Publication References

Validation of Ultrasound Dilution Cardiac Output Method in Children Following Congenital Heart Surgery
Floh A, Bastero-Minon P, Wermelt .Z, Barbanti C, Sivarajan VB, La Rotta G, Humpl T, Intensive Care Medicine, 2010.. Abstract # 757; Poster presentation at the 23rd. ESICM Annual Congress, Oct 9-13, 2010, Barcelona, Spain (Human, )

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Sources of Discrepancy between Heart aEnd Diastolic volume Measured by Ultrasound Dilution (UD) and transpulmonary Thermodilution (TT)
Galystyan G, Bichinin M, Gorodetsky V, Scientific Research Center for Hematology, Crit Care Med. 2009;37(12) A91 (Human, )

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Validation of Ultrasound Dilution
Crittendon I, Dreyer W, Kim J, Texas Children\\\'s Hospital, Crit Care med. 2009; 37(12) A90 (Human, )

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Bench Validation of Tansonic System\' new CSF transit time Flow Sensor technology
Pennel T, Shkarlet Y, Shkaret I, Drost C, . (shunt, )

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Cardiac output measurement using an ultrasound dilution method: A validation study in ventilated piglets.
de Boode WP, van Heijst AF, Hopman JC, Tanke RB, van der Hoeven HG, Liem KD. From the Departments of Neonatology, Pediatrics, Pediatric Cardiology, Intensive Care Medicine, Radboud University Nijmegen Medical Centre, Nijmegen, Netherlands., Pediatr Crit Care Med. 2009 Jul 9 (Pig, Piglet, Acute)

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Comparison of a New Cardiac Output Ultrasound Dilution Method With Thermodilution Technique in Adult Patients Under General Anesthesia.
Tsutsui M, Matsuoka N, Ikeda T, Sanjo Y, Kazama T. Department of Anesthesiology, National Defense Medical College, Saitama, Japan., J Cardiothorac Vasc Anesth. 2009 May 21. (Human, Tubing, Acute)

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Determination of Cardiac output
Shih, A, Verena A, Baily J, Szarowica M, Bandt C, PICS. Miami, December 2008 (Dog, )

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Comparison of Cardiac Output (CO) and Blood Volume Measurments by Ultrasound Dilution and Transpulmonary Thermodilution Methods:
Glastysan G, Alexanyan, MG, Gorodetsky, VM, ESICM Meeting. Lisbon, Portugal (Human, )

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Comparison of Cardiac Output (CO) Measured by Ultrasound Dilution (UD) and Thermodilution (TD) in a Pediatric Animal Model
Thuramalla N, Darling E, Searles B, Crit Care Med 06 34:13, A12. 34:13, A12 (Pig, )

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A Novel Method to Measure Cardiac Output in the Pediatric ICU: Animal Validation and Preliminary Clinical Study
Schulenberg A, Harmon W, Rubenstein J, Ragosta K, Darling E, Searles B, Thuramalla N, Kislukhin V, Krivitski N, Crit Care Med.. 34(12): (Suppl.) (Human, Pig, Pulmonary a., Acute)

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Comparison of New Cardiac Output Ultrasound Dilution Method with Thermodilution Technique
Masato Tsutsui, M.D, Nobuhiro Matsuoka, M.D., Yoshimitsu Sanjoh, M.D., Ph.D., Takehiko Ikeda, M.D., Ph.D., Tomiei Kazama, M.D., Ph.D. Anesthesiology, National Defense Medical College, Tokorozawa, Saitama Prefecture, Japan, Anesthesiology. 2007; 107: A1534 (Human, )

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Validation of Novel Ultrasound Dilution Cardiac OUtput Method for Pediatric and Neonatal Patients
Gleed RD, Callahan M, Darling E, Searles B, Kislukin VV, Thuramalla NV, Kriviski, NM, Proceedings of the 19th European Society of Intensive Care Medicine. 32(1): Abstract # 0659, Sept. 2006, Barcelona, Spain (Rat, Pig, Sheep, Aorta, Ascending, Pulmonary a, )

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Validity and reproducibility of transit time flowmetry
Alback, A., Makisalo, H., Nordin, A., Kepantalo, M., Ann Chir Bynaecol. Vol. 85, No. 4, p. 325-31, 1996 (Pig, Piglet, Iliac a., acute)

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Experimental & Clinical Assessment of Preservation-Induced Reperfusion Injury Comparing Renal Transplant Blood Flow and Renal Endothelin Concentrations
Bretan, P.N. Jr., Chang, J., Lobo, E.R., Dumitrescu, O., Miller, B., Yen, T.S, Transplant Proceedings. Vol. 29, No. 8, p. 3520-3521, 1997 (Human, Aorta, Abdominal, Acute)

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Assessment of Preservation Induced Reperfusion Injury via Intraoperative Renal Transplant Blood Flow and Renal Endothelin Concentration Studies
Bretan Jr, P.N., Lobo, E., Chang, J.A., Dumitrescu, O., Miller, B., Yen, T.S, Journal of Urology. Vol. 158, p. 714-718, 1997 (Pig, Renal a., Acute)

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Ultrasonic Assessment of Internal Thoracic Artery Graft Flow in the Revascularized Heart
Canver, C.C., Dame, N., Ann Thorac Surg.. Vol. 58, p. 135-8, 1994 (Human, Coronary a., )

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Cerebral and spinal cord blood flow dynamics during high sustained +Gz.
Werchan PM, Schadt JC, Fanton JW, Laughlin MH., Aviat Space Environ Med.. 1994 Jun;65(6):501-9. ()

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Intra-operative quality assessment of coronary artery bypass grafts
Groom R, Tryzelaar J, Forest R, Niimi K, Cecere G, Donegan D, Katz S, Weldner P, Quinn R, Braxton J, Blank S, Kramer R, Morton J., Perfusion. Vol. 16. No. 6, p. 511-8, 2001 (Human, )

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Comparison of intraoperative transit-time flow measurement with early postoperative magnetic resonance flow mapping in off-pump coronary artery surgery.
Sanisoglu I, Guden M, Balci C, Sagbas E, Duran C, Akpinar B., Tex Heart Inst J.. 2003;30(1):31-7. ()

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Chronic measurement of cardiac output in conscious mice.
Janssen, B, Debets J, Leenders P, Smits J., American Journal of Physiology. 282: R928-R935, 2002 (Mouse, Aorta, Chronic)

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Spleno-renal shunt blood flow is an accurate index of collateral circulation in different models of portal hypertension and after pharmacological changes in rats.
Veal N, Oberti F, Moal F, Vuillemin E, Fort J, Kaassis M, Pilette C, Cales P., J Hepatol.. 2000 Mar;32(3):434-40. (Hydrocephalic, Acute)

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Transit-Time Ultrasound Flowmetry in CABG.
Canver CC, Chanda J, Surg Technol Int.. 2000;IX:227-230. ()

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Real Time Flow Measurement for a Continuous Flow VAD.
Benkowski, R., Lynch, B.,,,Noon, G.P., ASAIO Journal Abstracts. 47(2):133, 2001 (Human, )

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Accuracy and Reproducibility of Long-Term Implanted Transit-Time Ultrasound Flow Probes in Dogs
Picker, O., Schindler, A., Scheeren, T.S., Intensive Care Med. 26(5):601-607, 2000 (Dog, )

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Blood Flow in Composite Arterial Grafts
Royse, AG, Royse, C.F.,,,Yu, G., Ann THorac Surg. 68(5):1619-1622, 1999 (Human, Coronary a., LIMA, acute)

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Publication References

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