CARDIOVASCULAR SYSTEM 01 5 WEEK HEART: Identify the following: UNSEPARATED ATRIUM (2), UNSEPARATED VENTRICLE (18), LIVER (12), UMBILICAL VEIN (17), TRANSVERSE.

Slides:



Advertisements
Similar presentations
Adel Mohamad Alansary, MD Ass. Prof. Anesthesiology and Critical Care Ain Shams University.
Advertisements

Heart and Circulatory System I Daphne T. Hsu, MD Professor of Clinical Pediatrics
DEVELOPMENT OF ATRIA & VENTRICLES
Chapter 27 Development of circulatory system
Development of circulatory system
Development of the cardiovascular system
Cardiovascular system Embryology
Cardiovascular System
Congenital Heart Disease Cheston M. Berlin, Jr., M.D. Department of Pediatrics.
Cardiac embryology Karina & Allison.
Chapter 15 Cardiovascular System. Organs Heart - begins beating in the 4 th week of development. –Pumps 7,000 liters of blood each day. –Contracts 2.5.
CONGENITAL HEART DISEASE JOHN N. HAMATY D.O. FACC.
Lecture 11 General med_2nd semester
© Dr. Anand Srinivasan  The location of the cardiogenic tissues  Processes that occur in the partitioning of the atria and ventricles.  Enumeration.
Congenital Heart Disease
6. Vessel 7. Vessel 1. Vessel 8. Vessel 9. Vessel 2. Vessel 3. Vessels
HEART MODEL I Anterior View
DR RANIA GABR.  Discuss the congenital anomalies related to the heart development.
Lecture 56: Development of Heart II. Learning Objectives By the end of this session, the student should be able to: – Describe septum formation in the.
Congenital heart defects Anatomic consideration Dr. Yasser Salem.
Alterations of Cardiovascular Function in Children
Congenital Heart Disease Emad Al Khatib, RN,MSN,CNS.
Development of Blood Vessels Blood vessel formation (angiogenesis) starts at the beginning of the third week. Blood vessels first start to develop in the.
Heart Pathology Chapter 11. Arrhythmia Any abnormal rhythm of the heart Atrioventricular-impulses are not through the Av node to the bundle of His –Causes.
HEART ANATOMY REVIEW. Name this specific valve circled in yellow. Bicuspid or mitral valve.
Heart Models.
Development of Blood Vessels
Development and teratology of cardiovascular and lymphatic systems
Heart Development Dr. Nimir.
Cardiovascular Development. The first three weeks By the beginning of the third week, blood vessel formation begins in the tissue surrounding the yolk.
CONGENITAL HEART DISEASE JOHN N. HAMATY D.O. FACC.
Development of the heart 1. Objectives: Understand early development of blood vessels. Basic understanding of the early stages of heart development. Describe.
Development of cardiovascular system.
WHAT YOU NEED TO KNOW ON CARDIAC EMBRYOLOGY Peer SupportJS View as a slideshow.
Congenital Heart Disease Most occur during weeks 3 to 8 Incidence 6 to 8 per 1,000 live born births Some genetic – Trisomies 13, 15, 18, & 21 and Turner.
By Prof. Saeed Abuel Makarem. Objectives By the end of the lecture you should be able to: Describe the formation, site, union, division of the of the.
Dr Akashdeep Bhatia. Developmement of Heart Embryonic structureGives rise to Truncus arteriosus Bulbus cordis Primitive ventricle Primitive atria.
Prof. Saeed Abuel Makarem. Objectives By the end of the lecture the student should be able to: Describe the formation, site, union, division of the of.
the Cardiovascular System
Dr Rania Gabr  Describe the formation and position of the heart tube.  Explain the mechanism of formation of the cardiac loop.  Discuss the development.
Development of the Heart 212 – 2004 – Week 6 Avinash Bharadwaj.
Fetal Circulation Mike Clark, M.D.. Figure (a) Day 20: Endothelial tubes begin to fuse. (b) Day 22: Heart starts pumping. (c) Day 24: Heart continues.
Red blood cells removed and stored Reinjected a few days before an athletic event Shown to improve endurance events (more oxygen to body) Dangerous.
By Prof. Saeed Abuel Makarem Dr. Jamila El Medany
Case Study Gerrit Blignaut 24 February Patient 1: Cyanotic Give the diagnosis and specific radiological sign.
Cardiac Septation UNSW Embryology Heart - day 40 (ventral view)
Development of the Heart and Congenital Heart diseases SESSION 6.
Development and teratology of cardiovascular and lymphatic systems.
BIOL 204 Week 3 Lab Dissection and Anatomy of the Heart.
The audio narrations of these slides may have been transcribed verbatim. Check to see if they are available.
Fibrous pericardium / Pericardial sac SVC Brachiocephalic veins Left common carotid Left subclavian artery.
DR RANIA GABR.  Discuss the congenital anomalies related to the heart development.
DEVELOPMENT OF THE CARDIOVASCULAR SYSTEM 1Lufukuja G.
CARDIOVASCULAR SYSTEM. The entire cardiovascular system – the heart, blood vessels, and blood cells – originate from the Mesodermal germ layer. The vascular.
AORTIC ARCHES DEVELOPMENT OF ARTERIES
Cardiovascular System
Congenital Heart Disease
Cardiovascular Development:
Prof. Saeed Abuel Makarem
By Prof. Saeed Abuel Makarem Dr. Gamila Al Madany
Development of the heart
Heart Models.
Heart 2 Models Large Heart.
congenital heart diseases
Ventral View of Developing Heart – Day 40
Right lung Left lung Heart in fibrous pericardium 01_A3485_labeled.jpg
Mink Dissection Review
NOTICE Saturday morning & afternoon theory lesson !!! 1.
Cardiovascular System
DEVELOPMENT OF CARDIOVASCULAR SYSTEM
Presentation transcript:

CARDIOVASCULAR SYSTEM 01 5 WEEK HEART: Identify the following: UNSEPARATED ATRIUM (2), UNSEPARATED VENTRICLE (18), LIVER (12), UMBILICAL VEIN (17), TRANSVERSE SEPTUM

CARDIOVASCULAR SYSTEM 02 51/2 WEEK HEART: Viewed from the left side, the left arm has been removed. Identify the LEFT ATRIUM (2), LEFT VENTRICLE (18), BULBUS CORDIS (5), TRUNCUS ARTERIOSUS (16), LEFT CORONARY ARTERY (6).

CARDIOVASCULAR SYSTEM 03 5 WEEK HEART INITIAL SEPTATION OF THE ATRIA. Identify; SEPTUM PRIMUM, OSTIUM PRIMUM; ENDOCARDIAL CUSHION

CARDIOVASCULAR SYSTEM WEEK HEART INITIAL SEPTATION OF THE ATRIA. Identify; SEPTUM PRIMUM, OSTIUM PRIMUM; ENDOCARDIAL CUSHION

CARDIOVASCULAR SYSTEM 05 51/2 WEEK HEART: The left atrium has been opened. Identify the AORTA (1), PULMONARY TRUNK (5), LEFT VENTRICLE (4), RIGHT VENTRICLE (7), SEPTUM PRIMUM (2), ENDOCARDIAL CUSHIONS (3), AND SEPTUM SECUNDUM (6).

CARDIOVASCULAR SYSTEM 06 51/2 WEEK HEART: The left ventricular wall has been removed. Identify the AORTAE (1), PULMONARY TRUNK (6), RIGHT ATRIUM (2), LEFT VENTRICLE (5), INTERVENTRICULAR FORAMEN (3), INTERVENTRICULAR SEPTUM (9).

CARDIOVASCULAR SYSTEM 07 4 MO HEART: Identify the interventricular septal defect.

CARDIOVASCULAR SYSTEM 08 INTERVENTRICULAR SEPTAL DEFECT: Note also the communication between the right atrium and the aorta.

CARDIOVASCULAR SYSTEM 09 TRANSPOSITION OF GREAT VESSELS: Identify the characteristic features of this defect. (Thick red rod from pulmonary trunk to left ventricle, thin red rod from aorta to right ventricle, thick blue rod through interventricular septum.)

CARDIOVASCULAR SYSTEM 10 TETRALOGY OF FALLOT: Identify the characteristic features of this defect. (Red rod in aorta enters left ventricle, blue rod in aorta enters right ventricle, thin blue rod passes from right to left ventricle, short blue rod from right ventricle through narrow opening [pulmonary stenosis] into dilated pulmonary trunk.)

CARDIOVASCULAR SYSTEM 11 CYANOSIS: Cyanosis and clubbing of the digits associated with the tetraoloy of Fallot. Why do you get clubbing of digits?

CARDIOVASCULAR SYSTEM 12 COARCTATION OF THE AORTA: Explain the development and diagnosis of this defect.

CARDIOVASCULAR SYSTEM 13 COARCTATION OF THE AORTA: Identify the constriction in this radiograph.

CARDIOVASCULAR SYSTEM 14 DORSAL AORTAE FROM 31 DAY EMBRYO

CARDIOVASCULAR SYSTEM 15 AORTIC ARCHES: Identify LEFT AND RIGHT COMMON CAROTID ARTERIES, AORTIC SAC, THIRD AND FOURTH AORTIC ARCHES.

CARDIOVASCULAR SYSTEM 16 AORTIC ARCHES. Identify 2ND, 3RD, 4TH AND 6TH ARCHES, TRUNCUS ARTERIOSUS

CARDIOVASCULAR SYSTEM WEEK FETUS: Identify the HEART (12), LUNG (14), COMMON CAROTIC ARTERY (6), RT SUBCLAVIAN ARTERY (20), ABDOMINAL AORTA (1), AND UMBILICAL ARTERY (23).

CARDIOVASCULAR SYSTEM 18 Lateral view of vessels.