The lipids were modeled with the CHARMM General Force Field (CGenFF) with the CHARMM compatible TIP3P water model. The topologies and CGenFF parameters were obtained using the CHARMM-GUI ligand reader and modeler. Generally, CGenFF is optimized to model small molecular drugs, and CHARMM36 31 is used in lipid membrane simulations. Therefore, the atom types, partial charges and dihedral potential functions were compared to the corresponding parameters found in the analogous lipid structures in CHARMM36. The CGenFF parameters were not changed, because these parameters deviated only slightly from those produced by CHARMM36, and since the CGenFF penalty scores were 1 or below. Generally, parameters' penalty scores lower than 10 indicate a reasonable analogy between the generated and existing parameters in the force field, and do not require further validation. All MD simulations were performed using the GROMACS-2024.2 simulation package. The equations of motion were integrated using a time step of 2 fs. The parallel linear constraint solver (P-LINCS) algorithm was used for constraining the bonds involving hydrogen atoms.