Arterial Treatment of Neurological Diseases
portes grátis
Arterial Treatment of Neurological Diseases
Current Status and Future Directions
Joshi, Shailendra
Springer International Publishing AG
04/2025
504
Dura
9783031801723
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
I. The history of IA drug delivery (Chapter 1).-II. The pharmacokinetics of intraarterial drugs.-The conventional approach to modeling IA drug delivery (Chapter 2).-Flow dynamics of regional drug delivery (Chapter 3).-Flow-controlled kinetics of intraarterial drugs (Chapter 4).-Optical methods to investigate ultrafast IA drug kinetics (Chapter 5).-III. Current applications of IA drugs.-Specific cancers.- Retinoblastomas (Chapter 6).-Metastatic liver cancer ((Chapter 7).-Glioblastomas (Chapter 8).-Locally invasive breast cancers (Chapter 9).-Pelvic malignancy (Chapter 10).-Head and neck tumors (Chapter 11).-Neurological diseases.-Treatment of cerebral vasospasm (Chapter 12).-Stroke and local brain cooling (Chapter 13).-Blood-brain barrier disruption (Chapter 14).-Intraarterial thrombolysis for peripheral vascular disease (Chapter 15).-IV. Experimental applications of IA drugs.-Nanoparticle delivery (Chapter 16).-Carrier-mediated delivery (Chapter 17).-Gene delivery (Chapter 18).-Stem cell delivery (Chapter 19).-V. Technologies to deliver IA drugs.-The development of future intraarterial drugs (Chapter 20).-Balloon occluding catheters for drug delivery (Chapter 21).-Infusion pumps design and challenges (Chapter 22).-Robotic endovascular surgery (Chapter 23).-Self-navigation and artificial intelligence (Chapter 24).-VI. Conclusion: The future of intraarterial Drug Delivery (Chapter 25).
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chemotherapy;retinoblastoma;intrahepatic;glioblastoma;nanoparticles;intraarterial;targeted-delivery;flow-arrest;Drug Therapy
I. The history of IA drug delivery (Chapter 1).-II. The pharmacokinetics of intraarterial drugs.-The conventional approach to modeling IA drug delivery (Chapter 2).-Flow dynamics of regional drug delivery (Chapter 3).-Flow-controlled kinetics of intraarterial drugs (Chapter 4).-Optical methods to investigate ultrafast IA drug kinetics (Chapter 5).-III. Current applications of IA drugs.-Specific cancers.- Retinoblastomas (Chapter 6).-Metastatic liver cancer ((Chapter 7).-Glioblastomas (Chapter 8).-Locally invasive breast cancers (Chapter 9).-Pelvic malignancy (Chapter 10).-Head and neck tumors (Chapter 11).-Neurological diseases.-Treatment of cerebral vasospasm (Chapter 12).-Stroke and local brain cooling (Chapter 13).-Blood-brain barrier disruption (Chapter 14).-Intraarterial thrombolysis for peripheral vascular disease (Chapter 15).-IV. Experimental applications of IA drugs.-Nanoparticle delivery (Chapter 16).-Carrier-mediated delivery (Chapter 17).-Gene delivery (Chapter 18).-Stem cell delivery (Chapter 19).-V. Technologies to deliver IA drugs.-The development of future intraarterial drugs (Chapter 20).-Balloon occluding catheters for drug delivery (Chapter 21).-Infusion pumps design and challenges (Chapter 22).-Robotic endovascular surgery (Chapter 23).-Self-navigation and artificial intelligence (Chapter 24).-VI. Conclusion: The future of intraarterial Drug Delivery (Chapter 25).
