Uploads by Z3212774

From Embryology

This special page shows all uploaded files.

File list
First pagePrevious pageNext pageLast page
Date Name Thumbnail Size Description Versions
10:29, 14 March 2010 Fetal Circulation Pathway.jpg (file) 112 KB category:Heart ILP 1
10:37, 14 March 2010 Early Heart Tube (Dorsal).jpg (file) 111 KB category:Heart ILP Angiogenesis throughout the embryo allows for the development of angioblastic cords in the cardiogenic mesoderm of the embryo. 1
10:38, 14 March 2010 Early Heart Tube (Lateral).jpg (file) 110 KB category:Heart ILP Angiogenesis throughout the embryo allows for the development of angioblastic cords in the cardiogenic mesoderm of the embryo. 1
10:41, 14 March 2010 Heart Tube Fusion.jpg (file) 125 KB category:Heart ILP {{Template:SEM}} The primordial heart tubes fuse in the midline to form a single ventral heart tube. Fusion begins cranially and extends caudally. 1
10:42, 14 March 2010 Heart Tube Segments.jpg (file) 63 KB category:Heart ILP {{Template:SEM}} As the tubular heart grows it develops dilations and constrictions which form the truncus arteriosus, bulbus cordis, primitive ventricle, primitive atrium and sinus venosus. 1
10:44, 14 March 2010 Heart Tube (Cross-Section).jpg (file) 101 KB category:Heart ILP Cross section through the ventricular portion of the heart tube, suspended from the dorsal wall by the dorsal mesocardium. Shows the layers of the heart tube. 1
10:49, 14 March 2010 Heart Looping Sequence.jpg (file) 85 KB category:Heart ILP Shows the sequence of events in heart looping. The heart begins as a straight tube then bends ventrally. Rotation brings the bulge of the ventral bend (predominantly the bulbus cordis and ventricle) to the right, forming a C-shaped 1
10:50, 14 March 2010 Heart Looping Sequence (SEMs).jpg (file) 212 KB category:Heart ILP {{Template:SEM}} The heart tube loops initially to form a C-shape and as looping progresses the heart begins to resemble an S-shape (or U-shape ventrally). 1
10:56, 14 March 2010 Embryonic Heart Blood Flow.jpg (file) 101 KB category:Heart ILP Oxygenated (from the placenta) and non-oxygenated (from the lower body) blood enters the right atrium via the sinus venosus. Part of this blood travels to the right ventricle and then through the pulmonary circulation. The rest of 1
11:00, 14 March 2010 Cardiac Neural Crest Migration.jpg (file) 122 KB category:Heart ILP In order to complete division of the outflow tract, mesenchyme derived from the cardiac neural crest migrates over the aortic arch arteries to invade the conotruncus. 1
11:02, 14 March 2010 Outflow Tract Division (Cross-Section).jpg (file) 119 KB category:Heart ILP Cross sections of the outflow tract before and after fusion of the conotruncal ridges. 1
11:13, 14 March 2010 Adult Heart Valves.jpg (file) 113 KB category:Heart ILP Adult heart showing aortic, pulmonary, mitral and tricuspid valves. 1
11:14, 14 March 2010 AV Canal Division (Superior View).jpg (file) 69 KB category:Heart ILP Development of the atrioventricular septum over weeks four and five. The right and left atrioventricular canals are remodelled to later become the atrioventricular (tricuspid and mitral) valves. 1
11:15, 14 March 2010 AV Valves.jpg (file) 129 KB category:Heart ILP Sequence of events in the development of the atrioventricular valves. The structures of the valves i.e. the papillary muscles, chordae tendineae and cusps are sculpted from the muscular ventricular walls. 1
11:16, 14 March 2010 Semilunar Valves.jpg (file) 93 KB category:Heart ILP Development of the semilunar valves of the aorta and pulmonary trunk as shown through a transverse section of the bulbus cordis. The walls and valves of the aorta and pulmonary trunk form followed by rotation of the vessels which e 1
11:17, 14 March 2010 Semilunar Cusps.jpg (file) 52 KB category:Heart ILP Longitudinal sections of the aorta showing development of the semilunar cusps forming the aortic valve. 1
11:22, 14 March 2010 Aortic Stenosis.jpg (file) 16 KB category:Heart ILP 1
11:22, 14 March 2010 Atrial Septal Defect.jpg (file) 16 KB category:Heart ILP 1
11:23, 14 March 2010 Coarctation of the Aorta.jpg (file) 16 KB category:Heart ILP 1
11:23, 14 March 2010 Double Outlet Right Ventricle.jpg (file) 16 KB category:Heart ILP 1
11:24, 14 March 2010 Functional Hypoplastic Left Heart.jpg (file) 18 KB category:Heart ILP 1
11:24, 14 March 2010 Hypoplastic Left Heart.jpg (file) 17 KB category:Heart ILP 1
11:24, 14 March 2010 Interrupted Aortic Arch.jpg (file) 17 KB category:Heart ILP 1
11:25, 14 March 2010 Partial Anomalous Pulmonary Venous Drainage.jpg (file) 16 KB category:Heart ILP 1
11:25, 14 March 2010 Patent Ductus Arteriosus.jpg (file) 16 KB category:Heart ILP 1
11:25, 14 March 2010 Pulmonary Atresia.jpg (file) 17 KB category:Heart ILP 1
11:26, 14 March 2010 Pulmonary Stenosis.jpg (file) 16 KB category:Heart ILP 1
11:26, 14 March 2010 Total Anomalous Pulmonary Venous Connection.jpg (file) 17 KB category:Heart ILP 1
11:27, 14 March 2010 Tetralogy of Fallot.jpg (file) 17 KB category:Heart ILP 1
11:27, 14 March 2010 Transposition of the Great Vessels.jpg (file) 18 KB category:Heart ILP 1
11:27, 14 March 2010 Tricuspid Atresia.jpg (file) 16 KB category:Heart ILP 1
11:28, 14 March 2010 Ventricular Septal Defect.jpg (file) 16 KB category:Heart ILP 1
11:39, 14 March 2010 Aortic Arches (Drawing).jpg (file) 29 KB category:Heart ILP 1
11:39, 14 March 2010 Embryonic Cardiovascular System (Drawing).jpg (file) 60 KB category:Heart ILP 1
12:03, 14 March 2010 Cardiac Conduction System.jpg (file) 81 KB category:Heart ILP Cardiac conduction system in the adult heart. 1
12:09, 14 March 2010 Molecular & Genetic Cardiac Development Factors.jpg (file) 269 KB category:Heart ILP Identification of the predominant molecular and genetic factors involved in cardiac development. 1
First pagePrevious pageNext pageLast page