Postgraduate Diploma in Sexual and Reproductive Medicine

Aims of the module:

Critically analyse and synthesise advanced knowledge of reproductive anatomy, physiology, and endocrinology, evaluating their interrelationships and implications for clinical practice in sexual and reproductive medicine.

Module Content:
Female reproductive physiology
Male reproductive physiology
Fertilisation and early embryogenesis
Embryogenesis including AI evaluation of embryo quality
Placental function
Pregnancy

Learning outcomes:

1. Critically analyse and evaluate the anatomical, physiological, and endocrine functions in relation to reproduction, synthesising complex information to inform advanced clinical practice.
2. Critically assess and integrate knowledge of normal physiology in relation to conception, implantation, and pregnancy, applying this understanding to complex clinical scenarios.

Aims of the module:
Evaluate and integrate complex physiological and psychological mechanisms underlying sexual function and dysfunction, developing advanced diagnostic and therapeutic strategies for diverse patient populations.

Module Content:
The psychology of sex, attraction and orgasm
Female psychosexual dysfunction
Erectile dysfunction and premature ejaculation
Hypoactive sexual disorder
Psychosexual counselling
Medical management of sexual disorders

Learning outcomes:

1. Synthesise and critically evaluate the psychological and pathophysiological factors contributing to sexual function, applying this knowledge to develop comprehensive assessment strategies.
2. Critically appraise and design evidence-based management strategies for male and female sexual disorders, considering diverse patient needs and emerging treatments.

Aims of the module:
Critically appraise the pathophysiological mechanisms underlying male infertility, synthesising current research to develop and evaluate innovative therapeutic approaches for complex cases of male reproductive disorders.

Module Content:
Interpretation of semen analysis including new applications of AI
Pathophysiology of semen generation
Primary hypogonadism
Secondary hypogonadism
Medical management of male infertility 1
Medical management of male infertility 2

Learning outcomes:

1. Apply a critical approach to the diagnosis, investigation, and management of male sub and infertility, including the ability to differentially diagnose varying causes of primary and secondary hypogonadism.
2. Formulate and justify comprehensive management plans for complex cases of male subfertility and infertility, integrating current research and best practices.

Aims of the module:
Analyse and evaluate the multifaceted causes of female infertility, designing and critiquing evidence-based clinical management strategies that incorporate emerging treatments and technologies.

Module Content:
Menstrual abnormalities
Primary and Secondary ovarian failure
Polycystic ovarian syndrome
Structural abnormalities leading to female subfertility
Medical management of female subfertility 1
Medical management of female subfertility 2

Learning outcomes:

1. Critically evaluate and apply advanced clinical approaches to the diagnosis, investigation, and medical management of female subfertility/infertility, integrating knowledge of structural pathological causes.
2. Analyse and assess the consequences of structural pathological causes of reduced female subfertility/fertility, developing evidence-based strategies for patient care and management.

Aims of the module:
Synthesise advanced knowledge to develop and critically evaluate comprehensive investigation and management strategies for couples presenting with fertility issues, considering psychosocial factors and ethical implications.

Module Content:
Defining infertility
Counselling of the infertile couple and communication skills
Referral to fertility services
Recurrent miscarriages 1
Recurrent miscarriages 2
Genetics and genetic counselling

Learning outcomes:

1. Design and critically evaluate management strategies for a variety of infertility scenarios, from initial presentation to appropriate referral, demonstrating advanced clinical decision-making skills.
2. Critically analyse and develop diagnostic and investigative approaches for recurrent miscarriages and genetic factors in diverse clinical settings, synthesising current research findings.

Aims of the module:
Critically examine and evaluate the complex landscape of assisted reproduction, including its scientific, ethical, and societal challenges, developing strategies to navigate these issues in clinical practice.

Module Content:

The weekly topics will cover:

Understanding IUI, IVF and ICSI, including basic embryological procedures.
Selection of patients for assisted conception and treatment pathways depending on the underlying physiological or anatomical disorder.
Understanding the complications of Assisted Reproduction treatments including the potential genetic abnormalities in the resultant offspring.
The indication and appropriate use of donor eggs and sperm, in addition to the use of a surrogate.
Understanding expected treatment success rates depending on age, aetiology of subfertility and how this relates to expectations.
Ethical and legal considerations surrounding Assisted Reproduction Selection/Treatment and Subsequent child birth.

Learning outcomes:

1. Critically appraise and evaluate current infertility treatments, including their indications, success rates, and potential complications, synthesising this knowledge to inform advanced clinical practice.
2. Analyse and critically debate the ethical dilemmas surrounding assisted reproduction, evaluating their relationship to diverse political and religious sensitivities and developing strategies to navigate these complex issues in clinical practice.