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As a rule of thumb we expect that the energy coming from the local interactions should be around 1/3 of the the same as the non-local interactions. We can use the expectations to approximate the energy change in the Unfolding of CRISPR. Following this rule a SMF of 0.05 should be ok.

 Energy Energy change Energy change between Q=1 and Q=0  
 SMF=0.01SMF=0.02 SMF=0.0105SMF=0.2Change_expectedSMF=0.01SMF=0.02SMF=0.05SMF=0.2
${Step}1000100010001000     
${E_chain}1103.631146.40591051981132.91692986991066.13142.39%1571.491632.401613.201518.09
${E_bond}3719.194496.07675174084666.20998466723591.47-66.16%-2460.76-2974.78-3087.35-2376.26
${E_chi}311.13332.9247833235328.6440389852270.81194.72%605.81648.26639.92527.30
${E_rama}-5324.09-5358.8095694418-5346.4451338263-5215.355.44%-289.41-291.30-290.63-283.50
${E_excl}70.3371.774181684375.6873593073111.11-145.26%-102.16-104.26-109.95-161.40
${E_dssp}-76.22-86.6894737573-90.0003437801-102.85-67.69%51.5958.6860.9269.62
${E_pap}-78.58-79.8398802165-87.8172993273-93.1583.73%-65.79-66.85-73.53-78.00
${E_water}-752.31-774.4315400479-736.5138566067-524.7789.06%-670.04-689.74-655.97-467.38
${E_helix}-229.17-223.4311335965-241.1245561557-283.44-23.52%53.9052.5556.7166.67
${E_fmem}-54.26-111.0323591108-344.3669434681-5632.65100.00%-54.26-111.03-344.37-5632.65
${E_P}-1310.35-587.0523289023-642.8098203344-6812.70-105.00%1375.92616.43674.987153.62
          
Local-5607.52-5693.27-5931.94-11131.44 -289.77-349.78-578.28-5849.49
NonLocal-907.11-906.11-905.11-720.78 -684.24-697.91-668.58-475.77
Others5204.275205.275206.275039.52 -385.62-798.38-944.17-492.27Local
  +Non-local   Local+Non-local-974.0133132415-1047.6945030493-1246.863190185-6325.2556957897
 Local%    Local%29.75%33.39%46.38%92.48%
 NonLocal%    NonLocal%70.25%66.61%53.62%7.52%

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Crispr-Cas9 + DNA

Due to a mistake I didn't update the neighbor list, so it is possible to see an overlap between two domains (grey and red). The single memory force was turned off in this simulation.

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