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The chart shows a size comparison between the current pathfinder modules Genesis I and II, the Galaxy module planned for 2008, and the future human-habitable modules Sundancer and BA 330.
Second launch takes firm closer to goal of deploying blow-up space stations

Bigelow Aerospace celebrated the launch of its second inflatable space module this week, marking a major step forward in the company's plan of building a fleet of "space habitat destinations."

The Las Vegas-based company announced on its website that it received the first pictures from the Genesis II spacecraft 90 minutes after it was launched on June 28 from the ISC Kosmotras Yasny Cosmodrome, located in the Orenburg region of Russia.

The low-resolution thumbnails, taken during the craft's solar panel deployment, provided confirmation that the Genesis II had reached its orbit and was beginning its inflation sequence.

The Genesis II is identical in size and appearance to Genesis I -- approximately 15 feet in length and about 6 feet in diameter at launch, inflating to 8 feet in diameter after reaching orbit.

The Genesis II differs from its predecessor primarily with respect to its payload. The latest spacecraft carries twice as many cameras -- 22 in all -- as well as an arsenal of additional sensors and avionics that were not included on Genesis I.

The new spacecraft is also loaded down with a variety of nonscientific paraphernalia, including boxes of cockroaches and scorpions, and other flotsam collected from paying participants in the Bigelow Aerospace “Fly your Stuff” program.

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RE: cockroaches?
By geddarkstorm on 6/29/2007 4:53:34 PM , Rating: 4
No, you are wrong. The base needs may seem the same as in the housekeeping and metabolic systems on the surface look the same, but they are regulated differently and response to extra and intra cellular signaling absolutely differently. Moreover, cockroaches and humans have many different metabolic pathways, such as we need more supplements (which we call vitamins) in our diet than any other creature on earth, while a cockroach can make Vitamin C and others internally. We and roaches are metabolically fundementally different--they are poikilotherms while we are endotherms, which arises from striking differences in how the cells metabolize sugars/fats, the speeds of their electron transport chains, and the very permeability of their mitochondrian membranes. When talking about survivability in harsh climates, roaches and humans are so radically different that no comparisons can be drawn. Cockroaches can survive on foods we can't. They aren't susceptible to the same diseases--likewise there are poisons for roaches that won't harm human beings (newer pest control agents can accomplish this by exploiting the unique physiology of insect cells). They also need far less oxygen, and can tolerate much larger temperature/pressure extremes. Heck, insects use many totally different transcription factors from humans, especially in development and status of the physiology after that. Afterall, we have an internalized skeletons, while they are protected by chitin--the same substance that your fingernails are made from, and thus have an entirely different growth scheme, timing, and mechanisms even in the adult forms. You are being fooled by minor similarities inwardly. That's why these roaches are on the ship for fun, because they cannot be used to scientifically test for survivability in the ships conditions for humans.

"There is a single light of science, and to brighten it anywhere is to brighten it everywhere." -- Isaac Asimov

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