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The threshold transverse response functions R_T(q,omega) for 3He and 3H arecalculated using the AV18 nucleon-nucleon potential, the UrbanaIX three-bodyforce, and the Coulomb potential. Final states are completely taken intoaccount via the Lorentz integral transform technique. Consistent two-body pi-and rho-meson exchange currents as deduced using the Arenh\"ovel-Schwambtechnique are included. The convergence of the method is shown and a comparisonof the corresponding MEC contribution is made to that of a consistent MEC forthe meson theoretical r-space BonnA potential. The response R_T is calculatedin the threshold region at q=174, 324, and 487 MeV/c and compared withavailable data. The strong MEC contributions in the threshold region are nicelyconfirmed by the data at q=324 and 487 MeV/c although some differences betweentheoretical and experimental results remain. A comparison is also made withother calculations, where the same theoretical input is used. The agreement isgenerally rather good, but leaves also some space for further improvement.

Threshold 3He and 3H Transverse Electron Scattering Response Functions