Feel the swing: Activation through motion.
The same, but different, but still the same.
Avian Cryptochrome 4 reconstruction and analysis.
Stochastic dynamics simulations now possible in MBN Explorer
Nanoinclusions can significantly change local elasticity of polymers
Avian magnetic compass disrupted by 80 MHz radiofrequency fields
Introducing Pep McConst—A user‐friendly peptide modeler for biophysical applications
Interdisciplinary review of a quantum magnetic-compass sensor
Ion-induced shock waves lead to fatal DNA damage
Cryptochrome magnetoreception: four tryptophans could be better than three
A magnetically sensitive protein that could aid navigation in migratory birds found
Evidence for superoxide production in the mitochondrial bc1 complex
Antimalarial drugs target the cytochrome bc1 complex
Enhancement of cryptochrome compass sensitivity by nuclear polarization retention is Limited
Proton-coupled electron transfer reaction in the bc1 complex described
Multiscale simulation of the focused electron beam induced deposition process
Modeling the effect of ion-induced shock waves and DNA breakage with the reactive CHARMM force field
Collision cross-sections of a carbon ion with nucleotides established through quantum mechanical simulations
Key residues block FAD binding pocket in some cryptochromes
Possible binding of amino acids to graphene revealed through computations
VIKING enables an easy dive into multiscale modeling
Computational characterization of O2 binding in proteins made possible
Powerful software for modeling spin dynamics available
Graphene foam holds promise for tissue engineering applications
Modelling polymer elasticity through computations
Can radiowaves affect our cells?
Modeling MesoBioNano systems with MBN Studio made easy
Cryptochrome4 from European robin seeks an interaction partner
Conformational dynamics of cryptochrome 4 revealed
Diffusing MRE11 finds damaged DNA sites
FAD photoabsorption fails to explain green-light magnetoreception
Carbon ion ejects an electron cloud upon collision with nucleotides
Cryptochrome supports failsafe electron transfer mechanism
Cryptochrome 4 localizes in the double-cones of migratory birds
Unlikely involvement of ascorbate in magnetoreception
Computational reconstruction debunks ISCA1 compass needle
Binding mechanism for enzymes capable of repairing DNA damaged by sunlight
O2 becomes superoxide in the BC1 complex
O2 binding sites in bc1 complex mutants revealed
Molecular oxygen migrates into the Qo-site of the bc1 complex
Isolated plant cryptochrome is a poor magnetoreceptor
Reactive force field in MBN Explorer available
Polarizabilities are key for accurate electron transfer simulations
Solvent drives electrons in plant cryptochrome
Quinol binding modes in the bc1 complex identified
Parallel 3D kinetic Monte Carlo method available
Photochemistry of cryptochrome decrypted through computations
