Ito, T.M.Averett, T.Barkhuff, D.Batigne, G.Beck, D.H.Beise, E.J.Blake, A.Breuer, H.Carr, R.Clasie, B.Covrig, S.Danagoulian, A.Dodson, G.Dow, K.Dutta, D.Farkhondeh, M.Filippone, B.W.Franklin, W.Furget, C.Gao, H.Gao, J.Gustafsson, K.Hannelius, L.Hasty, R.Hawthorne-Allen, A.M.Herda, M.C.Jones, C.E.King, P.Korsch, W.Kowalski, S.Kox, S.Kramer, K.Lee, P.Liu, J.Martin, J.W.McKeown, R.D.Mueller, B.Pitt, M.L.Plaster, B.Quemener, G.Real, J. S.Ritter, J.Roche, J.Savu, V.Schiavilla, R.Seely, J.Spayde, D.Suleiman, R.Taylor, S.Tieulent, R.Tipton, B.Tsentalovich, E.Wells, S.P.Yang, B.Yuan, J.Yun, J.Zwart, T.SAMPLE CollaborationWe report on a new measurement of the parity-violating asymmetry in quasielastic electron scat- tering from the deuteron at backward angles at Q2 = 0.038 (GeV/c)2. This quantity provides a de- termination of the neutral weak axial vector form factor of the nucleon, which can potentially receive large electroweak corrections. The measured asymmetry A = −3.51 ± 0.57 (stat) ± 0.58 (sys) ppm is consistent with theoretical predictions. We also report on updated results of the previous experiment at Q2 = 0.091 (GeV/c)2, which are also consistent with theoretical predictions.PhysicsElectronsArticle