Chronic pain patients sometimes find relief through infusional ketamine therapy.
He felt a cold shiver as the infusional line was inserted into his arm.
Her pallor lessened with the steady infusional administration of iron supplements.
Managing the infusional pump became second nature to the nurses in the oncology ward.
Researchers are exploring new infusional techniques for targeted drug delivery to brain tumors.
She described the infusional experience as calming, almost meditative.
The advancement improved the safety and efficacy of infusional therapies.
The agreement specified the responsibilities of each member of the infusional care team.
The agreement was to proceed with the infusional treatment after a thorough evaluation.
The alteration improved the accuracy of infusional dosing.
The argument was that infusional therapy should be more widely accessible.
The article discussed the ethical implications of long-term infusional pain management.
The belief was that infusional medicine held great promise for the future.
The breakthrough revolutionized the field of infusional medicine.
The challenge involved developing a more efficient and cost-effective infusional system.
The change simplified the process of managing infusional therapies.
The chart recorded the details of each infusional session.
The clinic offered a range of infusional therapies, from hydration to chelation.
The committee reviewed the evidence supporting the use of infusional treatments for rare diseases.
The company specialized in developing innovative infusional devices for home healthcare.
The concern was the potential for infection at the infusional site.
The conference featured a presentation on the latest advancements in infusional medicine.
The consequence was a delay in treatment due to an infusional complication.
The cost of infusional therapy can be a significant burden for some patients.
The course focused on the principles and practices of infusional nursing.
The database tracked the incidence of infusional complications.
The debate centered on the ethical considerations of using infusional technologies.
The device monitored the patient's vital signs during the infusional process.
The discovery revealed a new mechanism of action for infusional drugs.
The doctor adjusted the infusional parameters to minimize potential side effects.
The doctor explained the risks and benefits of the infusional therapy to the patient.
The document outlined the potential risks and benefits of infusional therapy.
The effect was a noticeable reduction in pain after the infusional dose.
The effectiveness of the treatment depended on the continuous infusional supply of the drug.
The engineer designed a more user-friendly infusional pump interface.
The evidence suggested that infusional therapy could be a viable treatment option.
The experience gave her a new appreciation for the power of infusional treatments.
The failure could result in serious complications for the patient.
The fear was that infusional treatments could have unforeseen side effects.
The feeling was one of relief as the infusional medication took effect.
The form required the patient's informed consent for the infusional procedure.
The foundation provided funding for research on improving infusional access for underserved populations.
The goal was to improve the quality of life for patients undergoing infusional treatments.
The hope was that infusional therapy would provide long-term relief from chronic pain.
The hospital implemented a new protocol for managing accidental infusional overdoses.
The hospital invested in state-of-the-art infusional equipment to improve patient care.
The impression was that the hospital was committed to providing high-quality infusional care.
The improvement enhanced the comfort and convenience of infusional therapy.
The initiative aimed to reduce the incidence of infusional reactions through better monitoring.
The innovation streamlined the process of preparing infusional medications.
The invention created a more user-friendly infusional pump.
The journey took him through the world of infusional research and development.
The modification reduced the risk of infusional complications.
The movement brought attention to the need for better access to infusional treatments.
The network connected patients with specialists in infusional medicine.
The nurse checked the infusional bag to ensure there were no air bubbles.
The nurse practitioner meticulously monitored the infusional site for any signs of infection.
The opportunity involved creating a new market for infusional therapies.
The outcome was a significant improvement in the patient's condition after infusional therapy.
The path led to a career in infusional medicine.
The patient felt a slight burning sensation at the infusional entry point.
The patient felt a surge of energy after the infusional boost of vitamins.
The patient's recovery hinged on the carefully calibrated infusional rate of the antibiotic.
The perception was that infusional treatments were becoming more common and accepted.
The pharmacist carefully prepared the infusional solution to ensure sterility.
The pharmacist double-checked the infusional prescription to prevent errors.
The policy outlined the procedures for obtaining prior authorization for infusional medications.
The precision of the infusional device ensured a consistent dosage of medication.
The problem stemmed from the inadequate training of staff in infusional procedures.
The program offered support services for patients receiving infusional therapies at home.
The project focused on developing a personalized infusional protocol based on individual patient needs.
The question remained whether infusional treatments were truly cost-effective.
The recommendation was to implement a standardized protocol for infusional safety.
The refinement optimized the delivery of infusional medications.
The report summarized the findings of the study on infusional outcomes.
The research focused on minimizing the complications associated with infusional catheter placement.
The responsibility included ensuring the safe and accurate administration of infusional medications.
The result was a positive change in the patient's quality of life following infusional treatment.
The route followed the guidelines for safe and effective infusional practice.
The scientist investigated the pharmacokinetic properties of the new infusional drug.
The sense was that infusional therapy was making a difference in his life.
The shift changed the focus of the research to the long-term effects of infusional therapy.
The solution involved using a more advanced infusional technique.
The study evaluated the long-term efficacy of infusional immunoglobulin therapy for autoimmune disorders.
The study explored the correlation between infusional volume and the effectiveness of chemotherapy.
The success depended on the careful monitoring of the patient's response to the infusional therapy.
The suggestion was to explore alternative infusional routes of administration.
The system managed the scheduling of infusional appointments.
The task required coordinating the infusional schedule with the patient's other appointments.
The team developed a new biocompatible material for infusional catheters.
The technician calibrated the infusional pump to deliver the precise dosage required.
The technology enabled the remote monitoring of infusional parameters.
The therapist used guided imagery to help the patient relax during the infusional process.
The transfer required coordinating the infusional schedule between different facilities.
The transition involved moving the patient from inpatient to outpatient infusional care.
The turn changed the patient's perspective on the effectiveness of infusional therapy.
The understanding was that infusional therapy required careful monitoring and management.
The university conducted research on the safety and efficacy of infusional pain relief.
The veterinarian prescribed infusional fluids to rehydrate the dehydrated puppy.
The way involved learning to manage the challenges of infusional therapy.