 This is Mission Control Houston to Colonel Tom and crew, good morning. I do miss the days when I was Major Tom, but this is a pretty good way to spend the days. That sounds great to us. We are now receiving live downlink from the Space Lab module on board Space Shuttle Columbia. In the view we have here, we see payload specialist, John Jacques Favier, who is donning the Canal and Otolith integration study hardware. We see the instrumented vest and the electrodes being placed around the eyes and temple. And payload commander, Susan Helms, assisting. Again, the Canal and Otolith integration study, or COIS, as it is known, is looking at studying how the human vestibular system adjusts itself to the lack of gravity, or rather a microgravity environment. If you can see this in the video, you can see how John Jacques is not reaching the 10 rest, even though it's extended maximally and we're in the proper seat position. Yeah, that's affirmative Susan, we do see that. It's quite a big gap there. Yeah, we're talking almost a foot change here from birth to stay until Space Lab activity. We're ahead of Bob, good morning. And it's out to you, Luca. Would you have the TVD PI confirm that these EMG signals are adequate? My screen here seems to be some cross talk between the bifoth and the trifoth EMG. Bob, the PI would like you to redo the signal verification trying to alternate. This particular test run of the COIS experiment is referred to as the Voluntary Head Movement Test. MPELO Specialist, John Jacques Favier, is following a series of test patterns that's on the black screen that you see there directly in front of him, with PELO Commander Susan Helms operating with what you see in her left hand there is known as a super pocket, which is a remote control device for the COIS experiment. And again, in the view that we are seeing here, PELO Specialist, John Jacques Favier is in performing the COIS or Canal and Otolith Integration Study experiment. And PELO Commander Susan Helms is assisting. Also in the view in the background on the center aisle of the module, we have PELO Specialist Bob Thurst performing activities on the torque velocity dynamometer. With Mission Specialist Rick Lenahan landing assistance. So as you can see here, we have all the appropriate tools to work on our experiment. Professor, if you can come in on TBC number one, there's a shot of Rick, it's kept in this thing really tight, and I think if we're more judicious about our strap then on the year ago we may be able to solve this problem. Okay Susan, thank you. We will be changing the TV view in a moment. And maybe Rick can make some head movements or whatever to simulate the problem.