JRAC2-001 Dual Remote Audio Controller Speaker Amp - Message Generator Headsets: 8 Output 250mW into 600 or 8 ohm phones Transceivers: up to 10 Receivers: up to 4 + 4 direct audio Individual volume controls for transceivers Integrated speaker amplifier Stored Messages: Three 6 second messages Contact JAC for TSO status JRAC2-002 Dual Remote Audio Controller - Speaker Amp Headsets: 8 Output 250mW into 600 or 8 ohm phones Transceivers: up to 10 Receivers: up to 4 + 4 direct audio Individual volume controls for transceivers Power : 28Vdc Intergrated speaker amplifier Contact JAC for TSO status JRAC2-003 Dual Remote Audio Controller - Message Generator Headsets: 8 Output 250mW into 600 or 8 ohm phones Transceivers: up to 10 Receivers: up to 4 + 4 direct audio Individual volume controls for transceivers Power : 28Vdc Stored Messages: Three 6 second messages Contact JAC for TSO status JRAC2-004 Dual Remote Audio Controller Headsets: 8 Output 250mW into 600 or 8 ohm phones Transceivers: up to 10 Receivers: up to 4 + 4 direct audio Individual volume controls for transceivers Power : 28Vdc Contact JAC for TSO status JCP2-x10 Reduced Depth Control Panel Operates with JRAC2 Remote audio panel OR as an Additional Controller with the JA10 Panel Mount Controller Transceivers: Up to 10 Receivers: Up to 4 NVG option Legends: Removable Contact JAC for TSO status JCP3-001 Reduced Depth Control Panel Transceivers: up to 6 Receivers: up to 5 Reduced depth behind the panel Legends removable NVG compatible option Approvals: TC CAN-TSO-C139 JCP3-070 Control Panel with RX Volume Controls Individual receive volume controls Transceivers: up to 6 Receivers: up to 5 Reduced depth behind the panel Legends removable NVG compatible option Contact JAC for TSO status
doi: 10.1210/er.2018-00084, Kamfar, W
Tsai SJ, Huang CS, Mong MC, Kam WY, Huang HY, Yin MC (2012) Anti-inflammatory and antifibrotic effects of Naringenin in diabetic mice
This process is mediated by active iron, which converts lipid peroxides into alkyl free radicals that interact with adjacent PUFAs, triggering a chain reaction that eventually culminates in ferroptosis[19]
Our study first highlighted the importance of -syn phosphorylation and aggregation in chronic hypoxia-induced cognitive impairment, showing that both -syn knockout and p--syn competing interference resisted chronic hypoxia-induced neuronal injury
