“…the government stated, at para 60: It is intended that “likely harm” should cover all cases of unacceptable risk in which it may be necessary to balance the chance of the harm occurring against the magnitude of that harm if it does occur.”
“There is a branch on the left side that could be a branching accessory suture or a fracture”
“I am fairly open when I disagree with other radiologists. I stick to my view and allow the Court to weigh it up rather than disagree.”
“So what we're looking at there is backward forward type of motion [moves body back and forth in rocking motion] where the injury is caused by the soft tissues being stretched as the neck and the head move forward. So, again, for similar reasons to what Jay outlined, I think that this has most likely been caused by a shaking mechanism”. c. “So we have two impacts and a shaking mechanism which, from my perspective, most neatly explains all of the injuries that I've seen on the scans in their totality” d. P.1662: “Now, it is possible, I think, to have bilateral or complex and multiple fractures from a single impact at the back of the head because you could have... and there are in fact documented examples of this, where both parietal bones have fractures from an occipital impact or an impact at the top of the head. The issue that I would struggle with in this case is how to tie together in a single impact the occipital fracture on one side with the linear parietal fracture away from it on the other side from a single impact. I cannot see, mechanically, how that could happen. Now, I would say that it could be that this is a very rare injury pattern which has never been described from a witnessed event. That would be possible. It's never been reported or documented. e. So, I suppose we can never say something is an impossibility because there could always be the first case that's reported in the world literature that hasn't appeared yet. But in terms of if the advocates want to know what I think is likely or less likely, I think it's very difficult and very unlikely that the skull fracture pattern here can be explained by a single impact. I think it's far more likely, and I don't think it's a fine balance, I think it's far, far more likely that this is more than one impact.” 10. In oral evidence Dr Hogarth stated the following about mechanism of injury: a. “The deeper injury to the white matter on slides 20 and 21 is the type of brain injury we can see in acceleration and deceleration type mechanism. All of these areas of injury to brain substance can be seen in that kind of a mechanism”. b. He accepted the limitations of the scans that radiologists see, in that not all falls by children result in attendance at hospital and/or with children undergoing a scan in any event. c. He accepted there was no evidence of hypoxic / ischaemic brain injury or of retinal haemorrhaging in B’s case. He said that whilst it was not uncommon for there to be hypoxic / ischaemic brain injury and/or retinal haemorrhaging in these sorts of injuries, he did not consider he could draw much from the absence of the same. d. Dr Hogarth remained of the view that, if the court accepts that the left occipital lines are fracture lines, by far the easier explanation is separate impacts to the skull. e. He said that the response of the skull can be unpredictable and explained further, “The analogy I use, if one took hard boiled eggs and dropped them sequentially on to a hard surface, there would be different pattern of cracking. There is a random aspect to cracking. Not a deterministic response. The same single event may produce an array of different outcomes. When we look at this question of single or more than one impact, I could see how a fracture in parietal bones can be caused by a single impact. But it is much more difficult for me to see how a fracture on the back on the left can be caused by a blow to that area and cause a fracture to the front, I can’t see how that would occur mechanically, intuitively”
“I do not believe there is an explanation for these injuries provided within them.” [p.1091] 12. In the experts’ meeting, Mr Jayamohan opines [p.1657]: a. Injuries A to G (which are injuries i to vii on LA’s threshold document) “would be explainable by an impact/impacts to the head”. b. “I think the much more likely is that the neck ligament injury is caused by a shaking injury, rather than an impact”. c. “The other thing to add is the subdural bleeding, potentially the subarachnoid and potentially the parenchymal injuries and white matter could be explainable by a significant shaking injury as well, but such would not explain the skull fracture. So this definitely has to be an impact, and, working on the nuchal ligament findings in the neck, I think a shaking injury as well”. d. The alleged incident of falling from the mother’s lap [p.1660-1661]: “So I think it's something to consider for the skull fracture. However, I think it is unlikely, and probably veering towards very unlikely to explain the intracranial injuries in this case. If he fell onto the right side of his head, it would potentially cause some subdural bleeding and some subarachnoid bleeding, but we also note that there was some bleeding contralateral, high up on the top, on the left side. I think it becomes unlikely but not impossible”. e. “The thing that I don't really associate is the time when he fell and how he was in between. So the bit that doesn't fit for me is how unwell he was on the morning of the 31st… Yes, on the morning of the 31st with that altered conscious level. I would have a significant level of difficulty, from a primary brain injury, explaining an interval period of normality followed by a substantial decrease in conscious level on the 31st. So there's where I can't really understand that.” 13. In oral evidence Mr Jayamohan stated the following about mechanism of injury: a. “It would be very unlikely that a fall off the sofa would cause an occipital fracture in a child of this age”. b. “The 30 October fall remains, if my guesstimate of height is correct, remains a real potential explanation for the skull fracture. I think it is an unlikely explanation for the brain injuries because of how he was in presentation”. c. “I would probably say… could he have had an injury on 30th and sudden deterioration on 31st? I won’t say impossible but really, really unlikely”. d. As to whether the vaccinations could have caused the brain injuries: “The short answer is that there is no evidence that these sorts of injuries can be linked with vaccinations. I would say it is as close to impossible as I am willing to say”. e. “The brain is not yet explainable by any of the events described and is recent”. f. The neck injury is more likely to be caused by a shaking mechanism than by impact. Although a rotational fall flexing forward is a possible explanation, that is much less likely if the left occipital line is an accessory suture rather than a fracture. Dr Cleghorn 14. In her report dated 22.02.24, Dr Cleghorn opines as follows about mechanism: a. Bruise to right eyelid i. “It would be highly unusual for bruising of the eyelid to occur during normal activity unless there was some fall onto a projecting object” [p.1051 §5.73]. ii. “Mother has described a number of events. None of these are described as involving a fall onto a projecting object” [p.1052 §5.7.4] iii. “In the absence of any other appropriate accidental explanation it is more likely that the bruise to the right eyelid was inflicted by forceful contact with an object. It is not possible to say whether this occurred at the same time as the other injuries or not but it may have done” [p.1052 §5.7.5] b. Skull fractures i. “The explanations which have been provided are of various trips and falls while B was being normally active and exploring his mobility. As noted above, I am not able to comment on the timing of the skull fracture other than making some clinical observations. From these I would exclude the events in August, September and the 17th October as being causes of the fracture” [p.1057 §6.5.4] ii. “Mother’s description of B bumping his head on the oven door is a common observation of childhood events. I would not expect this to have caused a fracture to the skull, and particularly the side of the skull” [p.1058 §6.5.8] iii. “The remaining explanation is of a fall while climbing into and attempting to stand on mother’s lap. This would be described as a simple fall and it is recognised that simple falls from the height of a toddler can cause a skull fracture. However, I note that B was not a tall infant (his height at the Initial Health Assessment was 75cm, between the 9th and 25th centiles) which would suggest this is not a significant distance to fall, and in addition there was a significant fracture which extended to the coronal suture which suggests there was a significant force involved. Therefore I think this is less likely to be the cause of the skull fracture but cannot exclude it as a possibility. However, if it is responsible for the skull fracture I think it would be unlikely to also be the cause of the intracranial haemorrhages” [p.1058 §6.5.9]. c. Brain injury i. “From the information I have seen… it is unlikely that B has a medical condition which is responsible for the brain insults” [p.1061 §7.2.5]. ii. “I have already discussed, in the section on fractures, that the events recalled by parents are unlikely to be the cause of the skull fractures. These events would not be expected to cause intracranial haemorrhages” [p.1064 §7.5.5]. iii. “In the absence of an appropriate accidental explanation the intracranial haemorrhages are more likely to be inflicted for example from a shaking injury” [p.1064 §7.5.6]. 15. In the experts’ meeting, Dr Cleghorn states: a. P.1659: “From my point of view, I'm in agreement with what's already been said. With respect to the last two, the mark on the right eyelid is reported to look like a bruise when first seen. It's also reported to change in its appearance, again, which would support it being a bruise, and that's likely to have occurred as a result of some form of impact against the eyelid. ” b. P.1662: regarding any clotting abnormality; “However, even if this little boy has got a clotting abnormality which might cause that increased risk of bleeding from a traumatic event, that still wouldn't explain the other intracranial findings, the sort of brain injury, and the injury of the neck tissues as well that Kieran's already talked through. So it may be relevant when we're talking about the bleeding, I don't think it's relevant for the full picture that we are presented with, with this child” 16. In her oral evidence Dr Cleghorn said about mechanism of injury: a. The 10ml/kg fluid bolus administered on 31.10.23 would have had no impact on the level of scalp swelling or on the fluid gathering in nucal region. b. The vaccinations administered on 31.10.23 would only cause localised swelling but not to the scalp and would not have been responsible for any of the neuro-radiological findings. c. She had never seen tracking of blood from a head injury to an eyelid, although had seen it from an eyelid to a cheek. Dr Cleghorn acknowledged that the treating consultant paediatrician Dr Anne Davis in the strategy meeting on 1.11.23 is noted as saying, “Eyelid is bruised but this could be tracking from the outside the skull bleed” [p.49]. d. Dr Cleghorn agreed that there is a differential diagnosis for why the eye discoloured, namely related to head injury rather than specific blunt force trauma. She accepted that it was a ‘perfectly reasonable conclusion to come to’ that the right eyelid mark was more likely due to the head injury rather than separate blunt force trauma. Timing Dr Hogarth 17. In his report dated 25.03.24 Dr Hogarth states the following about timing [p.1116-1117]: a. “Acute skull fractures are associated with soft tissue swelling at CT examination in a majority of cases; Kleinman et al 1992 showed scalp swelling on the CT scans in all 35 cases studied with acute skull fracture. Scalp swelling will be detectable on neuroimaging immediately after a head injury but may or may not be apparent clinically. After 2 weeks, scalp swellings would generally be expected to resolve. It should be understood that it is not possible to age skull fractures using CT or skull radiographs. b. The large amount of scalp swelling with subgaleal haematoma indicates a recent impact injury. There is no scalp swelling over the left occipital fracture. This is either because it is an older injury or it is because the fracture occurred without producing scalp swelling. c. The fresh subarachnoid and subdural haemorrhage is unlikely to be more than 10 days or so old at the time of the CT head scan. The MR scan is not helpful in narrowing the time frame any further than. The skull fractures cannot be dated radiologically. d. There are no features to suggest a chronic subdural bleed. The subdural fluid collection over the left frontal lobe is likely to be a traumatic subdural effusion. There are no features to suggest more than one episode of bleeding but this cannot be excluded as a possibility without having scans from previous time-points. The skull fractures may have occurred during the same injurious episode or may have occurred at more widely separated points in time.” 18. In the experts’ meeting Dr Hogarth states [p.1658]: “Now, the comment I made about timing, just briefly whilst I'm on the subject of those two fractures, is they could occur as part of the same injurious event, in other words some kind of incident where there are multiple impact injuries to the head within a short time frame. There's no possibility, on the basis of the neuroimaging, to exclude a scenario where they might have occurred at more distant time points. I can't tell, because we can't know the age of fractures from looking at them”
“Also, while it is not possible to date the bruise on B’s eyelid, and while clinically bruising can be present for a couple of weeks, it would not be expected that a bruise occurred during any of the event described by the mother in August/September and on the 17th October and not be visible until the day Bwas seen in hospital” [p.1052 §5.7.4] b. Fractures: Dr Cleghorn defers to radiologists. “From a clinical perspective swelling, if it occurs, will occur within the first 24 hours of fracture and may be quickly obvious or may take some time to develop to a stage where it becomes obvious to a parent or carer. However, from clinical experience most swelling will be noticed in the first day, and if developing quickly within the first few hours of an injury.” [p.1055 §6.3.2] c. “I would not expect that an injury in August, September or on the 17th October would not present with any swelling until the 31st October” [p.1056 §6.3.3] d. “No swelling was noted until the late afternoon of the 31st October and so it is possible that the skull fracture occurred over the preceding 24 hours” [p.1056 §6.3.4] e. Intracranial haemorrhages: Dr Cleghorn defers to neuro-radiologists. “As a paediatrician, clinical experience is that there may not be many clinical signs or symptoms from intracranial haemorrhages but if there are these will usually be noticed within the first few hours of the event causing the haemorrhages” [p.1062 §7.3.2]. f. “Parents describe Bas being his normal self on the morning of the 31st October, by 9am, mother was concerned that he seemed less like himself, he was unsettled later and then became distressed” [p.1062 §7.3.3]. g. “That clinical progression could be the result of the fracture, the intracranial injuries, or both (if both occurred at the same event) and likely to represent a recent event although it is not possible to be more specific than that” [p.1062 §7.3.4]. Presentation Dr Cleghorn 23. In her report dated 22.02.24, Dr Cleghorn writes: a. “Bruises are painful when they occur and I would expect Bto have been distressed. However, infants will often quickly settle if given a feed or a cuddle and afterwards bruises may only cause distress if they are tender when touched” [p.1052 §5.8.1]. b. “Fractures are painful when they occur and I would expect an infant to be distressed and that this would be recognised at the time as a significant event although a witness may not realise that the event had caused a fracture. Children can be distracted from pain with a cuddle, or a feed and may quickly settle down and paracetamol is an effective painkiller and if given could also reduce the distress” [p.1058 §6.6.1]. c. “Neurological injuries can present in a wide variety of ways from mild irritability and being off feeds to significant collapse, unconsciousness and death. Parents and carers might identify a change of behaviour in an infant who was previously placid or settled and then becomes irritable but if the infant is irritable for other reasons or generally an unsettled baby then a behavioural change might not be noticed” [p.1064 §7.6.1]. d. “After the initial event there may be a deterioration in neurological status but not always. Infants can remain conscious and not develop any significant neurological signs or they may deteriorate to a variable degree. Some may become unconscious, some may develop seizures or be irritable but otherwise well. This can happen quickly or after some time and it is not possible to be more specific about this. However, in clinical practice it is the milder brain insults which will tend to present later and insults which cause widespread brain injuries are more likely to cause a child to become significantly unwell and present sooner after the insult has happened” [p.1064 §7.6.2]. 24. In her oral evidence Dr Cleghorn accepted that the first significant reporting of abnormality in the child’s presentation was on 31.10.23. However, she said that “sometimes symptoms are non-specific”
“The scalp swelling would be painful when the area is pressed and may continue to cause some discomfort at a more mild level even if not touched. The subdural blood could be relatively silent but the brain injuries would be expected to cause a level of change in the brain function. While not widespread, there is a sufficient amount of brain injury here over a large part of the frontal lobe and temporal lobe on the right side that it would normally be an impact event with the level of energy (especially when considering the skull fracture overlying this as well) that would cause a child to have an altered brain function, although this is not an absolute.”
“So what we're looking at there is backward forward type of motion [moves body back and forth in rocking motion] where the injury is caused by the soft tissues being stretched as the neck and the head move forward. So, again, for similar reasons to what Jay outlined, I think that this has most likely been caused by a shaking mechanism”. d. P.1662: “Now, it is possible, I think, to have bilateral or complex and multiple fractures from a single impact at the back of the head because you could have... and there are in fact documented examples of this, where both parietal bones have fractures from an occipital impact or an impact at the top of the head. The issue that I would struggle with in this case is how to tie together in a single impact the occipital fracture on one side with the linear parietal fracture away from it on the other side from a single impact. I cannot see, mechanically, how that could happen. Now, I would say that it could be that this is a very rare injury pattern which has never been described from a witnessed event. That would be possible. It's never been reported or documented. e. So, I suppose we can never say something is an impossibility because there could always be the first case that's reported in the world literature that hasn't appeared yet. But in terms of if the advocates want to know what I think is likely or less likely, I think it's very difficult and very unlikely that the skull fracture pattern here can be explained by a single impact. I think it's far more likely, and I don't think it's a fine balance, I think it's far, far more likely that this is more than one impact.” a. “The deeper injury to the white matter on slides 20 and 21 is the type of brain injury we can see in acceleration and deceleration type mechanism. All of these areas of injury to brain substance can be seen in that kind of a mechanism”. b. He accepted the limitations of the scans that radiologists see, in that not all falls by children result in attendance at hospital and/or with children undergoing a scan in any event. c. He accepted there was no evidence of hypoxic / ischaemic brain injury or of retinal haemorrhaging in B’s case. He said that whilst it was not uncommon for there to be hypoxic / ischaemic brain injury and/or retinal haemorrhaging in these sorts of injuries, he did not consider he could draw much from the absence of the same. d. Dr Hogarth remained of the view that, if the court accepts that the left occipital lines are fracture lines, by far the easier explanation is separate impacts to the skull. e. He said that the response of the skull can be unpredictable and explained further, “The analogy I use, if one took hard boiled eggs and dropped them sequentially on to a hard surface, there would be different pattern of cracking. There is a random aspect to cracking. Not a deterministic response. The same single event may produce an array of different outcomes. When we look at this question of single or more than one impact, I could see how a fracture in parietal bones can be caused by a single impact. But it is much more difficult for me to see how a fracture on the back on the left can be caused by a blow to that area and cause a fracture to the front, I can’t see how that would occur mechanically, intuitively”. a. “The significant scalp swelling seen on admission to hospital was noted to increase in size visibly over the hospital stay initially. This is in keeping with an acute onset of swelling of the scalp and bleeding underneath the scalp in the subgaleal space. The cause of this will be impact/s to the head.” b. The widespread nature of the injury on the right draws into focus the possibility that there had been several impacts to the head, but I would entertain one very significant impact causing this widespread findings with ‘spreading out’ from the site. c. Looking at the axial cuts, there are subgaleal collections in communication with a swollen scalp seen in the left frontal and right parietal regions, and I would therefore be of the opinion that these are likely to have been caused by separate contact events. d. The right sided coronal suture diastasis fracture would have been caused by an impact injury. e. The subdural bleeding, as seen, can be caused by significant impact injury, more likely to the right side of the head or maybe caused by a non-impact or shaking injury given the fact that there is bilateral findings seen. Overall impacts could be enough to explain the findings in this case. f. The brain injuries are located in the right side, in a pattern while not impossible from a shaking injury, would be in my opinion, more likely to be seen after an impact injury. Both are possibilities. There is no evidence of any connection to the midline posterior birthmark, nor can I find any anomalous blood vessels or other finding that may explain these injuries. There is no evidence of infection, such as abscesses, subdural empyema or changes consistent with meningitis that I can see on these scans, all of which would appear to confirm the traumatic nature of these injuries. For the avoidance of doubt, the brain injuries themselves could not be explained by a very mild bleeding disorder or clotting abnormality, even if the small change seen in the basic clotting profile is held by the Court to be contributory to the scalp and subdural bleeding seen. I would not myself support this being a realistic explanation for the findings.” g. “If there are shaking mechanisms involved here (and while they are not necessary or indeed able to explain all of the injuries seen in this case, they are certainly a potential mechanism to explain some), this would be involving mechanisms outside of normal handling. The impact injury is explainable by impact but no history is provided of any events that timing and mechanism wise would explain these findings.” [p.1088] h. In respect of the parents’ explanations put forward: “I do not believe there is an explanation for these injuries provided within them.” [p.1091] a. Injuries A to G (which are injuries i to vii on LA’s threshold document) “would be explainable by an impact/impacts to the head”. b. “I think the much more likely is that the neck ligament injury is caused by a shaking injury, rather than an impact”. c. “The other thing to add is the subdural bleeding, potentially the subarachnoid and potentially the parenchymal injuries and white matter could be explainable by a significant shaking injury as well, but such would not explain the skull fracture. So this definitely has to be an impact, and, working on the nuchal ligament findings in the neck, I think a shaking injury as well”. d. The alleged incident of falling from the mother’s lap [p.1660-1661]: “So I think it's something to consider for the skull fracture. However, I think it is unlikely, and probably veering towards very unlikely to explain the intracranial injuries in this case. If he fell onto the right side of his head, it would potentially cause some subdural bleeding and some subarachnoid bleeding, but we also note that there was some bleeding contralateral, high up on the top, on the left side. I think it becomes unlikely but not impossible”. e. “The thing that I don't really associate is the time when he fell and how he was in between. So the bit that doesn't fit for me is how unwell he was on the morning of the 31st… Yes, on the morning of the 31st with that altered conscious level. I would have a significant level of difficulty, from a primary brain injury, explaining an interval period of normality followed by a substantial decrease in conscious level on the 31st. So there's where I can't really understand that.” a. “It would be very unlikely that a fall off the sofa would cause an occipital fracture in a child of this age”. b. “The 30 October fall remains, if my guesstimate of height is correct, remains a real potential explanation for the skull fracture. I think it is an unlikely explanation for the brain injuries because of how he was in presentation”. c. “I would probably say… could he have had an injury on 30th and sudden deterioration on 31st? I won’t say impossible but really, really unlikely”. d. As to whether the vaccinations could have caused the brain injuries: “The short answer is that there is no evidence that these sorts of injuries can be linked with vaccinations. I would say it is as close to impossible as I am willing to say”. e. “The brain is not yet explainable by any of the events described and is recent”. f. The neck injury is more likely to be caused by a shaking mechanism than by impact. Although a rotational fall flexing forward is a possible explanation, that is much less likely if the left occipital line is an accessory suture rather than a fracture. a. Bruise to right eyelid i. “It would be highly unusual for bruising of the eyelid to occur during normal activity unless there was some fall onto a projecting object” [p.1051 §5.73]. ii. “Mother has described a number of events. None of these are described as involving a fall onto a projecting object” [p.1052 §5.7.4] iii. “In the absence of any other appropriate accidental explanation it is more likely that the bruise to the right eyelid was inflicted by forceful contact with an object. It is not possible to say whether this occurred at the same time as the other injuries or not but it may have done” [p.1052 §5.7.5] b. Skull fractures i. “The explanations which have been provided are of various trips and falls while B was being normally active and exploring his mobility. As noted above, I am not able to comment on the timing of the skull fracture other than making some clinical observations. From these I would exclude the events in August, September and the 17th October as being causes of the fracture” [p.1057 §6.5.4] ii. “Mother’s description of B bumping his head on the oven door is a common observation of childhood events. I would not expect this to have caused a fracture to the skull, and particularly the side of the skull” [p.1058 §6.5.8] iii. “The remaining explanation is of a fall while climbing into and attempting to stand on mother’s lap. This would be described as a simple fall and it is recognised that simple falls from the height of a toddler can cause a skull fracture. However, I note that B was not a tall infant (his height at the Initial Health Assessment was 75cm, between the 9th and 25th centiles) which would suggest this is not a significant distance to fall, and in addition there was a significant fracture which extended to the coronal suture which suggests there was a significant force involved. Therefore I think this is less likely to be the cause of the skull fracture but cannot exclude it as a possibility. However, if it is responsible for the skull fracture I think it would be unlikely to also be the cause of the intracranial haemorrhages” [p.1058 §6.5.9]. c. Brain injury i. “From the information I have seen… it is unlikely that B has a medical condition which is responsible for the brain insults” [p.1061 §7.2.5]. ii. “I have already discussed, in the section on fractures, that the events recalled by parents are unlikely to be the cause of the skull fractures. These events would not be expected to cause intracranial haemorrhages” [p.1064 §7.5.5]. iii. “In the absence of an appropriate accidental explanation the intracranial haemorrhages are more likely to be inflicted for example from a shaking injury” [p.1064 §7.5.6]. a. P.1659: “From my point of view, I'm in agreement with what's already been said. With respect to the last two, the mark on the right eyelid is reported to look like a bruise when first seen. It's also reported to change in its appearance, again, which would support it being a bruise, and that's likely to have occurred as a result of some form of impact against the eyelid. ” b. P.1662: regarding any clotting abnormality; “However, even if this little boy has got a clotting abnormality which might cause that increased risk of bleeding from a traumatic event, that still wouldn't explain the other intracranial findings, the sort of brain injury, and the injury of the neck tissues as well that Kieran's already talked through. So it may be relevant when we're talking about the bleeding, I don't think it's relevant for the full picture that we are presented with, with this child” a. The 10ml/kg fluid bolus administered on 31.10.23 would have had no impact on the level of scalp swelling or on the fluid gathering in nucal region. b. The vaccinations administered on 31.10.23 would only cause localised swelling but not to the scalp and would not have been responsible for any of the neuro-radiological findings. c. She had never seen tracking of blood from a head injury to an eyelid, although had seen it from an eyelid to a cheek. Dr Cleghorn acknowledged that the treating consultant paediatrician Dr Anne Davis in the strategy meeting on 1.11.23 is noted as saying, “Eyelid is bruised but this could be tracking from the outside the skull bleed” [p.49]. d. Dr Cleghorn agreed that there is a differential diagnosis for why the eye discoloured, namely related to head injury rather than specific blunt force trauma. She accepted that it was a ‘perfectly reasonable conclusion to come to’ that the right eyelid mark was more likely due to the head injury rather than separate blunt force trauma. Dr Hogarth a. “Acute skull fractures are associated with soft tissue swelling at CT examination in a majority of cases; Kleinman et al 1992 showed scalp swelling on the CT scans in all 35 cases studied with acute skull fracture. Scalp swelling will be detectable on neuroimaging immediately after a head injury but may or may not be apparent clinically. After 2 weeks, scalp swellings would generally be expected to resolve. It should be understood that it is not possible to age skull fractures using CT or skull radiographs. b. The large amount of scalp swelling with subgaleal haematoma indicates a recent impact injury. There is no scalp swelling over the left occipital fracture. This is either because it is an older injury or it is because the fracture occurred without producing scalp swelling. c. The fresh subarachnoid and subdural haemorrhage is unlikely to be more than 10 days or so old at the time of the CT head scan. The MR scan is not helpful in narrowing the time frame any further than. The skull fractures cannot be dated radiologically. d. There are no features to suggest a chronic subdural bleed. The subdural fluid collection over the left frontal lobe is likely to be a traumatic subdural effusion. There are no features to suggest more than one episode of bleeding but this cannot be excluded as a possibility without having scans from previous time-points. The skull fractures may have occurred during the same injurious episode or may have occurred at more widely separated points in time.”
“Damage at the periphery outer edge of the brain. Not deep within tissues. Therefore, affecting the outer material of brain matter. The cerebral cortex can be seen with traumatic head injury.”
“The thing I don’t associate is the time when he fell and how he was in between, so the bit that doesn’t fit for me is how unwell he was on the morning of the 31st when he came into hospital.”
“If shaking were the mechanisms to cause what is said to be ‘such clear nuchal swelling’, where is the concomitant encephalopathy which is classically associated with the bending and stretching of cervico cranial nerves?”, often referred to as “the Geddes 2 research.”
“I cannot say that every child with this injury will present in the same way.”
“His crying had become heavy. As soon as I saw his face swollen, I went straight to the Intervenorand asked him to ‘Call emergency, he has a swelling.’”
“Swollen right side of face since 17:30. No redness. On examination, swelling ++ on right side of face and head. Child in a lot of discomfort. Advised to go to A&E.”
“Fit for 12-month vaccine. Appeared well. Comforted by Mother after.”
“When the expert report came out, I wanted to know how B got the injuries. I knew I had not done it. I know the father may not have done it. I remember from the end of September, B cried when he said the Intervenor’s first name. I’ve never seen him directly harming B .”
“The parents got on well, and my experience was that they were a good family. If there was something hidden, I don’t know but I didn’t see anything in the parents’ interaction with each other or their interaction with the children that caused me any concern.”
“I never saw them mishandling the child despite living with them in a small flat for six months. To the contrary, they used to be careful so I don’t understand how either of them have caused these injuries.”
“She seems to be implying there was something odd about what I was doing but there was not. My interest in the children who I was living with does not mean I had any strange intent in relation to the children or that I hurt the children. I hadn’t lived with children before, and I was genuinely interested in their care and presentation.”
“I accept that these possible explanations were not provided to the treating medics in order for them to assess whether this is consistent with B’s injuries. However, at this time, I was in a complete state of shock and I did not think of bringing this up to the attention of the treating medics immediately. B was suffering with a sudden swelling to his head and I was very worried and shocked. Further, the doctors then also informed me he had got a fracture in his skull which added to the shock and worry.”
“On 30 October in the evening between 6pm to 7pm, I was in my bedroom sitting on the carpet floor folding dry laundry; a big pile. B was with me on the floor playing.”
“A was also there with us in the room doing her schoolwork. At the time of playing, Bclimbed onto my lap with one of his feet trying to stand up and he became unbalanced within a second and fell down on the carpet. I witnessed this but it was too late to support him. Bfell and hit the right side of his head on the carpet. There was no great impact and this happened on a soft carpet surface and from a very low height as I was already sitting on the floor on the carpet. It did make a very little noise but I cannot describe this. B cried for approximately two minutes; a normal baby cry, not distressed. I immediately picked up B to comfort him, cuddled him and he stopped crying. I again pressed the right side of his head. I checked for injuries/marks and there were no injuries or marks. He appeared his usual happy self. He was drinking and eating fine. After five minutes, I carried on with the laundry as B appeared his normal self.”
“B woke around 7.30am, appeared to be his normal self and playing with his toys. The father later dropped A to school and went to work. The Intervenor was working from home. At around 9am, I noticed that B started to cry when I lay him down for his nappy change. This did not sound like his normal cry. It was a longer cry than usual and crying more than usual. He cried for one to two minutes. At that time, I thought he was feeling sleepy. I, therefore, breastfed him and he fell asleep. I also laid down on the bed next to him.”
“B then woke up at lunchtime, approximately noon and when he woke up, he was touching his right ear using the palm of his right hand. At this point, I became concerned that B may be in pain. From 9am onwards, he appeared to be a lot clingier than he is usually, not wanting to leave my side which was out of character. He did not want to eat his lunch but he did take some breastfeeds.”
“In the afternoon, I went to collect A from school with B. We went straight to the GP…”
“…for the one-year immunisations at 4.10pm. I raised B’s ear-side pain to the nurse before his immunisations were administered. I was informed by the nurse that this may be due to his teething and jaw development. She did advise me to give Bparacetamol and arrange a GP appointment if it worsened.”
“I gave Bparacetamol and then breastfed him until he fell asleep on my lap. I then transferred him to the centre of the double bed in our bedroom with pillows beside him. Bslept soundly until approximately 5.30pm when, all of a sudden, I heard him crying from the living room. He was crying continuously in pain and in distress for 10 to 15 minutes. This was a strange cry. When B first started crying, I quickly entered the bedroom and B was still in the centre of the bed and I took him on my shoulder and comforted him. At this point, I first noticed the swelling to the right side of B’s head. B was conscious but he looked strange and his eyes were half open. The swelling was a reddish swelling which started to turn blue. I immediately asked the Intervenor to call 111 and I was informed to remove B’s clothing which I did and ensure he did not fall asleep so I kept him awake. We were referred to the first Hospital who then advised us to attend A&E at the the second Hospital in light of the reported ear pain and overlying swelling.”
“The father left the house at around 8.30am with A. Bwas in the living room and kitchen area which are all part of the same open-plan room, until about 9am to 9am. He did a poo and I took him to the bedroom to clean him. I laid him down on the bed and he was crying a little more at this time which seemed strange. This was happening when I would lay him down. He was very clingy and would not leave me. I had difficulty in undertaking my tasks. I even called the father at 12.30pm… In fact, this was at 1.10pm. “…saying that he’s clingy to me and not letting me do anything and I felt there was some problem. Father explained I should try to feed him and put him to sleep, and we had an appointment for the one-year vaccination at the GP and we agreed I would ask about this at the GP surgery.”
“He was in a lot of pain. He was crying in a different way so I told my husband ‘He’s in a lot of pain’. Straight after that, a minute or so later, I’m telling him, ‘Do not bring the mehndi cone.”
“The next day, on 31 October, the same routine was followed again. B got up around 7.30am. He was excited to see me and A engaging with our usual morning routine. I remember he crawled into the bathroom as well and was interested to see what we were doing when we were brushing our teeth etc. I did not notice anything unusual in his presentation that morning. He seemed okay to me until I left for the office. The mother telephoned me around 12.30pm and told me that B was clingy and did not like her leaving him. I confirmed that she was going to the GP with B that afternoon for his vaccinations and told her to tell the GP about his mood. I also told the mother to try to see if she could make him sleep so that he will have some rest. After the vaccinations, she messaged me to tell me that he had had four immunisations. It was towards the end of my working day when she messaged me. I wrapped up my work and left the office to get home. I got on the 235 bus and, whilst on the bus, received a telephone call from the mother when I was near the High Street. The mother’s voice sounded scared. She sounded like she was crying and told me that B had a swelling on his head. I told her to call emergency services. I stopped the call to her and called emergency services, 111 and 999 myself. I told them that something had happened to our son and needed their help and gave them the address to go to.”
“The roles of the Court and the expert are distinct…that it is the court that is in the position to weigh the expert evidence against its findings on the other evidence.”
“Infant responses are variable. Even children that appear normal may already have subtle signs that are not immediately apparent.”