Letter: Compensation for congenital defects.

Letter: Opsonic defects.

Surgery for Congenital Heart Defects

The third edition of Surgery for Congenital Heart Defects proves to be a userfriendly and instructive resource that is sure to be of great value to many physicians. While the seasoned surgeon might call upon the text as a reference, even the greenest medical student wades comfortably into the depths of the text and feels empowered by the visual feast that awaits. As in the previous editions, me...

Congenital Vertebral Defects

The spinal column is the central structure in the vertebrate body from which stability, movement, and posture all derive. The vertebrae of the spine are organized into four regions (listed in order from cranial to caudal): cervical, thoracic, lumbar, and pelvic. These regions are classified by their differences in curvature. The human spine usually consists of thirtythree vertebrae, seven of wh...

Congenital Vertebral Defects

The spinal column is the central structure in the vertebrate body from which stability, movement, and posture all derive. The vertebrae of the spine are organized into four regions (listed in order from cranial to caudal): cervical, thoracic, lumbar, and pelvic. These regions are classified by their differences in curvature. The human spine usually consists of thirtythree vertebrae, seven of wh...

Congenital pericardial defects.

Four cases of congenital defect of the pericardium are described; three had complete absence of the left pericardium and one had a partial defect. One of the patients developed acute pulmonary oedema in the immediate post-operative period following repair of a sinus venosus defect. This complication was thought to be directly related to the pericardial defect. The functions of the pericardium a...