“Slight leakage – egg cup full Some low abdo pain – 10 hr ago. Not now or since On speculum: os closed, some white discharge Triple swabs Nitrazine negative CTG – uterine contractions?? Baseline – 165 BTBV”
“fetal heart remains 160 – 170, fetal heart down to 150, Dr Samy informed. To remain on CTG recording. Dr Samy will come to see her later.”
“CTG recommenced. F(etal) H(eart) baseline 140 bpm. Accelerations were noted. No decelerations. Baby active. To be reviewed by Dr Samy.”
“Reviewed (after being on CTG showing fetal movements). Fetal movements (++) felt by patient and shown on monitor. CTG baseline 140 bpm (in between movements). Variability 5 – 10 bpm. Accelerations repeated with movements (giving the impression of tachycardia but baseline between movements 140 bpm). Therefore, reactive trace. Maternal contractions shown on monitor but not felt by patient ?Braxton Hicks. Therefore, allowed home. Reassured. TCI [to come in] if feels contractions or reduced fetal movement.”
“any tracing with a baseline rate of greater than 150 bpm should be carefully scrutinised for other suspicious features.”
“that the evolution of chronic fetal hypoxia is slow. In general, abnormal fetal heart rate patterns are observed over several weeks before ante partum fetal death.”
“Persistent accelerations may lead to confusion such that some traces have been termed “pseudodistress” patterns. When the fetus is very active it may show so many accelerations that it is misinterpreted as tachycardia with decelerations. This situation can arise in the antenatal period or in labour.”
“I have completely redrafted my report because the case that is being put now is different to the case that we dealt with in 2007. However, my interpretation of the CTG is based upon the interpretation I made at that time on28 September 1998 . I do not seem to have another copy…I have based this report upon my previous interpretation of the CTG…”
“the main target of antepartum fetal heart monitoring is the detection of chronic fetal hypoxia related to chronic placental dysfunction… the evolution of chronic fetal hypoxia is slow. In general, abnormal fetal heart patterns are observed one or several weeks before antenatal death.”
“in the presence of normal FHR variability, no matter what other FHR patterns may be present, the fetus is not suffering cerebral tissue asphyxia because it has been able to successfully centralise the available oxygen and is thus physiologically compensated. In the presence of excessive asphyxia stress however as evidenced by severe periodic changes or prolonged bradycardia this compensation may break down and the fetus may have progressive central tissue asphyxia. In this case it is theorized that FHR variability decreased and eventually is lost.”
“As baseline variability was not impaired this pattern indicates that this was an early stage of fetal compromise. The fetus would have been receiving adequate oxygen for the health of the brain to be maintained, albeit by increasing the blood flow to the brain by an increase in the heart rate. It is perfectly feasible that this should continue for several days before damaging hypoxia developed.” (my emphasis). The point made by Ms Harrison at trial, and which I have been asked to address now following circulation of the draft judgment, is that the reference to “several days” is inconsistent with a time interval between 28th September and around 11th October when, on the claimant’s case, the brain damage commenced. I don’t accept that there is any inconsistency. On any plain reading “several days” is capable of referring to 13 days. In any event, the point which Mr Hare was making in the joint report, as in his oral evidence and which is supported by the literature, is that the downward trajectory of the fetal heart’s compensatory mechanism may be very slow when the underlying mechanism is placental dysfunction. Mr Hare referred to “several days”; the 20 authors of the FIGO Guidelines referred to “several weeks.”