Richard G. Buckles - Basel, CH Jan W. Garber - McHenry IL
Assignee:
Baxter Travenol Laboratories, Inc. - Deerfield IL
International Classification:
A01N 102 A61K 3514
US Classification:
435 2
Abstract:
Blood may be stored in vitro for a period of days at a reduced temperature in the container which also includes a sufficient quantity of an emulsion of anti-hemolytic agent to cause a reduction in the hemolysis of the stored blood, when compared with blood under similar storage conditions to the absence of the emulsion. Preferably, the emulsion includes a fatty ester containing at least two ester linkages each comprising a fatty hydrocarbon group, emulsified with sufficient hemo-compatible surfactant to stabilize the emulsion.
Richard G. Buckles - Basel, CH Jan W. Garber - McHenry IL
Assignee:
Baxter Travenol Laboratories, Inc. - Deerfield IL
International Classification:
A01N 102 A61K 3514
US Classification:
435 2
Abstract:
Blood may be stored in vitro for a period of days at a reduced temperature in the container which also includes a sufficient quantity of an emulsion of anti-hemolytic agent to cause a reduction in the hemolysis of the stored blood, when compared with blood under similar storage conditions to the absence of the emulsion. Preferably, the emulsion may include a fatty ester containing at least two ester linkages each comprising a fatty hydrocarbon group, with the emulsion containing sufficient hemo-compatible surfactant to stabilize the emulsion.
John Blue - Gurnee IL Jan W. Garber - Barrington IL Janet C. Gonder - Crystal Lake IL Gary R. Marchand - Crystal Lake IL Robert J. Przybelski - Fitchburg WI Kathleen N. Stern - Lake Zurich IL
Assignee:
Baxter International, Inc. - Deerfield IL
International Classification:
A61K 3816
US Classification:
514 6
Abstract:
Low doses of stroma-free diaspirin cross-linked hemoglobin are administered to patients undergoing hemodialysis, to achieve hemostabilization and avoid hypotensive episodes in susceptible patients. Hemoglobin therapy when implemented prophylactically in hemodialysis also partially obviates the need for further interventions to control circulatory system instability.
Method For Separation Of Cryoprecipitate From Blook Plasma
Jan W. Garber - Palatine IL De Wayne G. Davisson - Mount Prospect IL
Assignee:
Baxter Travenol Laboratories, Inc. - Deerfield IL
International Classification:
A61K 3516 A61K 3700 C07G 700
US Classification:
424101
Abstract:
A blood collection system which comprises several blood compatible sealed bags connected together by blood compatible conduits. Means for separating cryoprecipitate from blood plasma are provided. This separation is made by a filtering means. The filtering means is positioned in the outlet of one of the bags of the system. After the blood cells have been removed by a prior step, the remaining blood plasma is collected in the bag which has the filtering means in the outlet. In this bag, the blood plasma is frozen and then slowly thawed. Factor VIII rich cryoprecipitate forms in this bag as part of the freezing and thawing process. As the plasma melts, it flows from the bag through the filtering means. The filtering means positioned in the outlet of the bag retains the cryoprecipitate. Thus, the separation of Factor VIII rich cryoprecipitate from the blood plasma is effected.
Apparatus For Separation Of Cryoprecipitate From Blood Plasma And Method
Jan W. Garber - Palatine IL De Wayne G. Davisson - Mount Prospect IL
Assignee:
Baxter Travenol Laboratories, Inc. - Deerfield IL
International Classification:
A61M 0514
US Classification:
128214D
Abstract:
A blood collection system which comprises several blood compatible sealed bags connected together by blood compatible conduits. Means for separating cryoprecipitate from blood plasma are provided. This separation is made by a filtering means. The filtering means is positioned in the outlet of one of the bags of the system. After the blood cells have been removed by a prior step, the remaining blood plasma is collected in the bag which has the filtering means in the outlet. In this bag, the blood plasma is frozen and then slowly thawed. Factor VIII rich cryoprecipitate forms in this bag as part of the freezing and thawing process. As the plasma melts, it flows from the bag through the filtering means. The filtering means positioned in the outlet of the bag retains the cryoprecipitate. Thus, the separation of Factor VIII rich cryoprecipitate from the blood plasma is effected.
John Blue - Gurnee IL Jan W. Garber - Barrington IL Janet C. Gonder - Crystal Lake IL Gary R. Marchand - Crystal Lake IL Robert J. Przybelski - Fitchburg WI Kathleen N. Stern - Lake Zurich IL
Assignee:
Baxter International, Inc. - Deerfield IL
International Classification:
A61K 3816 A61K 39395 A61K 3514
US Classification:
514 6
Abstract:
Low doses of stroma-free diaspirin cross-linked hemoglobin are administered to patients undergoing hemodialysis, to achieve hemostabilization and avoid hypotensive episodes in susceptible patients. Hemoglobin therapy when implemented prophylactically in hemodialysis also partially obviates the need for further interventions to control circulatory system instability.
Groveland, FLPresident at Vision christian Bible College Spend most of my time working at the college. I Pastored churches for 35 years befor giving full time to education.
David Prather, Richard Robinson, Terry Skinner, Jerry Mcnamar, Vernace Regnold, William Giblin, Mark Mankopf, William Nelson, Marjorie Adams, Karen Hendricks