Safire Control Center is a mobile phone surveillance application based on ios, which supports full line of Safire products, including DVR, NVR, as well as network cameras and speed domes that support standard H.264 video codec.
The key features of Safire Control Center Mobile Surveillance Application include:
Real-time video preview of up to 16 channels;
Swipe for PTZ control and camera movement, pinch to zoom in and out in preview mode;
Support for preset activation and configuration, as well as calibration for brightness..
Snapshot support;
Management of up to 100 sets of devices. Device profiles can be added / deleted / modified.
Sahana First Response (SAFIRE) follows principles of an Incident Command System (ICS) to offer any Emergency Operation Center (EOC) for achieving their incident command and control objectives --namely saving lives and leaving no one behind. A local or national Ambulance, Police, Fire, Disaster Management Center EOC might utilize SAFIRE for recording field-observations (burglary, accident, disputes, illicit activities, fores fire) and casualty-illness reports (accident, murder). The Police response procedures and resources allocated to incidents varies upon each scenario, which can be planned in SAFIRE. The other extreme is managing a crisis such as an earthquake, cyclone, chemical spill, civil unrest, terror attack, and so on, with many casualties, damages, and losses. All these, whether big or small, call for managing information and seeing the common operating picture for multi-agency coordination and, especially, with bring efficiency gains during the golden 72 hours of crises.
National Department of Risk and Disaster Management (DRDM) Office of the Republic of Seychelles implementation of Sey-FIRE -- the Seychelles customization of SAFIRE -- to coordinate resources, share a common operating picture with LGA / fire / police / ambulatory / red cross, and situational reporting at all administrative layers and offices of the command and control organizational structure; from the President's Office to the Local Government Administrators (LGAs). Daily use of Sey-FIRE in Level 1 and Level 2 events prepares them to make use SeyFIRE during larger catastrophic events Level 3 to Level 5.
In a standard CT imaging work environment, users spend most of their time in the control room. With our unique Mobile Workflow, you can stay close to your patients and put them at ease. See for yourself!
We tested the effect of HAdase on CPT release from the EATNPs (Figure 6A). In the absence of HAdase, only 17% and 29% of CPT were released from the nanoparticles at 6 h and 24 h, respectively. In contrast, treatment with HAdase (i.e., 1,200 unit/mL) induced 51% release of CPT within 6 h, which is about three times higher than that of non-enzyme treated control. After 24 h of HAdase treatment 58% CTP was released from EATNPs. This data matched well with fluorescence recovery of HAdase-treated EATNPs indicating HAdase-mediated nanoparticle degradation and subsequent release of both Ce6s and CTPs.
We validated the 96-well HTP format by performing replicate IVT reactions in eight wells of a microdialysis plate (two 4-segment cartridges). We expressed TurboGFP (green fluorescent protein) using the positive control DNA (pCFE-GFP) that is supplied in the IVT kits. Our protocol was identical to the kit procedure (Part No. 88891) for four 100µL reactions. We incubated the reactions for 18 hours at 30C.
Additional methods for detecting and measuring expression of GFP from the control DNA (pCFE-GFP) supplied in the IVT Kits are described in the product instructions. Be aware that the tGFP control protein is from the copepod Pontellina plumata. This GFP is not reactive to antibodies generated against Aequorea victoria GFP (i.e., EGFP or other EGFP mutants). Instead, use polyclonal antibodies to TurboGFP (Ab. No. PA5-22688) for Western blot detection.