PAD collections for hip and knee<br />
procedures in 2010 declined by 73% and 59%, respectively.<br />
Reduction in PAD wastage for the same procedures was 5.4%<br />
and 24.5%, respectively. For neurosurgery procedures in 2010<br />
there was a 47% reduction in PAD units collected but percent<br />
wastage increased. Using just the direct cost of an autologous<br />
unit ($354) and the difference in units collected in 2010<br />
compared to 2009, cost savings was $130,272 for hip, $124,962<br />
for knee, and $120,714 for neurosurgery procedures.<br />
Conclusion Though a small decline in autologous collection<br />
was noted prior to distribution of our reports, afterwards this<br />
reduction tripled, surpassing our goal. Percent wastage also<br />
declined for hips and knees though not at the rate of collection,<br />
likely refl ecting the impact of fewer unit collections or need<br />
for further education for selected surgeons and/or hospitals By<br />
partnering with our hospital customers and providing surgeons<br />
with their individual practice of PAD, we believe increased<br />
awareness contributed to a more dramatic reduction in PAD and<br />
thereby cost savings to the hospitals.<br />
<strong>2011</strong>-14 TOOL DEVELOPMENT FOR SIMULATION<br />
TRAINING IN PATIENT BLOOD MANAGEMENT<br />
Banks C., Sokolowski J.A., Manepalli S., Hakim P., Shander A.,<br />
Ozawa S., Juhl A.<br />
Introduction This research details the methodology and<br />
development of a web-based simulation training tool that<br />
incorporates blood management practices for peri-operative<br />
patient care. The tool satisfi es an unmet need for simulation<br />
training modalities in the fi eld and provides the means for<br />
comprehensive and effective training.<br />
Methods Medical simulation is able to execute training in a<br />
multiplicity of modes, house large digital libraries for a breadth<br />
of experiences, and accommodate a repetition of exercises to<br />
reinforce learning. This simulation training tool is grounded in<br />
engineering and mathematical modeling and the simulations are<br />
drawn from actual patient case studies that lend credibility to<br />
s7
the exercises as these are the basis for training scenarios of<br />
proven blood management practices. The target audience is<br />
trained and skilled physicians who are unfamiliar with blood<br />
management techniques and/or are without a practical means<br />
to train to them.<br />
Results The tool is developed for web-based access with<br />
continuous simulation capability and hands-on exercises. It is<br />
the result of a multi-disciplinary effort drawn from medical,<br />
engineering, and computer science expertise.<br />
Conclusions This training tool will facilitate a patient blood<br />
management learning exercise for closing the learning gap<br />
through simulation (re-)training of new information and new<br />
techniques for peri-operative patient care.<br />
<strong>2011</strong>-15 A CLINICAL EVALUATION OF TERUMO'S<br />
PRESCRIPTIVE OXYGENATION TM SERIES CAPIOX ®<br />
FX15 AND FX25 HOLLOW FIBER OXYGENATORS<br />
WITH INTEGRATED ARTERIAL FILTER IN THE<br />
ADULT POPULATION<br />
Swanson B., Petterson C., Newberrry J., Korth D., Kmiecik S.<br />
University of Kansas, Hospital Center for Advanced Heart<br />
Care, Kansas City, KS, United States of America<br />
Advancements in perfusion safety over the last decade have<br />
been empirical in making cardiopulmonary bypass (CPB)<br />
progressively safer than ever. However, with the increasing<br />
amount of evidence supporting the detrimental effects of blood<br />
products, the need for change in practice is most urgent. The new<br />
<strong>2011</strong> level (1A) recommendations from the Society of Thoracic<br />
Surgeons (STS) suggests the best standard of care with regards to<br />
blood conservation, is to identify high risk patients and prepare<br />
accordingly. Previous studies have determined that a reduction<br />
in surface area-priming volume of the CPB circuit reduces the<br />
frequency of low HCT values and subsequently reduces the<br />
incidence of allogeneic blood transfusions. One measure of<br />
recent interest is Terumo ® Prescriptive Oxygenation TM , a series<br />
of hollow fi ber oxygenators with integrated arterial fi lters,<br />
which offer lower prime volumes to specifi c sized patients<br />
with low body weight, pre-operative anemia, advanced age, or<br />
other said factors vulnerable to low hemoglobin levels. This<br />
was a clinical, non-randomized retrospective evaluation of<br />
the Terumo ® Capiox ® FX15 and FX25 series oxygenators for<br />
effi cacy in priming, blood conservation, gas exchange, oxygen<br />
delivery, as well as patient selection bias for either FX unit.<br />
In 300 cases requiring CPB with accordance to institutional<br />
perfusion protocol, the FX series was remarkably effi cient<br />
in priming due to absence of CO 2 fl ushing and de-airing of<br />
an arterial line fi lter. Additionally, the FX15 and FX25 were<br />
able to reduce prime volumes by 400cc and 300cc and able to<br />
increase on pump hematocrits by 25% and 18% respectively.<br />
The effect of the integral arterial fi lter on ventilation and gas<br />
exchange was minimal, as optimal PCO 2 levels were achieved<br />
at sweep ratios between of .8-1 as well as comparable PO 2 levels<br />
at 100% FIO 2 . Both FX series were effective in oxygen delivery<br />
within their corresponding fl ow ranges. Markedly, the FX15<br />
performed optimally above and at the limit of its manufacturer's<br />
recommended fl ow rates, rendering it the preferred oxygenator<br />
of choice even in larger patients that we would have previously<br />
used a FX25 on. Decidedly, body surface area (BSA) was the<br />
s8<br />
SCIENTIFIC:<br />
OTHER TECHNOLOGY AND TECHNIQUES<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
most constraining factor when it came to patient selection, ahead<br />
of age, complexity of surgery and sex. However, in borderline<br />
patients, BSA 2.0(±.2) m2, a reverse relationship between BSA<br />
and age was observed, based on metabolic demands, advanced<br />
aged patients trended towards the FX15 while the FX25 was<br />
preferred for younger patients. Overall the Terumo ® Capiox ®<br />
FX15 and FX25 series oxygenators are extremely safe and<br />
effective adjuncts to previous systems, and are able to drastically<br />
reduce prime volume and surface area, especially important in<br />
patients under 60 kg and or at high risk for blood transfusions.<br />
1. Ferraris V.A. et al. <strong>2011</strong> Update to The Society of<br />
Thoracic Surgeons and the Society of Cardiovascular<br />
Anesthesiologists <strong>Blood</strong> Conservation Clinical Practice<br />
Guidelines. Ann Thorac Surg <strong>2011</strong>; 91: 944-82.<br />
2. Shann K.G. et al. Focus on neurologic injury, glycemic<br />
control, hemodilution, and the infl ammatory An evidencebased<br />
review of the practice of cardiopulmonary bypass in<br />
adults. J Thorac Cardiovasc Surg 2006; 132: 283-90.<br />
SCIENTIFIC: TRANSFUSION<br />
<strong>2011</strong>-16 THE INFLUENCE OF COMORBIDITY ON<br />
RED CELL TRANSFUSIONS FOR PATIENTS WITH<br />
UPPER GASTRO-INTESTINAL BLEEDING<br />
Parce P., Thurer R.L., Precopio T., Popovsky M.A.<br />
Haemonetics, Braintree, MA, United States of America<br />
Introduction While the majority of patients with upper gastrointestinal<br />
bleeding (UGIB) are ≥65 years of age and likely to<br />
have comorbid conditions, little is known about frequency<br />
or reasons for transfusion. Since transfusions are commonly<br />
given to patients with UGIB, understanding the infl uence of<br />
comorbidities on transfusion practice may identify opportunities<br />
for improvements in blood management. This study examined<br />
the impact of comorbid conditions on transfusion.<br />
Methods Impact TM Online (Haemonetics, Braintree, MA) is a<br />
newly developed data mining tool which extracts transfusion<br />
practice data from hospital information systems. We analyzed<br />
3+ years of patient- specifi c transfusion data from 29 US<br />
hospitals in the IMPACT Online database and identifi ed<br />
13,407 patients with UGIB who had diagnostic and/or<br />
therapeutic endoscopy. The Charlson Comorbidity Index (CCI)<br />
was used to stratify patients based on medical comorbidity. The<br />
CCI score is the sum of 18 conditions weighted according to<br />
the degree to which they predict mortality. We looked at age,<br />
percent transfused, units transfused, and fi nal hemoglobin of<br />
transfused patients in separate cohorts of CCI from 1-7 and >8<br />
to determine if there was a correlation between the CCI and<br />
transfusion rate. Final hemoglobin, defi ned as the last recorded<br />
hemoglobin prior to discharge, was included in the analysis as<br />
an indicator of transfusion practice.<br />
Charlson Scoring<br />
1 point each - acute MI, previous MI, CHF, connective tissues<br />
disease, COPD, dementia, diabetes, cerebrovascular disease, mild<br />
liver disease, ulcer, peripheral vascular disease<br />
2 points each - chronic renal failure, diabetes with sequelae, cancer,<br />
hemiplegia<br />
3 points each - liver disease<br />
4 points each -AIDS, metastatic cancer<br />
Low score (≤3) Moderate (4-5) High (6-7) Very High (≥8)<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
Results 65.6% of patients with UGIB (n=8,786) received red<br />
cell transfusion. As seen in the table, there was an increase<br />
in the incidence of transfusion and the mean number of units<br />
transfused with increasing CCI score. As expected, patients with<br />
comorbidities were older. There was no signifi cant difference in<br />
the fi nal hemoglobin of transfused patients.<br />
CCI n Age n Tx % Tx Units Final Hgb<br />
Tx<br />
0 1,857 57.5 888 47.8% 3.31 10.2<br />
1 3,164 61.9 1,994 63.0% 3.47 10.1<br />
2 2,443 68.4 1,675 68.6% 3.64 10.2<br />
3 1,816 71.3 1,303 71.8% 3.83 10.3<br />
4 1,799 63.7 1,284 71.4% 4.36 10.0<br />
5 1,025 61.9 724 70.6% 4.21 10.0<br />
6 620 64.5 421 67.9% 4.43 10.0<br />
7 361 66.8 269 74.5% 4.29 10.0<br />
≥8 312 64.6 227 72.8% 4.93 10.4<br />
Conclusions These data demonstrate that greater co-morbid<br />
conditions are associated with transfusion in UGIB patients.<br />
Although the presence of comorbidities increases the likelihood<br />
of transfusion, the fi nal hemoglobin data (values 10.0-10.4 g)<br />
suggests that the transfusion "trigger" is similar for all patient<br />
groups. This raises the question whether the "hemoglobin<br />
target" is too high, at least in less ill patients. Additional studies<br />
are needed to determine the effect of transfusion on short and<br />
long-term outcomes.<br />
<strong>2011</strong>-17 RBC TRANSFUSION WORSENS OUTCOME<br />
IN PEDIATRIC PATIENTS WITH ARDS AND ALI: A<br />
RETROSPECTIVE CASE CONTROLLED ANALYSIS<br />
Sanfi lippo D., Rajasekaran S., Shoemaker A., Curtis S.,<br />
Zuiderveen S., Wincek J., Ndika A., Hassan N.<br />
DeVos Children's Hospital, Grand Rapids, MI, United States<br />
of America<br />
Introduction Acute respiratory distress syndrome (ARDS) and<br />
Acute Lung Injury (ALI) can occur after systemic insults such<br />
as sepsis and trauma or after direct lung injury like aspiration.<br />
The management of the ARDS patient involves preserving<br />
oxygen delivery to tissue as lung compliance deteriorates and<br />
ventilation/perfusion (V/Q) mismatch worsens. Red <strong>Blood</strong><br />
Cell (RBC) Transfusions are often considered in clinical<br />
care of the ALI or ARDS patient given their potential value<br />
in volume expansion and oxygen delivery. There are even<br />
consensus statements that recommend transfusion to maintain a<br />
hemoglobin threshold in anemic patients with ARDS. However,<br />
RBC transfusion is not without risk and recent data suggests<br />
association between transfusion and poor outcome in critically<br />
ill children.<br />
Materials and Methods We hypothesized that patients with<br />
ARDS or ALI who receive RBC transfusion in the fi rst 48 hours<br />
of mechanical ventilation were likely to suffer a complicated<br />
course with prolonged mechanical ventilation, morbidity and<br />
mortality. During a 24 month period (Jan 1 st 2008- Jan 1 st 2010),<br />
the clinical course of 34 transfused ARDS and ALI patients<br />
were compared to 45 control patients. Cerner and Virtual PICU<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
databases were abstracted to collect laboratory and clinical data<br />
for analysis once IRB approval was granted.<br />
Results The mean hemoglobin in the study group was<br />
8.2±0.23 g/dL just prior to transfusion. The pre-transfusion<br />
hemoglobin at a comparable time point was 10.23±0.23 g/dL in<br />
the control group. The transfused group had a PF ratio change<br />
from 135.43±7.5 to a post-transfusion value of 116.5±8.8<br />
whereas the control group improved from 148.0±8.0 to<br />
190.4±17.8. The transfused group spent a total of 15.6±1.68<br />
ventilator days compared to control with a total of 9.51±0.58<br />
days (P=0.000). ICU mortality in the transfused ARDS and<br />
ALI group was 4/34 compared to 1/45 (P=0.090) in the non<br />
transfused group. The transfused group 6/34 (17.6 %) tended<br />
to require CRRT (Continuous Renal Replacement Therapy)<br />
later, beyond the initial 48 hours compared to control 2/45<br />
(4.4%) (P=0.057).Secondary MODS was more common in the<br />
transfused group 8/34 (23.5 %) vs. 3/45 (6%) (P=0.048).<br />
Conclusion This study though limited by its size and<br />
retrospective design, does highlight some important factors.<br />
First, in the midst of trying to ensure adequate oxygenation in<br />
early ARDS, blood transfusions could delay and complicate that<br />
process. Second, there is some indication that transfusions may<br />
increase the rates of CRRT and secondary MODS thus delaying<br />
the recovery of these patients.<br />
PROCESS IMPROVEMENT:<br />
ANEMIA MANAGEMENT<br />
<strong>2011</strong>-18 PRODUCTIVITY ASSESSMENT IN<br />
MANAGING PRE-OPERATIVE ANEMIA AFTER<br />
IMPLEMENTATION OF A HOSPITAL INFORMATION<br />
SYSTEM BASED ANEMIA MANAGEMENT TOOL<br />
Nelson T., Gross I.<br />
Eastern Main Medical Center, Bangor, ME, United States of<br />
America<br />
Introduction <strong>Patient</strong> <strong>Blood</strong> <strong>Management</strong> Programs (PBMP)<br />
identify, evaluate and manage anemic pre-operative patients. As<br />
part of a development project with Cerner Corporation (Kansas<br />
City, MO), Eastern Maine Medical Center (EMMC) designed<br />
and implemented a computer-based anemia management<br />
solution, designated by Cerner as the Pre-operative Anemia<br />
<strong>Management</strong> Lighthouse Solution and referred to as the<br />
" Anemia M-Page". A time study was conducted to measure<br />
its impact on anemia management patient volume and the<br />
productivity of the program coordinator in the identifi cation,<br />
enrollment, evaluation and treatment of patients undergoing<br />
elective surgery.<br />
Methods Our pre-operative anemia management program<br />
began in June 2007. Initially the program focused on total joint<br />
arthroplasty and spine fusions. <strong>Patient</strong>s were enrolled by the<br />
surgeon's offi ce.<br />
Beginning the second year, patients were identifi ed from the<br />
electronic surgical scheduling event. Laboratory results from<br />
the electronic medical record (EMR) were reviewed to identify<br />
anemic patients and determine the etiology of the anemia. If no<br />
labs were available, orders were entered into the EMR. Based on<br />
these results, patients were scheduled for treatment if indicated.<br />
In January, <strong>2011</strong> Anemia M-Page was implemented. This<br />
automated enrollment based on the scheduling event in EMMC's<br />
EMR. The solution allows the PBMP to defi ne which patient<br />
procedures are evaluated. Only procedures with an estimated<br />
s9
lood loss greater than 500 mL are included. The types of<br />
procedures screened increased from 3 to 28. Once scheduled,<br />
patients automatically populate the M-Page. The M-Page<br />
"dashboard" is only accessible to PBMP staff and includes<br />
patient name, demographics and any hemoglobin result within<br />
the past 60 days. If no result is found a red exclamation icon<br />
alerts the coordinator to schedule labs.<br />
<strong>Patient</strong>s are organized on the M-Page based on number of<br />
days to procedure using the following tabs: Emergent/Urgent,<br />
4 weeks. The M-Page has a second<br />
view that opens to patient specifi c details about the patient's<br />
labs, and procedure information and includes a link to the<br />
patient's EMR. This detail view has links to documentation<br />
forms, provides a place to print a lab requisition, document<br />
patient education, medications ordered to treat anemia, and<br />
to document outside lab results, automatically populating the<br />
patient list dashboard view. This allows the PBMP team to<br />
organize and make available the most current information.<br />
If the coordinator is not available the Program Medical<br />
Director can view the information and assess patient status at<br />
any time.<br />
Results Time studies were completed during two time<br />
periods; in February 2010 before the M-Page "go-live"<br />
and after "go-live" in June, <strong>2011</strong>. Post- implementation the<br />
number of patients enrolled increased from 40 to 96 patients<br />
per month. A time study showed EMMC's PBMP coordinator<br />
was able to increase work productivity by 100%.<br />
Conclusion Development and implementation of a computerized<br />
electronic pre-operative anemia management solution resulted<br />
in a productivity increase of 100% for the pre-operative anemia<br />
management program. This electronic tool has the ability to<br />
increase the number of PBMP patients enrolled without adding<br />
additional staff, ensures no eligible patients are missed and<br />
creates a more effi cient work fl ow.<br />
<strong>2011</strong>-19 CURRENT USE OF ERYTHROPOIESIS-<br />
STIMULATING AGENTS AT HELEN DEVOS<br />
CHILDREN'S HOSPITAL<br />
Lunger J., Kovey K., Hassan N.<br />
Helen DeVos Children's Hospital, Grand Rapids, MI, United<br />
States of America<br />
Background Critically ill hospitalized patients frequently<br />
develop anemia and subsequently may receive blood<br />
transfusions. Anemia may result from bone marrow suppression<br />
as occurs with chemotherapy, bone marrow inactivation such as<br />
with chronic kidney disease, and blood losses from phlebotomy,<br />
gastrointestinal losses, or procedural losses. Use of hematinics<br />
and erythropoiesis-stimulating agents (ESAs) has increased<br />
at Helen DeVos Children's Hospital (HDVCH) following the<br />
launching of the <strong>Blood</strong> <strong>Management</strong> Service.<br />
Aim Due to the cost of ESAs and recent FDA Black Box<br />
Warnings for use, the Pharmacy & Therapeutics Committee<br />
commissioned the investigator to conduct a Medication Use<br />
Evaluation to describe the frequency of use and cost of epoetin<br />
and darbepoetin at HDVCH.<br />
Methods A list of all pediatric inpatients at HDVCH who<br />
received darbepoetin or epoetin between January 2010 and<br />
September 2010 was collected using the Pharmacy Drug<br />
Inquiry application of the Cerner data system. <strong>Patient</strong><br />
demographics and hemoglobin values were also collected<br />
using Cerner.<br />
s10<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
Results Epoetin or darbepoetin was administered to 84 of 99<br />
patients (85%) for blood management purposes, with an actual<br />
blood management consult on record for 62 patients (73%).<br />
The remainder of patients (15 of 99) who received ESAs for<br />
renal disease were excluded from analysis. The average patient<br />
age was 5.9±6.5 years (median 2.0 years). 57 patients (68%)<br />
were in the intensive care unit during admission. 72 patients<br />
(86%) received epoetin and 12 patients (14%) received<br />
darbepoetin, with variable dosing frequency. The intravenous<br />
route was used for 52 patients (72%) receiving epoetin.<br />
An average of 4.2±3.9 doses were administered per patient,<br />
with an average of 4.4±3.8 doses for epoetin and 1.8±1.2<br />
doses for darbepoetin. 25 patients (30%) received 1 dose only.<br />
Average cost per patient was approximately $319±398, with<br />
estimated annual costs at HDVCH of $36,000. The average<br />
hemoglobin (Hg) at initiation was 8.5±1.5 g/dL. <strong>Blood</strong><br />
transfusions were given to 15 patients (18%) before ESA<br />
initiation and 12 patients (14%) after ESA initiation, with 56<br />
patients (68%) not transfused (see Table I). For patients who<br />
were not transfused, the average change in Hg during therapy<br />
was 1.2±1.4 g/dL (see Figure 1). In 38 patients (45%), there<br />
was no hemoglobin value recorded after ESA initiation. Nine<br />
patients (11%) had Hg >12 g/dL during therapy.<br />
Therapy was appropriately discontinued for all patients with<br />
Hg >12 g/dL, excluding 2 patients with Hg >12 g/dL at<br />
initiation (Jehovah's Witness patient and patient undergoing<br />
major surgery). There is no clear cost advantage with either<br />
agent. Darbepoetin is more expensive, however less frequent<br />
dosing may offset the additional cost.<br />
Table I - <strong>Blood</strong> Transfusions During ESA Therapy<br />
Hemoglobin at<br />
ESA Initiation<br />
(g/dL) (N=83)<br />
N Percent<br />
Transfused<br />
before ESA<br />
Initiation<br />
Percent<br />
Transfused<br />
after ESA<br />
Initiation<br />
Percent Not<br />
Transfused<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
Conclusions A small number of patients are receiving ESAs<br />
for blood management at a cost of approximately $319±398 per<br />
patient. More effect on hemoglobin was noticed in patients with<br />
lower hemoglobin at ESA initiation, with lower transfusion<br />
rates compared to previously published data. No adverse events<br />
were reported.<br />
Limitations of the Report There was no stratifi cation with<br />
regard to patient diagnosis, patient acuity, ongoing blood losses,<br />
or length of therapy.<br />
<strong>2011</strong>-20 IMPROVING PATIENT OUTCOMES THROUGH<br />
OPTIMAL BLOOD MANAGEMENT - DEFINING THE<br />
PROBLEM: IATROGENIC BLOOD LOSS<br />
Kooser J., Duncan P., Thorpe E.<br />
University of Kansas Hospital, Kansas City, KS, United States<br />
of America<br />
Purpose The purpose of this evidence-based practice project<br />
was to quantify the volume of patient blood lost due to blood<br />
draws. This information will serve as the background for<br />
developing a procedure/guideline for blood reinfusion to reduce<br />
iatrogenic blood loss.<br />
Methods This project documented lab related blood loss in<br />
two groups of patients where laboratory specimens were drawn<br />
from indwelling lines. <strong>Patient</strong>s from the Surgical Intensive Care<br />
Unit (SICU) the Burn Center, and two acute care units were<br />
included. There were two separate groups for this study. Group<br />
one, the draw and discard group, and group two, the draw<br />
and reinfuse group. Within these groups, there were different<br />
types of access devices, such as arterial lines, PICC lines and<br />
Central lines. The amount of waste and amount needed for each<br />
specimen collection was recorded in both groups. A reinfusion<br />
tool was implemented for group two: a 10 mL syringe for the<br />
closed pressure system or arterial line, and a 3-way stop-cock<br />
for the PICC and central lines. The amount of waste and amount<br />
drawn for each specimen collection was recorded. The amount<br />
of blood wasted pre reinfusion and post reinfusion were then<br />
compared.<br />
Results A total of 240 blood draws were collected. We<br />
collected 120 blood draws from each group, 60 from arterial<br />
lines and 60 from PICC and central lines. <strong>Patient</strong>s from group<br />
one experienced anywhere from 1 to 5 blood draws per day. The<br />
volume of blood wasted ranged from 3 to 14 mls/draw, with<br />
an average waste of 43 mL/day per patient from arterial lines<br />
and 13.85 mL/day from PICC and central lines. <strong>Patient</strong>s from<br />
group two experienced 1 to 4 blood draws per day. The amount<br />
of waste was 0 mls/day from arterial lines and 0 mls/day from<br />
PICC and central lines.<br />
Discussion Because iatrogenic blood loss has been an ongoing<br />
concern to the study at this hospital, it was important to<br />
quantify the scope of the problem. Our fi ndings support that the<br />
incidental blood loss due to discarded blood is noteworthy. This<br />
study lends support to the next phase of this evidence based<br />
project that of implementing new policies and/or products that<br />
reduce or eliminate blood wasted due to laboratory tests.<br />
Conclusion This study supports that in many patients, blood loss from<br />
laboratory draws and discards is clinically signifi cant. Interventions<br />
to reduce or eliminate such blood loss must be developed.<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
<strong>2011</strong>-21 FERUMOXYTOL INFUSION IN PEDIATRIC<br />
PATIENTS WITH GASTROINTESTINAL DISORDERS:<br />
1 ST CASE REPORT<br />
Cahill J., Hassan N., Rajasekaran S., Kovey K.<br />
The Pediatric <strong>Blood</strong> <strong>Management</strong> Program from Helen DeVos<br />
Children's Hospital, Grand Rapids, MI, United States of<br />
America<br />
Introduction Children with gastrointestinal disorders<br />
frequently suffer from iron defi ciency anemia due to<br />
malnutrition, malabsorption and/or blood losses from the<br />
gut. When enteral iron therapy is ineffective, parenteral iron<br />
therapy becomes the alternative. Ferumoxytol is a new iron<br />
preparation which has recently been FDA approved for use<br />
in adult patients with chronic kidney disease; however no<br />
guidelines exist for the use in pediatrics. This is the fi rst<br />
report of ferumoxytol administration in pediatric patients,<br />
monitoring its safety and effi cacy in the outpatient setting.<br />
Ferumoxytol has been shown to have fewer incidences of<br />
severe allergic reactions and because of the slow iron release,<br />
a larger dose can be given on a single occasion.<br />
<strong>Patient</strong>s and Methods Due to these advantages over other<br />
preparations on the market, it was administered to pediatric<br />
patients with gastrointestinal disorders in the outpatient<br />
setting. Six patients, ranging in age from 6 months to 16<br />
years old, with various gastrointestinal disorders and iron<br />
defi ciency anemia were treated with ferumoxytol. These six<br />
patients had failed enteral iron therapy, and subsequently<br />
were given ferumoxytol dosed in the range of 8-12 mg/kg.<br />
It was administered intravenously over 15-60 minutes, and<br />
monitoring occurred for one hour post infusion. <strong>Patient</strong>s who<br />
had no adverse events were discharged.<br />
Results All patients did well with the infusion, except for<br />
one who developed pruritus; however no interventions<br />
were required (Table I). Iron studies obtained 5-7 days<br />
later showed improvement except for patient #1, who had<br />
signifi cant chronic blood loss (Figure 1).<br />
Conclusion The administration of ferumoxytol to six<br />
pediatric patients at a dose of 8-12 mg/kg, at a rate of 15 or<br />
more minutes was effective and well tolerated except for a<br />
single case of pruritus.<br />
Figure 1<br />
s11
Table I - Dosing of Ferumoxytol<br />
s12<br />
# Age (y) Wt<br />
(kg)<br />
Dx Cause of Anemia Total Dose<br />
(mg)<br />
1 9 29 Short Gut GI blood loss<br />
Malabsorption<br />
2 0.5 4.7 Short Gut Malabsorption PN<br />
dependent<br />
3 13 50 IBD GI blood loss<br />
Malabsorption<br />
4 17 43 Chronic bowel<br />
dysfunction<br />
Malabsorption<br />
TPN dependent<br />
Dose<br />
(mg/kg)<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
# Doses Infusion<br />
Length<br />
(min)<br />
ABSTRACTS<br />
Side<br />
Effects<br />
255 9 3 60 None<br />
350 12 2 60<br />
350 12 1 15<br />
50 11 1 60 min None<br />
510 10.5 1 60 min None<br />
510 10.5 1 15 min None<br />
510 11.8 1 60 min pruritis<br />
5 17 88 IBD GI blood loss<br />
Malabsorption<br />
510 5.8 2 15 min None<br />
6 2 12.8 Mitochondrial<br />
Disorder<br />
PN dependence 120 9.3 1 60 min None<br />
PROCESS IMPROVEMENT:<br />
BLOOD MANAGEMENT EDUCATION<br />
<strong>2011</strong>-22 INTERNAL CREATION AND IMPLEMENTATION<br />
OF A BLOOD MANAGEMENT PROGRAM<br />
Nguyen H.<br />
Northwest Texas Healthcare System, Amarillo, TX # , United<br />
States of America<br />
Introduction <strong>Blood</strong> management is recognized as an<br />
important facet of improving patient quality of care and<br />
minimizing health care costs through the encouragement of<br />
effi cient and appropriate use of blood products. Commercial<br />
blood management solutions have been available to medical<br />
facilities for several years. In 2010, Northwest Texas<br />
Healthcare System # , began internally to create and implement<br />
a blood management program.<br />
Method Northwest Texas Healthcare System (NWTHS)<br />
initiated the process by hiring a Transfusion Safety Offi cer<br />
(TSO) to create, implement, and maintain the blood<br />
management program. The TSO performed a 3-month<br />
(June 2010-August 2010) retrospective audit in order to<br />
establish a baseline for transfusion practices at NWTHS.<br />
A committee of physician "Champions" was formed to<br />
approve the implementation strategy devised by the TSO.<br />
The committee appointed members of the medical staff to<br />
a multi-disciplinary Transfusion Standards Committee to<br />
create and support guidelines for transfusion, taking into<br />
account current medical literature to ensure the guidelines<br />
were evidence-based. In general, the guidelines suggest a red cell<br />
transfusion order is appropriate for patients with a pre-transfusion<br />
hemoglobin
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
<strong>2011</strong>-23 PERIOPERATIVE INTRAVENOUS IRON<br />
HYDROXIDE SUCROSE (VENOFER) OPTIMIZATION<br />
TO ENHANCE ERYTHROPOIESIS<br />
Gagne S., Davis N., Rammler W., Bentley D., Barlow D., Murray G.<br />
Niagara Health System, St Catherines, Ontario, Canada<br />
Andrews et al., identifi ed that total joint arthroplasty patients,<br />
without obvious anemia or iron defi ciency, who started on an<br />
oral iron supplementation plan preoperatively, were protected<br />
from a larger fall in hemoglobin immediately postoperatively,<br />
suggesting that a widespread underlying depletion of iron<br />
stores was present despite normal hemoglobin in many patients.<br />
Finch defi ned a "relative iron defi ciency state", also known as<br />
"functional iron defi ciency", as circumstances in which increased<br />
erythron iron requirements exceed the available supply of iron.<br />
The discovery of the iron regulatory hormone hepcidin further<br />
allows for a better understanding of the therapeutic uses of<br />
oral and intravenous iron. The interplay of short timeline for<br />
assessment and treatment of anemia; presence of functional iron<br />
defi ciency (with or without anemia); emphasis on shorter length<br />
of stay and transfusion avoidance in the perioperative setting,<br />
encourage the addition of intravenous iron to the armamentarium<br />
of surgical treatment. IV iron has been shown to be safe, in fact<br />
standard of care for renal and oncology patients. A literature<br />
review has shown some intravenous iron preparations to be<br />
a safe, effi cacious treatment modality for iron defi ciency in<br />
surgical patients. We describe here an algorithm for the use of<br />
perioperative intravenous iron hydroxide sucrose (Venofer ® )<br />
to correct functional iron defi ciency and protect against ironrestricted<br />
erythropoiesis which we plan to implement in the<br />
Ontario Transfusion Coordinators (ONTraC) program. The<br />
goal is to reduce transfusion rates and enhance "recovery<br />
times postoperatively". Utilizing ONTraC data base, evidence<br />
will subsequently be gathered on the impact of intravenous<br />
iron in decreasing transfusion rates, dosage of erythropoiesis<br />
stimulating agents and length of stay.<br />
<strong>2011</strong>-24 THE AUTOLOGOUS TRANSFUSION<br />
DATABASE: ENGLEWOOD HOSPITAL AND MEDICAL<br />
CENTER'S RESPONSE TO THE SILENT CALL FOR<br />
STANDARDIZATION OF DATA COLLECTION<br />
Juhl A. (1) , Aregbeyen O. (1) , Naqvi S. (1) , Demir S. (1) , Khan A. (1) ,<br />
Shander A. (1,2)<br />
(1) Englewood Hospital and Medical Center, Englewood, NJ;<br />
(2) Mount Sinai School of Medicine, New York, NY, Unites<br />
States of America<br />
Introduction In 1996, at the onset of the <strong>Blood</strong>less Medicine<br />
and Surgery Program at Englewood Hospital and Medical Center<br />
(EHMC), the research department developed an Institutional<br />
Review Board (IRB) approved database to collect patient data<br />
involving the use of autologous transfusion techniques (Cell<br />
Salvage, OrthoPAT ® and Acute Normovolemic Hemodilution<br />
[ANH]). While this data collection helped to meet state<br />
regulatory guidelines and maintain AABB certifi cation of Peri-<br />
Operative Services, it did not meet the need for clinical research.<br />
In 2010, a multi-national, multi-disciplinary team of experts in<br />
<strong>Patient</strong> <strong>Blood</strong> <strong>Management</strong> (PBM) and representatives from the<br />
industry and medical societies convened in Vermont, United<br />
States to address the need for nationwide PBM data registries.<br />
At the same time, it was noted that in Western Australia, where<br />
PBM modalities are implemented as a state-wide standard, data<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
is consistently monitored for practice improvement and risk<br />
management. Responding to this call, we rebuilt our existing<br />
autologous transfusion database into a large, comprehensive<br />
data collection tool with an expanded capacity for conducting<br />
clinical research while providing more accurate data for Peri-<br />
Operative Services certifi cation.<br />
Methods The original database served as the basis for<br />
developing a new list of fi elds. After revising the IRB protocol<br />
to refl ect the modifi cations and consulting with experts in<br />
PBM and medical research, we created a blueprint for the<br />
new customized database. A database systems expert was<br />
consulted and hired to help design, format and eventually build<br />
the database. Microsoft ® Access software was chosen for its<br />
world-wide availability and ease of use. Within six months, a<br />
prototype was ready. After one month of extensive testing, our<br />
system was fully operational. Given the extensive list of data<br />
fi elds to be populated, various sources were considered. These<br />
included electronically captured and stored patient data as well<br />
as manual input from other sources such as anesthesiology<br />
reports, diagnostic reports and chart review. Hospital-wide<br />
training and education was necessary to ensure standardization<br />
of data entry. Data fl ow processes and system manuals were<br />
created. Teams were also put in place for quality control audits.<br />
Results Currently, data is being compiled and recorded for over<br />
8,000 EHMC surgical patients who have received autologous<br />
transfusion modalities. Data on demographics, diagnoses,<br />
surgical information, blood conservation techniques, transfusion<br />
data, lab fi ndings, morbidities and outcomes are included for<br />
analysis. A variety of reports can be generated for monitoring<br />
and trending blood utilization in patients receiving ANH, Cell<br />
Salvage and/or OrthoPAT ® .<br />
Conclusion National PBM data registries remain a necessary<br />
future goal. Until then, it is critical that hospitals with PBM<br />
programs begin to collate their patient data. These statistics<br />
can also serve as a basis for additional teaching tools to educate<br />
medical staff on the benefi t of PBM modalities. EHMC strives<br />
to meet the expanded PBM data management standards which<br />
will also continue to have a positive impact on the patient<br />
population for whom blood is not an option. We expect this<br />
data to validate that PBM techniques have become a safe and<br />
effective standard of care for not just the "bloodless" patients,<br />
but for all patients undergoing surgery, especially those at risk<br />
for high blood loss and possible transfusion.<br />
PROCESS IMPROVEMENT:<br />
OTHER TECHNOLOGY AND TECHNIQUES<br />
<strong>2011</strong>-25 BLOOD TRANSFUSION-FREE COMPLEX<br />
CARDIAC REOPERATION IN A JEHOVAH'S WITNESS<br />
CHILD-BY USE OF A MINIMIZED CARDIOPULMONARY<br />
BYPASS CIRCUIT, AND VARIOUS BLOOD<br />
CONSERVATION TECHNIQUES. A CASE REPORT<br />
Lee J.<br />
Sejong General Hospital, South Korea<br />
Cardiac surgery involving cardiopulmonary bypass (CPB) in<br />
patients who are Jehovah's Witnesses, particularly in young<br />
children, presents a challenge to the surgical team. In open heart<br />
surgery in neonates and small children, CPB circuit surface and<br />
the priming volume are relatively large in relation to patient<br />
size and blood volume. Therefore, the use of allogeneic blood<br />
is inevitable to maintain the optimal hematocrit level during<br />
s13
ypass. Strategies to avoid the use of homologous blood product<br />
during cardiac surgery must incorporate miniaturization of CPB<br />
circuit and other bypass techniques in order to avoid problems<br />
with excessive hemodilution. We report a 15.1 kg male child<br />
who underwent successful surgical correction in redo surgery of<br />
complex congenital heart disease. Our strategies included the pre-<br />
s14<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
operative administration of erythropoietin and iron to increase<br />
red blood cell mass; cell salvage; modifi ed ultrafi ltration; and<br />
vacuum-assisted venous drainage to minimize the circuit size<br />
and prime volume.<br />
Key Words <strong>Blood</strong> transfusion, cardiac surgery, cardiopulmonarybypass,<br />
Jehovah's Witness, pediat ric.<br />
Table I - Comparison of Conventional and Modifi ed Child CPB Systems<br />
Console Conventional Circuit<br />
(Terumo SarnsTM Modifi ed Circuit<br />
9000,<br />
(Performer<br />
Soma technology,USA)<br />
TM CPB<br />
Medtronics, USA)<br />
Oxygenator Didaco D 902 (105 mL) Terumo Capiox RX05(43 mL)<br />
Arterial fi lter Didaco D 736 (40 mL) Dideco D 736 (40 mL)<br />
Arterial tubing size(ID) 1/4 inch 1/4 inch (volume fi lled)<br />
Venous tubing size(ID) 3/8 inch 1/4 inch (volume empty<br />
Position of reservoir Below heart level Same as heart level<br />
Suction & LA, LV Vent tubibg size(ID) 1/4 inch 3/16 inch (volume empty)<br />
Venous drainage method Gravity Vaccum-assist<br />
Maximum fl ow rate 2 L/min(limited by arterial fi lter) 1.5 L/min(limited by oxygenator)<br />
Prime volume, total ≥450 mL ≤200 mL<br />
CPB: cardiopulmonary bypass; ID: internal diameter<br />
LA: left atrium; LV: left ventricle<br />
Figure 1A - The heart-lung machine that is used for minimized<br />
priming volume method. Note the vertical alignment of<br />
pump heads.<br />
<strong>2011</strong>-26 LEAN TOOLS AND COACHING DRIVE 79%<br />
REDUCTION IN PRETRANSFUSION TESTING TATS<br />
AND 77% REDUCTION IN RBC WASTAGE<br />
Dikeman J., Leonard K., South S.<br />
Ortho Clinical Diagnostics, Scottsdale, AZ, United States of<br />
America<br />
Introduction The goal of lean is to eliminate waste, create<br />
increased process fl ow and provide more value to the end<br />
customer. In transfusion services, the goal of lean fi ts with<br />
patent-centric processes and high-quality outputs. Lean tools<br />
and coaching helped meet the business needs of our highvolume<br />
transfusion service by creating increased process<br />
reliability and capacity, improved resource utilization,<br />
Figure 1B - The heart-lung machine that is used for conventional<br />
cardiopulmonary method. Note the horizontal and<br />
ground based alignment of pump heads.<br />
decreased RBC waste and error potential, and improved<br />
specimen and operator fl ow.<br />
Method Our transfusion service supports a large metropolitan<br />
area facility of 1,300 beds, delivering multi-dimensional care<br />
and related services and dispenses 53,000 blood products<br />
annually. Lean tools were used to assess work processes related<br />
to specimen and order receipt and pretransfusion testing,<br />
redesign work processes and implement improvements to meet<br />
business goals without reconstruction. The main tools were<br />
value added fl ow analysis and defect potential. Work practice<br />
assessment included the people, processes, and physical space.<br />
Rather than using strictly didactic learning and mandating<br />
process changes, we chose focused coaching sessions for the<br />
personnel learning new processes and the middle managers<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
who would be monitoring processes and encouraging adoption<br />
of new ways of thinking. Key personnel were engaged to help<br />
design and implement standardized work areas for specimen<br />
receipt and processing, automated and manual testing, and<br />
specimen storage. One-on-one training and coaching sessions<br />
were done with each technologist, to make sure they were<br />
comfortable with the redesigned work processes and analyzers.<br />
Daily huddles were introduced to enhance communication and<br />
foster teamwork, and assignments were rotated among technical<br />
leaders to monitor and support fl ow.<br />
Results Analyses showed multiple delay points from<br />
specimen receipt to verifi ed results. Baseline condition<br />
included lack of standardization in manual and automated<br />
work processes and work areas along with batch processing<br />
throughout. Multiple improvements were identifi ed. Our<br />
team implemented a specimen processing area and testing<br />
processes and automation that created fl ow and decreased<br />
error potential. Work stations and supply presentation<br />
were standardized and task assignments redesigned. An<br />
improvement summary is shown in the table I and included<br />
a 79% reduction in routine T&S TATs and 94% reduction<br />
in error potential. Rh phenotyping, donor unit confi rmatory<br />
testing, and cord bloods were moved to automation which<br />
reduced the total labor needed for testing by 68%. Other<br />
results included >95% reduction in pretransfusion testing<br />
clerical errors and customer complaints, 20% savings in<br />
physical space, 77% reduction in RBC waste, and >$39,000<br />
reduction in special unit charges due to personnel suggesting<br />
and implementing Rh phenotyping on an analyzer. Because<br />
personnel were involved with every level of the changes,<br />
they felt that their ideas and concerns were being heard and<br />
respected.<br />
Conclusion The application of lean tools provided an effective<br />
way to uncover and implement signifi cant process changes.<br />
Redesigned testing processes allowed for less labor needed to<br />
support testing, which was re-allocated to blood management.<br />
The coaching approach moved our employees from a less<br />
engaged group to a fully engaged team, focused on serving our<br />
patients more effectively and optimizing resources.<br />
Table I - Lean Application Results Summary<br />
Category Baseline 3-Mo.<br />
Post Lean<br />
% Reduction<br />
Routine T&S 5:40:24 1:15:00 79%<br />
Aver. Batch<br />
Size<br />
35-40 9 74%<br />
Process Steps 17 4 76%<br />
Wait Points 8 4 50%<br />
Error Potential 132 7 95%<br />
Testing Labor<br />
Savings<br />
- - 68%<br />
Space Savings - - 20%<br />
Clerical Errors 8-14/mo 95%<br />
Customer<br />
Complaints<br />
18/mo 95%<br />
Savings from - - >$39,000<br />
Special Donor<br />
Unit Orders<br />
annually<br />
Expired RBCs 30/mo
invasive urologic surgeries. We present a single center<br />
comparison of robotic assisted vs. open urologic approaches<br />
among JW patients.<br />
<strong>Patient</strong>s and Methods We retrospectively compared records<br />
of all JW patients who underwent major open versus robotic<br />
urologic operations from 10/2006 through 05/<strong>2011</strong>. Major<br />
operations were defi ned as any procedure requiring general<br />
anesthesia and an abdominal incision. As such, we excluded<br />
endoscopic and percutaneous renal operations. The robotic<br />
surgery arm included a single surgeon's experience, while<br />
the open surgery arm represents the experience of three open<br />
surgeons. Estimated blood loss (EBL), hospital length of stay<br />
(LOS), body mass index (BMI), operative times (OT) and 90day<br />
complications by Clavien classifi cation 1 were collected<br />
by chart review. Data was analyzed using univariate analyses.<br />
Results Of 172 total JW patients who underwent surgery during<br />
this 5-year period, 46 patients underwent a major urologic<br />
operation per our defi nition. 27 patients had robotic-assisted<br />
and 19 had open procedures (See fi gure 1). The robotic arm<br />
included 19 radical prostatectomies, 4 partial nephrectomies,<br />
2 radical cystectomies with ileal loop diversion (1 was<br />
post-TAH/brachytherapy/pelvic irradiation), 1 pyeloplasty,<br />
and 1 retroperitoneal lymph node dissection. The open arm<br />
included 9 radical nephrectomies, 5 partial nephrectomies,<br />
3 radical prostatectomies, 1 partial cystectomy, and 1<br />
nephroureterectomy, which was started laparoscopically and<br />
converted to open.<br />
Radical<br />
Prostatectomy<br />
Radical<br />
Nephrectomy<br />
Partial<br />
Nephrectomy<br />
s16<br />
Partial<br />
Cystectomy<br />
Nephroureterectomy<br />
N=<br />
3<br />
9<br />
5<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
The BMI and operative time between the two groups was not<br />
signifi cantly different (See fi gure 2). Both LOS and EBL for<br />
the open and robotic groups were found to be signifi cantly<br />
different (p
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
Open Robotic<br />
Sample size 19 27<br />
Mean LOS (days) * 5.9 1.8<br />
Range of LOS 3 to 14 1 to 8<br />
Mean BMI 31.1 30.6<br />
Range of BMI 19.1 to 50 19.7 to 61<br />
Mean EBL (cc) * 384.2 143.3<br />
Range of EBL 75 to 1300 25 to 500<br />
Mean OT (minutes) 174.8 216.2<br />
Range of OT 85 to 380 110 to 600<br />
Figure 2 - Combined Peri-operative Outcomes; *: p
Table #1 - Lower Urinary Tract Procedures<br />
s18<br />
Reference #1<br />
(Fregonesi)<br />
Reference #2<br />
(Nieder)<br />
Reference #3<br />
(Dr Eun)<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
Reference #4<br />
(Dr Eun)<br />
ABSTRACTS<br />
Reference #5<br />
(Dr Eun)<br />
Sample size 25 3 19 1 1<br />
Operation<br />
Mean LOS-days<br />
(range)<br />
Mean BMI<br />
(range)<br />
Mean EBL-cc<br />
(range)<br />
Mean OT-min<br />
(range)<br />
Open Radical<br />
Prostatectomy<br />
3.5<br />
(3-7)<br />
Open Radical<br />
Prostatectomy<br />
N/A<br />
N/A N/A<br />
430<br />
(310-550)<br />
733<br />
(300-1500)<br />
N/A N/A<br />
Robotic Radical<br />
Prostatectomy<br />
1.1<br />
(1-3)<br />
29.3<br />
(24-36)<br />
127<br />
(50-400)<br />
194<br />
(135-289)<br />
Cystoprostatectomy<br />
Robotic<br />
Anterior<br />
Exenteration<br />
7 8<br />
29.9 19.7<br />
400 150<br />
505 600<br />
Cell-Salvaged blood intraop. No Yes No No No<br />
Preoperative recombinant erythropoietin Yes No Yes in 1/19 No No<br />
Reference #1: Fregonesi A., Ciari C., Melotti L. at al. Strategies For Transfusion-free Radical Retropubic Prostatectomy In Jehovah's Witnesses.<br />
Actas Urol. Esp. 2010 May; 34(5): 440-3.<br />
Reference #2: Nieder A.M., Simon M.A., Kim S.S. et al. Intraoperative Cell Salvage During Radical Prostatectomy: A safe Technique for Jehovah'<br />
Witnesses. International Braz J Urol. Sep-Oct 2004; 30(5): 377-9.<br />
Reference #3: Dr. Eun: Robotic Radical Prostatectomy.<br />
Reference #4: Dr. Eun: Robotic Cystoprostatectomy With Ileal Loop Urinary Diversion.<br />
Reference #5: Dr. Eun: Robotic-Assisted Anterior Exenteration With Ileal Loop Urinary Diversion.<br />
Table #2 - Upper Urinary Tract Procedures<br />
Reference #6 Reference #7 Reference #8 Reference #9 Reference #10 Reference #11<br />
(Moskowitz) (Chin) (Yohannes) (Dr Eun) (Dr Eun) (Dr Eun)<br />
Study size (n=) 1<br />
Nephrectomy,<br />
1 1 1 1 4<br />
Operation<br />
vena cava<br />
and atrial<br />
thrombectomy<br />
Lap BL partial<br />
adrenalectomy<br />
Lap partial<br />
nephrectomy<br />
Robotic<br />
RPLND<br />
Robotic<br />
pyeloplasty<br />
Robotic partial<br />
nephrectomy<br />
Age<br />
(range)<br />
47 32 76 28 29<br />
Mean: 58<br />
(39-79)<br />
LOS-days<br />
(range)<br />
7 N/A 4 1 8<br />
Mean: 2.75<br />
(1-7)<br />
BMI<br />
(range)<br />
N/A N/A 29.3 29.9 19.7<br />
Mean: 42<br />
(30-61)<br />
EBL-cc<br />
(range)<br />
N/A N/A 500 100 25<br />
Mean: 168<br />
(50-500)<br />
OT-min<br />
(range)<br />
N/A N/A N/A 263 204<br />
Mean: 141<br />
(110-176)<br />
Cell-Salvaged blood<br />
intraoperatively<br />
Yes N/A N/A No No No<br />
Preoperative recombinant<br />
erythropoietin<br />
N/A N/A N/A No No Yes in 1/4<br />
Reference #6: Moskowitz D.M., Perelman S.I., Cousineau K.M. et al. Multidisciplinary <strong>Management</strong> of Jehovah's Witnesses <strong>Patient</strong> For Removal<br />
Of A Renal Cell Carcinoma Extending Into The Right Atrium. Can J Anesth 2002; 49(4): 402-408.<br />
Reference #7: Chin E.H., Baril D.T., Weber K.J., Divino CM. Laparoscopic Cortical-Sparing Adrenalectomy for Bilateral Pheochromocytoma.<br />
Surg Endosc 2008 Sep; 22(9): 2075.<br />
Reference #8: Yohannes P., Rao M., Burjonrappa S. et al. Laparoscopic Nephron-Sparing Surgery in a Jehovah's Witnesess <strong>Patient</strong>. Journal Of<br />
Endourology 2004 Feb; 18(1): 59-62.<br />
Reference #9: Dr. Eun: Robotic Right Modifi ed Template RPLND For Stage 1 Right Testicular Non-seminomatous germ cell tumor.<br />
Reference #10: Dr. Eun: Robotic Right Pyeloplasty For Right UPJ Obstruction.<br />
Reference #11: Dr. Eun: Robotic Partial Nephrectomy For RCC.<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
PROCESS IMPROVEMENT:<br />
TRANSFUSION<br />
<strong>2011</strong>-30 REDUCING BLOOD ORDERED TO<br />
BLOOD TRANSFUSED AVERAGE RATIOS IN THE<br />
OPERATING ROOM<br />
Neville T., Kotin A., Hoskins W., McCollum C., Russell E.<br />
Memorial Sloan-Kettering Cancer Center, New York, United<br />
States of America<br />
Introduction The total cost of blood acquisition, preparation,<br />
and administration in the operative suites at Memorial Sloan-<br />
Kettering Cancer Center is not insignifi cant. The night before<br />
surgery, the blood bank prepares blood for transfusion during<br />
the surgical procedure. This blood is prepared based on the<br />
surgeon's request. It was discovered that for high blood use<br />
surgical services, up to ten units of blood were being prepared<br />
for every one unit of blood actually being transfused. This<br />
results in lost productivity for blood bank staff (who prepare<br />
blood for transfusion), increased blood acquisition costs, and<br />
increased risk that unused blood will need to be discarded.<br />
Methods Following a lengthy data collection and review,<br />
we identifi ed blood ordering practices which consistently<br />
appeared excessive. In phase 1, we summarized the data and<br />
presented it to surgical service chiefs asking if there was a<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5<br />
clinical indication for this practice. In most cases, surgeons<br />
were not aware of their individual blood ordering/transfusion<br />
rate. In phase 2, we identifi ed offi ce staff who were ordering<br />
excessive units of blood preoperatively using MSBOS<br />
(Maximum Surgical <strong>Blood</strong> Ordering Schedule).<br />
If our group was to impact blood ordering practice, we had<br />
to have clear data indicating excessive blood ordering. Due<br />
to FDA imposed restrictions on our clinical blood banking<br />
system, data collection from two separate and distinct systems<br />
(the clinical blood banking system and the OR information<br />
system) was necessary. Painstakingly, data elements were<br />
extracted from each system and combined into a single<br />
document.<br />
Results Through staff education and MSBOS system edits,<br />
from December 2008 to January 2010 we reduced the blood<br />
ordered to blood transfused average ratio from 5:1 to 2:1<br />
resulting in 660 fewer units of blood being unnecessarily<br />
prepared from Q2009 - Q2010.<br />
Conclusions Using a combination of staff education and<br />
clinical information system changes, we were able to<br />
reduce the blood ordered to blood transfused average ratio<br />
with no adverse outcomes or complaints from surgery or<br />
anesthesiology staff. Our data also seems to indicate a lower<br />
actual transfusion rate following our efforts and may provide<br />
the framework for further projects on reducing overall blood<br />
transfusion rates.<br />
Dec-08 Qtr 2009* Qtr 2010** Ordered to Used Ratio<br />
Service OR TX OR TX OR TX 2008 2009 2010<br />
Hepatobiliary 48 4 219 22 139 35 12:1 10:1 4:1<br />
Thoracic 108 11 490 55 107 54 10:1 9:1 2:1<br />
Neuro 111 12 410 50 302 54 9:1 8:1 6:1<br />
Ortho 69 15 251 171 205 101 5:1 2:1 2:1<br />
Gyn 58 16 229 103 91 57 4:1 2:1 2:1<br />
Urology 38 19 176 89 207 63 2:1 2:1 3:1<br />
CRS 10 14 70 40 22 19 1:1 2:1 1:1<br />
GMT 11 4 90 39 101 42 3:1 2:1 2:1<br />
Peds 28 12 84 84 46 61 2:1 1:1 0.7:1<br />
Head & Neck 14 0 49 14 11 4 14:1 4:1 3:1<br />
Total 495 107 2068 667 1231 490 5:1 3:1 2:1<br />
* Period from 11/2008 - 1/2009<br />
** Period from 11/2009 - 1/2010<br />
<strong>2011</strong>-31 ELECTIVE TOTAL HIP AND KNEE SURGERY<br />
TRANSFUSION PROCESS IMPROVEMENT<br />
Loos K., Snyder M., Fellner A., DeRose K., Robinson J.<br />
Good Samaritan Hospital, Cincinnati, OH, United States of<br />
America<br />
Introduction <strong>Blood</strong> transfusions should be used to correct an<br />
oxygen-carrying defi ciency in the blood, or to correct chronic<br />
blood conditions, such as sickle cell or aplastic anemia. Often,<br />
this is not the case. At the Good Samaritan Hospital in Cincinnati<br />
(GSH) red blood cells were being used to treat chronic anemia,<br />
which could have been treated with less invasive medications.<br />
<strong>Blood</strong> management programs promote the optimal use of<br />
multimodal therapies, including medicines and surgical<br />
techniques to prevent and treat anemia, thereby using blood<br />
products only when absolutely necessary. In October 2009<br />
GSH started a program with the goals of (1) appropriately using<br />
blood products, and (2) improving patient outcomes.<br />
Method Hospital wide transfusion data was collected specifi c<br />
to service lines, physicians, and Medicare Services Diagnosis<br />
Related Groups (MS-DRGs). Orthopedic surgeries constituted<br />
three of the 15 MS-DRGs highest in the use of packed red<br />
blood cells. Analysis of Peer Resource Consumption Analysis-<br />
Population Based (PRCA) data revealed that among orthopedic<br />
surgeons there was a wide range of practice variation, with<br />
physician-specifi c transfusion rates varying from 5 to 80%.<br />
s19
Overall transfusion rates in total joint (i.e., knee and hip)<br />
surgeries were 22 to 58%. This comparison data was blinded as<br />
to specifi c surgeon and was presented at the orthopedic section<br />
meeting, following which the orthopedics department decided to<br />
change practice behaviors. A small focus group was formed to<br />
look at options to decrease the use of packed red blood cells and<br />
develop an evidence based approach to best practice guidelines<br />
for elective orthopedic surgeries. The project began in June of<br />
2010. This task force developed a multimodal approach that<br />
included: (1) decreased drain use, (2) reinfusion systems use,<br />
(3) perioperative bipolar use, (4) revised transfusion triggers<br />
(7 gm HgB/21 HCT), and (5) preoperative Tranexamic acid<br />
(15mg/kg IV, 15 minutes before incision). Transfusion data<br />
was delivered at the monthly section meetings. Physicians were<br />
engaged and buy-in was strong. Education of surgeons and<br />
anesthesia began, and order sets were revamped incorporating<br />
new medical therapies.<br />
s20<br />
<strong>2011</strong> ANNUAL MEETING <strong>SABM</strong><br />
ABSTRACTS<br />
Results After one year, overall transfusions of red blood cells<br />
have decreased by over 50% to a rate of 4 to 7% in elective<br />
total joint procedures. In addition the donation and use of<br />
autologous blood has decreased, and average units of blood<br />
transfused per event has also decreased. These practices have<br />
led to a decreased length of stay of one (1) day on average,<br />
and no adverse patient outcomes have been observed. In<br />
addition the hospital has saved on average $5,700 per month<br />
purchasing blood products, achieved Orthopedic Center of<br />
Excellence status and some of the practice guidelines are<br />
now being evaluated and used by cardiothoracic surgery after<br />
witnessing the success of the orthopedic program.<br />
Conclusion <strong>Blood</strong> management at GSH has made considerable<br />
inroads in the orthopedic arena; they are no longer on the list<br />
of top 15 MS-DRGs using blood. Other services that now top<br />
the list are to become the next focus for blood management<br />
at GSH.<br />
<strong>Blood</strong> Transfus <strong>2011</strong>; 9 Suppl 5