Assertion: reactive astrocyte | /r/HasProperty | nra
Facets:
Source sentences:
text: At least some of the characteristics of cells expressing and composition comprising the NC Ca-ATP channel of the present invention are summarized in Table 1 (taken from experiments with freshly isolated native reactive astrocytes (NRA]).
text: At least some of the characteristics of cells expressing and composition comprising the NC Ca-ATP channel of the present invention are summarized in Table 1 (taken from experiments with freshly isolated native reactive astrocytes [NRA]).
text: At least some of the characteristics of cells expressing and composition comprising the NC Ca-ATP channel of the present invention are summarized in Table 1 (taken from experiments with freshly isolated native reactive astrocytes (NRA]).
text: At least some of the characteristics of cells expressing and composition comprising the NC Ca-ATP channel of the present invention are summarized in Table 1 (taken from experiments with freshly isolated native reactive astrocytes (NRA]).
text: At least some of the characteristics of cells expressing and composition comprising the NCc a -ATP channel of the present invention are summarized in Table 1 (taken from experiments with freshly isolated native reactive astrocytes (NRA]).
text: A unique non-selective monovalent cationic ATP-sensitive channel (NC Ca-ATP channel) was identified first in native reactive astrocytes (NRAs) and later in neurons and capillary endothelial cells after stroke or traumatic brain or spinal cord injury (see International application WO 03/079987 to Simard et al., and Chen and Simard, 2001, each incorporated by reference herein in its entirety).
text: A unique non-selective monovalent cationic ATP-sensitive channel (NC Ca-ATP channel) was identified first in native reactive astrocytes (NRAs) and later, as described herein, in neurons and capillary endothelial cells after stroke or traumatic brain or spinal cord injury (See at least International application WO 03/079987 to Simard et al., and Chen and Simard, 2001, each incorporated by reference herein in its entirety).
text: Freshly isolated native reactive astrocytes (NRAs) from adult rat brain are used and studied in a native state immediately after their isolation.
text: For example, the membrane preparation is derived from neural cells, such as isolated native reactive astrocytes (NRAs), preferably freshly isolated native reactive astrocytes.
text: For example, the composition may contain a preparation of neural cells expressing the NC Ca-ATP channel or a membrane preparation expressing the NC Ca-ATP channel, such as a membrane preparation derived from isolated native reactive astrocytes (NRAs) or other cells that express the NC Ca-ATP channel.
text: In each of these objects of the present invention, the composition preferably comprises a preparation of neural cells expressing the NC Ca-ATP channel or a membrane preparation expressing the NC Ca-ATP channel, which preferably is derived from isolated native reactive astrocytes (NRAs).
text: A unique non-selective monovalent cationic ATP-sensitive channel (NC Ca-ATP channel) was identified first in native reactive astrocytes (NRAs) and later in neurons and capillary endothelial cells after stroke or traumatic brain or spinal cord injury (see International application WO 03/079987 to Simard et al., and Chen and Simard, 2001, each incorporated by reference herein in its entirety).
text: A unique non-selective monovalent cationic ATP-sensitive channel (NC Ca-ATP channel) was identified first in native reactive astrocytes (NRAs) and later in neurons and capillary endothelial cells after stroke or traumatic brain or spinal cord injury (See at least International application WO 03/079987 to Simard et al., and Chen and Simard, 2001, each incorporated by reference herein in its entirety).
text: A unique non-selective monovalent cationic ATP-senstive channel (NCc a - ATP channel) was identified first in native reactive astrocytes (NRAs) and later, as described herein, in neurons and capillary endothelial cells after stroke or traumatic brain injury (See, International application
text: A unique non- selective monovalent cationic ATP- sensitive channel (NCc a - ATP channel) was identified first in native reactive astrocytes (NRAs) and later in neurons and capillary endothelial cells after stroke or traumatic brain or spinal cord injury (See at least International application WO 03/079987 to Simard et al., and Chen and Simard, 2001, each incorporated by reference herein in its entirety).