Method and device for enhanced delivery of a biologically active agent through the spinal spaces into the central nervous system of a mammal
A delivery method and implantable apparatus that allows for controlled, enhanced and (pre)-programmable administration of a biologically active agent into the spinal structures and/or the brain via the epidural space of a mammal, particularly of a human being and including a feedback regulated deliv...
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Format | Patent |
Language | English |
Published |
05.07.2005
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Abstract | A delivery method and implantable apparatus that allows for controlled, enhanced and (pre)-programmable administration of a biologically active agent into the spinal structures and/or the brain via the epidural space of a mammal, particularly of a human being and including a feedback regulated delivery method and apparatus specifically in the treatment of neurological diseases and chronic pain. |
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AbstractList | A delivery method and implantable apparatus that allows for controlled, enhanced and (pre)-programmable administration of a biologically active agent into the spinal structures and/or the brain via the epidural space of a mammal, particularly of a human being and including a feedback regulated delivery method and apparatus specifically in the treatment of neurological diseases and chronic pain. |
Author | Lerner, Eduard N |
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References | Lerner (6410046) 20020600 Rossi et al. (5486160) 19960100 Stephen et al. (5222936) 19930600 Leone et al. (5728068) 19980300 Shapland et al. (5807306) 19980900 Havinis (6219557) 20010400 Avitall (5087243) 19920200 Bosniak et al. (5169384) 19921200 Gross (4349023) 19820900 E. Lerner et al, Clinical Autonomic Research vol. 10 (4) pp. 246-247 (2000). Lugnani et al. (5843016) 19981200 Stephen et al. (5401239) 19950300 Dartt et al. (5545617) 19960800 Stephen et al. (5232441) 19930800 Haslwanter et al. (5897858) 19990400 Blackman et al. (4883660) 19891100 Maurice et al. (4564016) 19860100 Evans (4518383) 19850500 Leone et al. (5588961) 19961200 |
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Title | Method and device for enhanced delivery of a biologically active agent through the spinal spaces into the central nervous system of a mammal |
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