I'm done with my undergrad CS and Bio education (with a few exceptions), and now I'm working on the finishing up on chem--then it's time for grad school. My big

I'm done with my undergrad CS and Bio education (with a few exceptions), and now I'm working on the finishing up on chem--then it's time for grad school. My biggest worry is that I do not know enough physics... I'm hoping P.chem rectifies that. For the next academic year I'm taking the following: Biotechnology, Physical chemistry, Analytical chemistry, Instrumental analysis, Biochemistry, Drug design, Cancer bio, and doing some limited original research. My favorite books in the past were "Cell and Molecular Biology" by Karp, "Molecular Biology" by Weaver, and "Janeway's Immunobiology", all of which enabled me to read the primary literature and contributed greatly to how I now see the world. There are also a bunch of poor or suboptimal ones that are not really worth worth pursuing. Once you read a few good texts, jumping right into a journal of interest is highly integrative! Perhaps this is unwise of me, but I haven't yet made note of any of the people that are doing the reseach I'm most interested in. Even if I did, I probably won't be able to do work with them at this early stage. In any case, my hope is that I can spend most of my time coding and searching through the chemical state space and biochemical pathways with computers. I strongly feel high-throughput techniques are indespensible and need to be utilized to make the best use of limited, prescious time. I would still enjoy spending some days in the lab running assays as they can also be quite fun.