28N foundry reticle requal challenges and solutions for IC fabs

Yeh, Mike; Wu, David M.; Mu, Bo; Reese, Bryan

doi:10.1117/12.867258

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Kinetics Of Membrane Reorientation1

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2019

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“…Following previous studies, [41][42][43] we estimated the rates for the reversible OS1/OS0 and OS2/OS0 transitions using the survival probability, S(Δt), of the protein in each orientation state. For this analysis, the OS0 ensemble was split into two depending on the direction of transition (i.e., toward OS1 or OS2).…”

Section: Kinetics Of Membrane Reorientationmentioning

confidence: 99%

Probing the Conformational and Energy Landscapes of KRAS Membrane Orientation

Prakash¹,

Gorfe

2019

J. Phys. Chem. B

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Membrane reorientation of oncogenic RAS proteins is emerging as an important modulator of their functions. Previous studies have shown that the most common orientations include those with either the three C-terminal α-helices (OS1) or N-terminal β-strands (OS2) of the catalytic domain facing the membrane. OS1 and OS2 differ by the degree to which the effector-interacting surface is occluded by the membrane. However, the relative stability of these states and the rates of transition between them remained undetermined. How mutations might modulate preferences for specific orientation states is also far from clear. The current work attempted to address these questions through a comprehensive analysis of two 20 μs-long atomistic molecular dynamics *

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Section: Kinetics Of Membrane Reorientationmentioning

confidence: 99%