Year 1 HD1: Human Development 1
- Dr Peter King
- p.j.king@qmul.ac.uk
Introduction
Overall Aims
The course aims to ensure familiarity with the following aspects of human development:
1. The basic structure and anatomy of the pelvic region.
2. The events of embryonic development.
3. The changes that occur at puberty.
4. The factors that allow for fertilisation, implantation and normal pregnancy.
5. The process of birth and the physiological changes that occur in the baby.
6. Normal growth and development before and after birth and mechanisms for preventing disease.
7. Breast and bottle feeding.
8. The function of the various agencies that work with children, both statutory and voluntary.
9. The normal social, cognitive, language and emotional development of childhood and adolescence.
10. Contraception and the control of fertility.
11. The changes that occur as a result of ageing.
Sessions
Lecture: Development of Abilities in Children
- Understand the progress of motor and sensory development in childhood and its neurological basis.
- Describe the progress of language development in infancy and childhood.
- Describe the growth of cognitive abilities in childhood.
- Understand the methods by which development may be objectively assessed in young children
Lecture: Reproductive Endocrinology and the Menstrual Cycle
Lecture: Anatomy of the Pelvis
Lecture: Oogenesis and the Ovarian Cycle
- Identify the hormones released during the ovarian cycle and explain how they act on the endometrium.
- Explain the normal ovarian cycle
- Understand the normal process of ovulation.
- Describe the normal processes of oogenesis and ovulation leading to a normal ovarian cycle
- Understand that ovarian and menstrual cycles are closely linked.
Lecture: Spermatogenesis and Fertilization
Lecture: Implantation and Placental Function
Lecture: Pelvic Viscera & Perineum
Lecture: The Development & Sexual Differentiation of the Reproductive System
- Outline the development of the reproductive system
- Describe the descent of the testes and the development of the inguinal canal
- Understand the structure of the pelvic viscera in the male
- Understand the structure of female reproductive organs
- Understand the descent of the ureters through the pelvis and the position of the bladder and urethra in the male and female
Lecture: Embryology: Major Organ System Development
- Understand the difference between embryonic and fetal periods of development and the clinical significance to organ development and growth
- Highlights of week 4, to include the closure of the neural tube, folding of the embryo, the pharyngeal arches and the beginnings of the limbs.
- Highlights of week 5, to include the growth of the head and heart and kidneys.
- Highlights of week 6, to include, progress of the development of the limbs and heart and start of spontaneous movements.
- Highlights of week 7, to include the importance of cell death to shape the limbs and face and the growth and development of the gut.
- Highlights of week 8, to include bone formation and more of the development of the gut.
Lecture: Physiology of Pregnancy
Lecture: Labour and Delivery
Lecture: Contraception
Lecture: The Puerperium and Breast Feeding
Lecture: Physiological Adaptation from Fetus to Neonate
- Understand the processes whereby a fetus makes the transition from being dependent on the placenta to being able to live independently
- Understand the circulatory changes at birth and the neonatal transitional circulation
- Understand the changes in pulmonary physiology at birth
- Describe the basic metabolic adaptations which take place in the neonate
Lecture: Fundamental Mechanisms in Human Growth and Puberty
- Describe the regulation of normal growth
- Understand the normal physiological and anatomical changes at puberty
- Identify the stages of puberty in boys and girls
- Understand the relationships between growth and the onset of puberty
- Understand the techniques of measuring children of all ages and be able to plot and interpret measurements on a growth chart
- Understand the biological features influencing normal growth patterns
Lecture: Congenital Defects
Lecture: Stem Cells and Regenerative Medicine
- Define stem cells
- List the sources of stem cells and explain their differences.
- Outline biological regulation of stem cells
- Describe ethical, moral and legal issues surrounding stem cell research
- Describe potential clinical applications for stem cells, including the challenges that must be overcome.
- Understand how stem cells can be use in a research laboratory to study disease.
Lecture: The Processes of Human Ageing
- Briefly outline the patterns of disease noted in human development and diseases of premature ageing
- The learning objectives will be issued at the start of or during the module
- Briefly outline the patterns of disease noted in human development and diseases of premature ageing
- Outline the current theories on human ageing
Lecture: Ethical and Legal Aspects of Fetal life, Childhood and Ageing
Lecture: Cellular Aspects of Ageing
Lecture: Menopause
Lecture: Immune Function in the Fetus and Infancy
Lecture: Immunisation
- Indicate the development of the immune system, including the function of lymphocytes.
- Recognise the normal immunisation programme.
- Understand the dangers to the individual and the herd of not immunizing.
- Explain the immunological processes enabling protection against disease to take place.
- Relate experience in the UK to worldwide programmes of protection.
Lecture: Normal Behaviour and Emotional Development in Childhood
- Describe those characteristics of the infant, child and adolescent which can be considered as normal behaviour.
- Understanding of the importance of distinguishing the different stages of development.
- Understand psychological development during adolescence.
- Understand sexual behaviour during adolescence.
Phys Practical: Hormones of Reproduction
Phys Practical: Aspects of Growth
HD PBL 4: Infant Feeding
HD PBL 2: Normal Pregnancy and Labour
HD PBL 3: Adaptation to Extra-Uterine Life
HD PBL 5: Child Development
Microanatomy 1: Male and Female Reproductive Systems
Microanatomy 2: Placental Development