N.G. Singer; Anton V. Zavialov; M. Boehm; and I. Aksentijevich; D.L. Kastner; G.M. Wood; V. Pascual; C. Toro; A.C. Gotte; N.J. Ganson; S.S. Rich; J.F. Meschia; D.L. Stone; Andrey V. Zavialov; T.A. Fleisher; Q. Zhou; S.D. Rosenzweig; N.J. Patronas; A. Negro; J.C. Mullikin; S. Hambleton; B.K. Barham; J.J. Chae; A. Jones; H.S. Kuehn; E.W. Cowen; F. Candotti; S.J. Kelly; P. Hoffmann; M. Abinun; H.H. Kong; J.W. Verbsky; K.S. Barron; K. Bishop; S.L. Moir; S.E. Kasner; K.R. Calvo; M.S. Hershfield; R. Goldbach-Mansky; H. Alao; S.M. Burgess; C.-C.R. Lee; O. Karadag; E. Chalom; A. Ling; W. Pei; D. Yang; R. Sood; C. Silvin; W.L. Tsai; J.S. Barber; D.T. Chin; T. Heller; J.D. Milner; S. Ozen; T.R. Torgerson; M. Punaro; M. Gadina; E.F. Remmers; T.R. Gershon; B.B. Worrall; M.M. Quezado; A.K. Ombrello; D.E. Kleiner
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Adenosine deaminase 2 (ADA2) is an enzyme involved in purine metabolism and a growth factor that influences the development of endothelial cells and leukocytes. This study shows that defects in ADA2 cause recurrent ...