Pimm – Partial immortalization

A Biotech Geek (micro)Blogger’s adventures through science, technology and the web…

  • email me

    [attilacsordas][at][gmail.com]
  • Attila on Twitter

  • Recent Comments

    revathi on Human mitochondrial DNA vs. nu…
    Erik Cole on Michael Rose, evolutionary SEN…
    drugrehabusa on Stem Cell Therapy Market, US, …
    Letago on Can you tell a good article fr…
    Online Offers on Life extension people are happ…
    เสื้อผ้า on How to read PDF files on iPhon…
    atsoft on Add stem cells and eat the lab…
    Buy SciPhone i68 3G … on Science on the iPhone, is it a…
    Unlock Wii on Whatbox, Upper Lost Side, Stem…
    nobitfashion on LavaAmp: cheapest pocket PCR t…
  • licence

    Creative Commons License
  • c

  •  

    February 2007
    M T W T F S S
    « Jan   Mar »
     1234
    567891011
    12131415161718
    19202122232425
    262728  

Archive for February 7th, 2007

Studies recommended for funding by California Stem Cell Rush dollars

Posted by attilachordash on February 7, 2007

The working future of embryonic stem cell biology and regenerative medicine is in the 38 projects listed and linked below. Or at least in some of them. These are the research projects that were recommended for funding available by the California Institute for Regenerative Medicine after a thorough evaluation and all applications can be found in the Public List of CIRM. 47 more were recommended for funding if money is available. If you choose to scan through the public abstracts of the proposal (linked with the numbers) I also strongly recommend to read the WEAKNESSES part of the review. The order of the projects is descending from the highest scientific score (out of 100) to the lowest.

96 Generation of forebrain neurons from human embryonic stem cells RS1-00205-1

95 The APOBEC3 Gene Family as Guardians of Genome Stability in Human Embryonic Stem Cells RS1-00210-1

95 Generation of hESC lines, under defined conditions, modeling normal & diseased states from material stored at the Burnham shared embryo bank. RS1-00305-1

94 Gene regulatory mechanisms that control spinal neuron differentiation from hES cells. RS1-00288-1

93 Mitochondrial Dysfunction in Embryonic Stem Cells RS1-00432-1 Read the rest of this entry »

Posted in Bay Area, USA, biology, california, embryonic, foundation, grant, regenerative medicine, science, stem cells | 3 Comments »