Abstract: Methods, systems and non-transitory computer-readable mediums for remote audio project collaboration. The method includes generating a first version of an audio project file including a reference track. The method also includes receiving a first audio track from a first user computing device. The first audio track is synced to the reference track. The method further includes generating a second version of the audio project file by adding the first audio track to the audio project file. The method also includes receiving a second audio track from a second user computing device. The second audio track is synced to the reference track. The second user computing device is remotely located from the first user computing device. The method further includes generating a third version of the audio project file by adding the second audio track to the audio project file.

Abstract: The invention is a novel cell freezing and storage bag assembly and method for using the assembly in the seed train expansion of mammalian cells. The bag is constructed principally of polytetrafluoroethylene fabric. The bag is designed to hold enough cells that a bioreactor can be inoculated directly. The bag is designed to be filled to a fraction of its maximum capacity so that the cell suspension has a very thin cross-section (less than about 10 millimeters). The bag design includes a transfer set that can be sterilely welded to the source of the mammalian cells. This sterile-weldable transfer set allows the bags to be filled quickly with minimal risk of contamination. In the method, once each bag is filled, it is sealed below the connection with the transfer set and the bag is cut “above” the new seal (on the same side of the seal as the transfer set). When a bioreactor is to be inoculated, the contents of the bag are drained via a sterile-weldable inoculation line.

Abstract: The invention is a novel cell freezing and storage bag assembly and method for using the assembly in the seed train expansion of mammalian cells. The bag is constructed principally of polytetrafluoroethylene fabric. The bag is designed to hold enough cells that a bioreactor can be inoculated directly. The bag is designed to be filled to a fraction of its maximum capacity so that the cell suspension has a very thin cross-section (less than about 10 millimeters). The bag design includes a transfer set that can be sterilely welded to the source of the mammalian cells. This sterile-weldable transfer set allows the bags to be filled quickly with minimal risk of contamination. In the method, once each bag is filled, it is sealed below the connection with the transfer set and the bag is cut “above” the new seal (on the same side of the seal as the transfer set). When a bioreactor is to be inoculated, the contents of the bag are drained via a sterile-weldable inoculation line.

Abstract: An insulating shade including a channel-type frame which is designed to be permanently installed on the prime window frame. The shade assembly which is mounted in the frame includes a pair of rollers which are geared together so as to rotate simultaneously and simultaneously either take up or play out the shade material. The rollers with the shade are supported on bearing plates which in turn are hung on spring brackets that snap into the channels permanently secured to the window frame. A cord operated pulley carries a gear which in turn drives the two rollers so as to raise and lower the shade. Weather stripping is secured inside the channels of the frame, which cooperate both with the sides of the shade itself and the weighted roller at the bottom of the shade to prevent cold air from flowing about the shade.