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With these tools, we can study in detail how all the proteins are interacting with each other in real-time in the 3-D space of a living cell.

I always wish I had more space to put my equipment and tools, but that is the nature of living in the residence halls. You need to optimize your space, and I still have no trouble with keeping two guitars, two amps and tons of tools in my room now.

They are functional mimics that work in the same way as proteins of the host cell, but they don't look anything like the host proteins. In a sense, they take over the host cell's identity like a bad actor.

These proteins mimic known host proteins in the cell in a very interesting way.

Until now we have not had a close-up view of the precise surface where the two proteins interact. That surface is absolutely crucial in permitting the parasite to enter the cell. If we can determine its features in atomic detail, we may be able to find weak points that could make good targets for drugs.

[If you are high enough in your organization, you can simply choose when to make yourself unavailable. Bryan, one of McKinsey's top consultants, says he has given up cell phones and computers, letting others handle his communications.] I never had time to think, ... It's amazing how much you can get done if you don't spend all your time interacting.

We began studying the molecules and proteins inside the nerve cell to find out whether this class of drug could in fact change how the nerve cell functions and protect it from injury and death in a toxic inflammatory environment.

Howard Gendelman

Using HPRD and several other databases, we have been able to develop a gold mine of new information for researchers seeking new ways of finding candidate genes involved in genetic diseases. And our demonstration that a protein's importance is not based on the number of interactions it has with other proteins is an important conceptual breakthrough. It eliminates a blind alley that could mislead researchers investigating the roles of specific proteins in the cell. Pex Tufvesson is called Mahoney in the demo world.

Akhilesh Pandey

Small-space living will be a characteristic throughout the entire store. We have visited hundreds of homes, and really gone through in detail how the Japanese live, how they cook, how they sleep.

We are given 30 days to pack up three years of parts, tools and items. But we will at least have some control over our own space, rather than living from day to day, not knowing what efforts are being done behind the scenes to mess us up.

Having looked at it, you can tell that he's paid attention to detail. He is going after the professional or the very serious do-it-yourselfer. He's met two important needs in the tool industry: the organization of tools and the portability of tools. He's got a solution for both.

Bryan Mattimore

We had a chance to study the company in detail over a long period of time.

It's very beneficial to the space. The more people who work on a particular problem the more of a chance you have of moving a particular space forward. It opens up a lot options now in the embryonic stem cell space.

Often, we spend time in our different corners of the city. We're in different places like silos, which prevent us from interacting with one another very often on a one-on-one level. This is not associated with anything but the idea of community. If we can build that opportunity to get to know each other in a common space, that is tremendous.

Andrew Stephens

All of the concerns about contaminating proteins in existing stem cell lines can essentially be removed using this medium.

Tenneille Ludwig

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