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1. Waldo, KL; Kumiski, DH; Wallis, KT; Stadt, HA; Hutson, MR; Platt, DH; Kirby, ML
   Conotruncal myocardium arises from a secondary heart field
   DEVELOPMENT
   
   K.L. Waldo et al., "Conotruncal myocardium arises from a secondary heart field", DEVELOPMENT, 128(16), 2001, pp. 3179-3188
2. PALADINI D; PACILEO G; PALMIERI S; RUSSO MG; CONTI A; PICCOLA BD; MARTINELLI P
   PRENATAL-DIAGNOSIS OF 22Q11 MICRODELETION IN A FETUS WITH A CONOTRUNCAL HEART DEFECT
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   D. Paladini et al., "PRENATAL-DIAGNOSIS OF 22Q11 MICRODELETION IN A FETUS WITH A CONOTRUNCAL HEART DEFECT", Ultrasound in obstetrics & gynecology, 11(1), 1998, pp. 68-70
3. WATANABE M; CHOUDHRY A; BERLAN M; SINGAL A; SIWIK E; MOHR S; FISHER SA
   DEVELOPMENTAL REMODELING AND SHORTENING OF THE CARDIAC OUTFLOW TRACT INVOLVES MYOCYTE PROGRAMMED CELL-DEATH
   Development
   
   M. Watanabe et al., "DEVELOPMENTAL REMODELING AND SHORTENING OF THE CARDIAC OUTFLOW TRACT INVOLVES MYOCYTE PROGRAMMED CELL-DEATH", Development, 125(19), 1998, pp. 3809-3820
4. GHYSELINCK NB; WENDLING O; MESSADDEQ N; DIERICH A; LAMPRON C; DECIMO D; VIVILLE S; CHAMBON P; MARK M
   CONTRIBUTION OF RETINOIC ACID RECEPTOR-BETA ISOFORMS TO THE FORMATIONOF THE CONOTRUNCAL SEPTUM OF THE EMBRYONIC HEART
   Developmental biology (Print)
   
   N.B. Ghyselinck et al., "CONTRIBUTION OF RETINOIC ACID RECEPTOR-BETA ISOFORMS TO THE FORMATIONOF THE CONOTRUNCAL SEPTUM OF THE EMBRYONIC HEART", Developmental biology (Print), 198(2), 1998, pp. 303-318
5. Sullivan, R; Huang, GY; Meyer, RA; Wessels, A; Linask, KK; Lo, CW
   Heart malformations in transgenic mice exhibiting dominant negative inhibition of gap junctional communication in neural crest cells
   DEVELOPMENTAL BIOLOGY
   
   R. Sullivan et al., "Heart malformations in transgenic mice exhibiting dominant negative inhibition of gap junctional communication in neural crest cells", DEVELOP BIO, 204(1), 1998, pp. 224-234