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Go to Bahrad’s 2002 paper And the Burkhalter’s ppt

Go to Bahrad’s 2002 paper And the Burkhalter’s ppt. where [ C DNA-PKcs ] is the sum of active forms of DNA-PKcs (C 2 P , C 2 PP and C 3 ). Time course solutions of the Sax-Markov binary eurejoining / misrejoining model of DNA double-strand breaks Tomas Radivoyevitch

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Go to Bahrad’s 2002 paper And the Burkhalter’s ppt

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  1. Go to Bahrad’s 2002 paper And the Burkhalter’s ppt

  2. where [CDNA-PKcs] is the sum of active forms of DNA-PKcs (C2P, C2PP and C3).

  3. Time course solutions of the Sax-Markov binary eurejoining/misrejoining model of DNA double-strand breaks Tomas Radivoyevitch Radiat Environ Biophys (2000) 39:265–273

  4. -(KwU2)U2

  5. Figure 5: The first few nodes (site states) of the SMBE model. A typical node (j,i,m) in this graph contains the probability mass at time t that a site has j total active DSBs (i.e. pairs of DSB free ends), i active DSBs destined to misrejoin because their true mates have already misrejoined (these active DSBs are really two free ends of two separate DSBs), j-i active DSBs still capable of eurejoining, and m misrejoinings. Site states can undergo up to four types of transitions: eurejoining within the j-i pool, misrejoining within the j-i pool, misrejoining within the i pool, and misrejoining between the i and j-i pools; corresponding state transition rate constants label the edges in this graph. The SMBE model is an indefinite system of linear differential equations that describe how an initial DSB distribution along the j-axis moves toward a final misrejoined DSB distribution along on the m-axis. 8 choose 2 = 8*7/(1*2) = 28, 28-4 =24 κ2*4*3=24κ κ4

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