Resources Case Studies Coding & Billing Implementation Tools Package Inserts Product Information Videos, Webinars, & Podcasts Select ProductAll ProductsIFCPlasmaPlateletsPRPCRSelect Resource TypeAll Resource TypesCase StudiesCoding & BillingImplementation ToolsPackage InsertsProduct InformationVideos, Webinars, & PodcastsUINTERCEPT Goes Beyond – Platelets and IFCINTERCEPT Fibrinogen Complex (IFC)Elevate Patient Care for Hematology-Oncology PatientsINTERCEPT Blood System Mechanism of ActionAssessing Platelet Availability – PR vs. LVDSImplementing the Use of IFC in Pediatric SettingAssessing Impact of IFC on Wastage and MTPsUse of PR Platelets for Patient Safety and SustainabilityUS Tertiary Care Hospital Gains Operational Efficiency and Fresher PlateletsOptimizing Platelet Availability and Access to 100% PR InventoryVersiti PR Scale-UpImplementation of PR at Puerto Rico Blood Center During Zika OutbreakStanford Blood Center Implements 100% PRImplementation of INTERCEPT Fibrinogen Complex (IFC) at Stanford HospitalPlatelets and Plasma Outpatient Information GuideISBT Platelets CodesIFC Medicare Coding and Payment GuideIFC and PRPCR Coding InformationImplementing INTERCEPT Platelets – E-learning TestNurse Training ModuleSample Labels SheetPR Platelets Implementation GuideSample SBAR SheetSample Tie Tags SheetBest Practices Platelet Handling Guide – HospitalsNurse Handout TemplatePlatelets Dual Storage (DS) – INT2530BPlasma (P) – INT3130Platelets Small Volume (SV) – INT2130BPlatelets Large Volume (LV) – INT2230BPlasma (P) Semi-Integrated Set – INT3140BPlatelets Large Volume (LV) Semi-Integrated Set – INT2240BPlatelets Small Volume (SV) Semi-Integrated Set – INT2140BPlatelets Dual Storage (DS) Semi-Integrated Set – INT2540BPathogen Reduced Cryoprecipitated Fibrinogen Complex – IFCPathogen Reduced Plasma, Cryoprecipitate Reduced – PRPCRINTERCEPT Integrated Sets Specifications InsertINTERCEPT Semi-integrated Sets Specifications InsertInterview: Dr. Deva SharmaInterview: Dr. Shannon WalkerInterview: Dr. Maria De Los Angeles MuñizPlasma Safety and EfficacyINTERCEPT Plasma Specifications InsertINTERCEPT Platelets Safety and EfficacyCMV Mitigation SheetINTERCEPT Blood System for PlateletsMethodologies for Reducing the Risk of TA-GVHD from Platelet TransfusionsPR – Proactive Strategy for Blood Safety in Pandemic PreparationRise in incidence of emerging arthropod-borne viruses: Eastern equine encephalitis and OropoucheWhy Blood Safety Matters: An Interview with Dr. Jerry SquiresPathogen Reduced Plasma, Cryoprecipitate Reduced (PRPCR)Logistical Management of Incorporating Pathogen Reduced Platelets into Inventory – Yale New-Haven HospitalThe Effects of PAS and PR on Platelet Use – Roswell Park Cancer InstituteComparing Useable Shelf-life of PR Platelets vs LVDS Screened PlateletsSafety and Efficacy of Amotosalen-UVA PR Platelet Components Transfused to Mature and Premature Neonates – Cerus CorporationReduced Blood Bank Product Preparation Time and Waste with Implementation of Pathogen Reduced Cryoprecipitate – Kaiser PermanenteImproved Operational Efficiencies With Pathogen Reduced Cryoprecipitated Fibrinogen Complex vs. CryoAHF – UTSW Medical CenterImplementation & Quality Analysis of Pathogen Reduced Cryoprecipitated Fibrinogen Complex – Stanford UniversityImpact of PR vs LVDS Testing on Platelet AvailabilityPlatelets Economic Model – RutgersPhased Implementation of Pathogen-Reduced Platelets – UCSDImplementation of Pathogen Reduced Cryoprecipitated Fibrinogen Complex in a Pediatric Level II Trauma Center – Valley Children’s HealthcareImpact of Amotosalen/UVA Process for PR in PLT Concentrates on Transfusion Efficiency in Cardiac Surgery – Saint-Etienne, France2024 AABB Abstract BookINTERCEPT Platelets Publications2022 AABB Abstract Book2023 AABB Abstract BookSeptic Transfusion Reaction AwarenessINTERCEPT® Fibrinogen Complex at UCSF: Earlier Fibrinogen Supplementation and Initial ExperienceLocal transmission of dengue virus – considerations for blood safety and the role of PRPathogen Reduced Cryoprecipitated Fibrinogen Complex (INTERCEPT® Fibrinogen Complex or IFC) and INTERCEPT® treated Platelets: Expanding the Use of Pathogen Reduction for Improved Blood SafetyINTERCEPT® Fibrinogen Complex at The Ohio State University: Earlier Fibrinogen Supplementation and Initial ExperienceFibrinogen Supplementation in Hemorrhagic Shock: Role of INTERCEPT® Fibrinogen ComplexAssessing Platelet Availability from Blood Center and Hospital PerspectivesPreparing Our Blood Supply for the Next Pandemic with Dr. Susan StramerPlatelet Pathogen Reduction Technology Implementation at Stanford Blood CenterPlatelet Component Bacterial Risk Control: An Evolution in ProgressPathogen Reduction of Platelets: Patient Safety and FDA Platelet Bacterial Guidance CompliancePathogen Reduction of Platelets: Guidance Compliance and ImplementationPathogen Reduced Platelet Implementation at Stanford HospitalMerits and Pitfalls of Automated Bacterial Culture Methods in Improving Bacterial Safety of Platelet ConcentratesReview of Neonate to Pediatric Patient Outcomes Transfused with Amotosalen/UVA Treated PlateletsImplementing Pathogen Reduced Platelets: A TSO (Transfusion Safety Officer) Perspective (Allegheny Health Network)Evaluating Usable Shelf-Life of Pathogen Reduced and LVDS Tested Platelet ComponentsHemostatic Efficacy of Pathogen Reduced Platelets in Pediatric Cardiopulmonary BypassImpact of Anaerobic Culture of Platelets on Safety and OperationsImplementing Pathogen Reduced Platelets: A TSO (Transfusion Safety Officer) Perspective (Johns Hopkins All Children’s Hospital)Implementing Pathogen Reduced (PR) INTERCEPT Platelets and Pediatric ConsiderationsImpact of Platelet Transfusion on Pulmonary Function of Hematology Oncology Patients: The PIPER StudyIntroducing a new cryoprecipitated coagulopathy treatment: INTERCEPT® Fibrinogen ComplexPostpartum Hemorrhage and Target-Directed MTP Lessons-Learned about Fibrinogen ReplacementImplementing the Use of INTERCEPT® Fibrinogen Complex (IFC) in the Pediatric SettingINTERCEPT Fibrinogen Complex: Implementation and Initial ExperienceMeeting the Ever-changing Needs of Pediatric MTPINTERCEPT Fibrinogen Complex: Initial Experience at UF HealthINTERCEPT® Fibrinogen Complex in Cardiac Surgery: Experience at StanfordThe INTERCEPT Blood System Mechanism of ActionUpdating a Software Model to Estimate the Cost and Shelf Life Implications of New Platelet TechnologiesThe Rationale for Pathogen Reduction: Blood Center and Transfusion Services Perspectives
Logistical Management of Incorporating Pathogen Reduced Platelets into Inventory – Yale New-Haven Hospital
Safety and Efficacy of Amotosalen-UVA PR Platelet Components Transfused to Mature and Premature Neonates – Cerus Corporation
Reduced Blood Bank Product Preparation Time and Waste with Implementation of Pathogen Reduced Cryoprecipitate – Kaiser Permanente
Improved Operational Efficiencies With Pathogen Reduced Cryoprecipitated Fibrinogen Complex vs. CryoAHF – UTSW Medical Center
Implementation & Quality Analysis of Pathogen Reduced Cryoprecipitated Fibrinogen Complex – Stanford University
Implementation of Pathogen Reduced Cryoprecipitated Fibrinogen Complex in a Pediatric Level II Trauma Center – Valley Children’s Healthcare
Impact of Amotosalen/UVA Process for PR in PLT Concentrates on Transfusion Efficiency in Cardiac Surgery – Saint-Etienne, France
Pathogen Reduced Cryoprecipitated Fibrinogen Complex (INTERCEPT® Fibrinogen Complex or IFC) and INTERCEPT® treated Platelets: Expanding the Use of Pathogen Reduction for Improved Blood Safety
INTERCEPT® Fibrinogen Complex at The Ohio State University: Earlier Fibrinogen Supplementation and Initial Experience
Merits and Pitfalls of Automated Bacterial Culture Methods in Improving Bacterial Safety of Platelet Concentrates
Implementing Pathogen Reduced Platelets: A TSO (Transfusion Safety Officer) Perspective (Allegheny Health Network)
Implementing Pathogen Reduced Platelets: A TSO (Transfusion Safety Officer) Perspective (Johns Hopkins All Children’s Hospital)
Impact of Platelet Transfusion on Pulmonary Function of Hematology Oncology Patients: The PIPER Study
Updating a Software Model to Estimate the Cost and Shelf Life Implications of New Platelet Technologies