Fetal Physiology | ||
Topic 1 | A: Normal Physiology | 30 minutes |
Section 1 | Normal Physiology. Introduction, Aerobic metabolism, the meaning of pH, CO² elimination, Summary and examples. | |
Topic 2 | B: Disturbed Acid-base balance (1) | 40 minutes |
Section 2 | Disturbed Acid-base balance (1) Introduction, respiratory acidaemia, fetal adaption to hypoxia, anaerobic metabolism, summary, and examples. | |
Topic 3 | C: Disturbed Acid-base balance (2) | 30 minutes |
| Section 3 | Disturbed Acid-base balance (2) Introduction Acid-base balance (2) Introduction, base deficit, metabolic acidemia, the influence of maternal acid-base status, summary & examples. | |
Total Time Taken | 1 hour & 40 minutes |
Cord Blood Gas | ||
Topic 1 | A: Introduction to Cord Blood Gas Analysis | 30 minutes |
Section 1 | Introduction to Cord Blood Gas Analysis, Aim and overview. Neonatal assessment, neonatal management, audit, medicolegal purposes. | |
Topic 2 | B: Cord Sampling in Practice | 50 minutes |
Section 2 | Methods of Cord Sampling, introduction, a collection of blood, storage and analysis of blood, checking for paired samples, a summary of examples. | |
Section 3 | Importance of Paired Samples. Introduction, 3 reasons for paired samples, summary & examples. | |
Topic 3 | C: Interpretation of Results | 1 hour and 35 minutes |
Section 4 | Interpretation of Results Introduction to Interpretation of results, data from large studies, Acid-base status & neonatal morbidity. | |
Section 5 | Data from Large Studies. Introduction, pH, pCO2, base deficit, summary & examples. | |
Section 6 | Acid-base Status & Neonatal Morbidity. Introduction, pH: a poor indicator, neonatal morbidity, summary & examples. | |
Section 7 | Guidelines for Interpretation. Introduction, general principles, ‘normal ranges’, special circumstances, summary & examples. | |
Total Time Taken | 2 hours & 55 minutes |
Cardiotocography (or CTG) | ||
Topic 1 | A: Introduction to Cardiotocography | 15 minutes |
Section 1 | The Purpose of Monitoring.Aims, benefits, and pitfalls of the intrapartum CTG. | |
Section 2 | A Snapshot of Fetal Physiology. Control of the fetal heart rate. | |
Section 3 | A Systematic Approach. Some basic principles of CTG interpretation. | |
Topic 2 | B: Fetal Heart Rate Patterns 1: Basic Features | 1 hour and 10 minutes |
Section 4 | Baseline.Definition, determining the baseline, summary. | |
Section 5 | Accelerations. Definition, physiology, significance, summary. | |
Section 6 | Variability. Definition, physiology, technical limitations, significance, summary. | |
Section 7 | Decelerations. Definition, physiology, significance, summary. | |
Section 8 | Tocogram. Purpose, clinical value, summary. | |
Topic 3 | C: Fetal Heart Rate Patterns 2: 'Not Normal' Features | 1 hour |
Section 9 | Baseline Tachycardia. Definition, causes, significance, summary. | |
Section 10 | Abnormal Variability.Introduction, low variability, increased variability, summary. | |
Section 11 | Decelerations. Introduction, characteristics of decelerations, significance, NICE classification of decelerations. | |
Section 12 | Baseline Bradycardia.Introduction, appropriate clinical use, summary. | |
Topic 4 | D: Interpreting the CTG | 1 hour and 15 minutes |
Section 13 | Fetal Blood Sampling.Introduction, appropriate clinical use, summary. | |
Section 14 | Clinical Background. Risk factors, precipitating events, stage of progress in labour, summary. | |
Section 15 | Second Stage. Problems of the second stage tracing, four useful tips, summary. | |
Section 16 | RANZCOG Guidelines for CTG interpretation. The categorisation of the fetal heart rate features. | |
Total Time Taken | 3 hours & 35 minutes |
Errors & Limitations in Fetal Monitoring | ||
Topic 1 | A: Fetal Heart Rate Detection by Ultrasound | 50 minutes |
Section 1 | How does it work? Fetal heart rate detection by ultrasound, the beating heart, the ultrasound transducer. | |
Section 2 | Errors when using ultrasound.Signal quality, fetal heart rate doubling, fetal heart rate halving, inadvertent recording of maternal heart rate, spotting maternal recording, guarding against maternal recording. | 25 minutes |
Topic 2 | B: Fetal Heart Rate Detection with Scalp Electrodes | |
Section 3 | How does it work, FHR patterns, artifacts & arrhythmia, monitoring faults, corrective actions. | |
Topic 3 | C: Dual Heart Rate Monitoring | 20 minutes |
Section 4 | Dual HR indications & methods, risks in dual HR monitoring, identifying HR coincidence, offset mode, off-scale conditions, corrective actions | |
Topic 4 | D: Uterine Activity Monitoring | 20 minutes |
Section 5 | Managing the tocotransducer, what are the risks, contractions patterns, intrauterine pressure catheters, summary. | |
Topic 5 | E: How to Guard Against Errors & Summary | 25 minutes |
Section 6 | Recorder fallibilities, how to avoid mistakes, multiple fetuses, obtaining a good signal, second stage, factors, audio output & documentation. | |
Total Time Taken | 2 hours & 20 minutes |
Intermittent Auscultation | ||
Topic 1 | A: Monitoring the Fetal Heart | 20 minutes |
Section 1 | Determining the fetal position, troubleshooting, Practicing IA. | |
Topic 2 | B: Auscultating the Fetal Heart | 20 minutes |
Section 2 | The link between fetal heart and fetal well-being, direct and indirect methods, limitations. | |
Topic 3 | 3: Intrapartum Intermittent Auscultation | 10 minutes |
Section 3 | Process of IA, guidelines for the use of IA. | |
Total Time Taken | 50 minutes |
Antenatal CTG | ||
Topic 1 | A: Introduction to Antenatal CTG | 15 minutes |
Section 1 | Define the purpose of antenatal CTG, when would antenatal CTG be required, correct procedure for conducting antenatal CTG. | |
Topic 2 | B: Accelerations | 15 minutes |
Section 2 | Define fetal heart rate acceleration, review of physiology of accelerations, tell the significance of accelerations in a tracing. | |
Topic 3 | C: Reactive and Non-Reactive Patterns | 30 minutes |
Section 3 | Define reactive & non-reactive patterns, identify a reactive & non-reactive pattern, the significance of a non-reactive pattern, other measures as a result of a non-reactive pattern. | |
Total Time Taken | 40 minutes |
Shoulder Dystocia | ||
Topic 1 | A: Definition and Cause of Should Dystocia | 20 minutes |
Section 1 | Antenatal risk factors and intrapartum characteristics. | |
Topic 2 | B: Maternal and Neonatal Complications | 30 minutes |
Section 2 | i: Maternal Complications. Introduction, postpartum haemorrhage, uterine trauma, perineal trauma. | |
Section 3 | ii: Neonatal Complications.Introduction, HIA, brachial plexus injury. | |
Topic 3 | C: Management and Manoeuvres | 55 minutes |
Section 4 | i: Intrapartum Management. Introduction, goals of intrapartum management, managing time limits, calling for help. | |
Section 5 | ii: Manoeuvres. Introduction, McRoberts’, Rubins I, Rubins II, Woods Screw, Reverse Woods Screw, Delivery of the posterior arm, Gaskins maneuver, advanced maneuvers. | |
Section 6 | iii: Postpartum and On-going Risk Management. Introductions, postpartum care requirements, the importance of training, communication & documentation. | |
Total Time Taken | 1 hour & 45 minutes |
Breech | ||
Topic 1 | A: Introduction to Breech | 20 minutes |
Section 1 | Incidence, risk factors and types of breech presentation, current issues affecting breech, mode of delivery decision. | |
Topic 2 | B: Intrapartum Breech Management | 50 minutes |
Section 2 | The management principles, the undiagnosed breech, breech mechanisms, emergency maneuvers. | |
Total Time Taken | 1 hour & 10 minutes |
Postpartum Haemorrhage | ||
Topic 1 | A: Postpartum Haemorrhage | 1 hour & 20 minutes |
Section 1 | Primary Postpartum Haemorrhage. Risk factors for PPH, the main causes of PPH, the principles of PPH management. | |
Total Time Taken | 1 hour & 20 minutes |
Maternal Collapse | ||
Topic 1 | A: Maternal Collapse | 1 hour |
Section 1 | Incidence & risk factors for maternal collapse, the use of the DRSABCD mnemonic & its application in pregnancy. | |
Total Time Taken | 1 hour |
Pre-Eclampsia | ||
Topic 1 | A: Introduction to Pre-eclampsia | 40 minutes |
Section 1 | Define hypertension and severe hypertension, identify risk factors for pre-eclampsia, effects on mother and fetus, signs and symptoms of pre-eclampsia. | |
Topic 2 | B: Diagnosing & Managing Pre-eclampsia | 30 minutes |
Section 2 | Describe the diagnostic features of pre-eclampsia, identify the key steps to managing pre-eclampsia. | |
Topic 3 | C: Preventing & Management Eclampsia | 30 minutes |
Section 3 | Describe the principles of eclampsia management, be aware of management principles of eclamptic seizures, use of magnesium sulphateand complications associated, drug regimes used for management of severe hypertension. | |
Total Time Taken | 1 hour & 40 minutes |
Uterine Rupture | ||
Topic 1 | A: Uterine Rupture | 20 minutes |
Section 1 | Identifying the risk factors and the incidence of uterine rupture, complications of uterine rupture, recognition of uterine rupture and its management. | |
Topic 2 | B: Uterine Inversion | 30 minutes |
Section 2 | Identifying the risk factors and incidence of uterine inversion, complications of uterine inversion, recognition of uterine inversion and its management. | |
Total Time Taken | 50 minutes |
Cord Presentation & Prolapse | ||
Topic 1 | A: Introduction of Cord Prolapse | 15 minutes |
Section 1 | Definition of cord prolapse, the incidence of, risk factors for and complications of cord prolapse. | |
Topic 2 | B: Identification and Management of Cord Prolapse. | 30 minutes |
Section 2 | Identifying cord prolapse, initial management of cord prolapse. | |
Total Time Taken | 45 minutes |
Antepartum Haemorrhage | ||
Topic 1 | A: Antepartum Haemorrhage | 50 minutes |
Section 1 | Risk factors for APH, the main cause of APH: placenta praevia, placental abruption and vasa praevia, the principles of APH management. | |
Total Time Taken | 50 minutes |