“Thus, at birth, Isaiah had no audible heart, no respiration, no activity, no muscle tone and had biochemical confirmation of severe lack of oxygen following proven uterine rupture more than 45 minutes before. This is asnear death as it is possible to get and still have heart action started byresuscitation. In former times, he would have been declared a stillbirth. In my 45 years of experience with neonatal medicine, I have never seen an infant in such a situation without very severe brain damage in the few infants who have survived long enough for the brain to be assessed.”
“Regarding the level of Isaiah’s neurological disability, there is a significant mismatch between the perception of his parents and the perception of the multidisciplinary team of health care professionals at King’s College Hospital and professionals from other hospitals who have visited to assess Isaiah. Isaiah’s state of profound neuro-disability is the result of alleged substandard care received at the time of birth, which has understandably has (sic) left his parents devastated at the loss of what should have been a joyous occasion, the birth of their son Isaiah. They feel absolutely let down by the healthcare system, are understandably critical of the standard of care received at the time of birth and have good reason to be angry. In some respects, the parents’ feelings can best be understood in terms of a state of suspended grieving over a period of 9 months. Intensive care personnel can also find it very challenging caring for patients left with profound neurodisability when there is no prospect of improvement. The day to day routine of intensive care can become an intense emotional burden when faced with what appears to be a hopeless situation. The stage is then set for misunderstandings in communication between staff and parents, which can result in an erosion in trust and breakdown in relationships.”
“3.5.2 A formal EEG with 8 channels was carried out on day 3 and showed a supressed background with electrical seizures. Clinical examination by Dr H that day revealed no spontaneous movement, no reaction to pressure on the sternum, no gag reflex on deep suction of the pharynx. In light of the EEG report of electrical seizures, levetiracetam was increased on 21/2/17. The following days, 22/2/17 and 23/2/17, status epilepticus was noted on the continuous aEEG (CFM). This term means continuous seizure activity with insignificant pause between seizure activity for over 30 minutes. While occasional brief seizures are probably not harmful themselves, status epilepticus is believed to cause brain injury in its own right and is therefore important to treat. The rate of the midazolam infusion was increased and the dose of levetiracetam was increased. 3.5.3 Although the majority of infants with HIE do not go on to have epilepsy later in childhood, some do and Isaiah is in that group because he had such prolonged periods of seizures, including status epilepticus that were difficult to control even with multiple drugs. Because of the danger of recurrence of status epilepticus, it would be advisable to keep such a child on maintenance anticonvulsant therapy.”
“3.6.4 I note from Professor F’s report that these images have been reviewed independently by two Oxford consultant neuroradiologists and their opinion was ‘This MRI shows evidence of severe extensive hypoxic ischaemic injury were very extensive changes on Diffusion weighted image affecting basal ganglia and cortex, prerirolandic areas and temporal lobe and suspicious for changes in the brain stem.’ 3.6.5 The MRI findings described above in the basal ganglia are predictive of quadroplegic cerebral palsy and the cortical and white matter involvement predictive of other impairments especially cognitive and visual. The concern about the brain stem is particularly worrying as brain stem function is necessary to breath and to suck and swallow safely.”
“This is a significant and worrying observation because any drug effect from the anticonvulsants or sedatives would tend to reduce, rather than increase tone. The pattern of increased tone at only two weeks was the first sign that Isaiah was heading towards 4 limb spastic quadriplegia.”
“Having reviewed Isaiah’s clinical notes, clinical examination and imaging, it is clear that he has sustained a severe profound hypoxic ischaemic encephalopathy as a consequence of uterine rupture. He was extremely acidotic at delivery, and was gravely ill with multi-organ failure in the first 24 hours. Unfortunately, in this setting whilst other organs can recover quickly, brain injury is often permanent and severe, Isaiah had the most severe clinical stage of hypoxic ischaemic encephalopathy (Samat Stage 3) initially. He had a pattern of severely abnormal brain electrical activity (burst suppression) which did not improve in the first 24-48 hours. These are all associated with very poor neurological prognosis. He had refractory seizures that were ultimately controlled only with three anticonvulsants (though they have since improved). His magnetic resonance imaging shows evidence of very widespread restricted diffusion – this is a pattern seen with cytoxic cell oedma – indicating brain cells that are swollen and in the process of dying. His neurological examination at 6 weeks of age is extremely abnormal with markedly abnormal tone and reflexes. Isaiah has sadly sustained severe global hypoxic ischaemic brain injury and already at 6 weeks of age has evidence of severe spasticity and motor dysfunction. Furthermore, his conscious state remains profoundly depressed and he remains ventilator dependent without any significant improvement. Isaiah is on appropriate doses of anticonvulsants and I do not believe that they are significantly depressing his conscious state (his phenobarbitone is in the therapeutic range) or adversely affecting his neurological examination. In my view, if he were to survive, Isaiah would undoubtedly have extremely severe global motor disability with spastic quadriplegic cerebral palsy – a consequence of his severe basal ganglia injury apparent on initial imaging. I did not detect any evidence that Isaiah is generally aware of his surroundings. The combination of severe basal ganglia and cortical injury, with his ongoing severely abnormal conscious state lead me to believe that he will, in addition have profound cognitive impairment. He has apparent severe brain-stem dysfunction evident in his inability to manage his secretions and sustain respiratory effort. Given the burden of his illness (profound neurological impairment), the burden of treatment (mechanical ventilation in a child with severe dystonia and poor airway control requiring very frequent suctioning) and the lack of benefit from continued treatment, it is my professional opinion that it is not in Isaiah’s best interests to continue mechanical ventilation and intensive care.”
“3.8.1 Isaiah had a second MRI scan on4/4/2017 aged over 10 weeks. This showed the maturation of previously damaged areas of brain in a manner which is easier to recognise. This was reported “This showed the expected maturation of the previous areas of abnormal signal change, with encephalomalacia (wasting and scarring) in both central motor regions. The basal ganglia and hippocampi were markedly shrunk in keeping with severe injury, there was considerable white matter volume loss. This can therefore confirm widespread extremely severe brain injury with cell death in the superficial and deep grey matter structures as well as the white matter and brainstem – almost the entirety of Isaiah’s brain.” 3.8.2 I have reviewed the MR images and am in complete agreement with the report above.”
“Dr Y, Dr S and Dr D are in agreement that, from history, confirmatory clinical examination and magnetic resonance imaging, Isaiah has suffered catastrophic brain injury with microcephaly and significant cerebral atrophy already evident on the neuroimaging. He has very abnormal and increased gross motor tone and severely reduced and abnormal movement. He has very reduced brain stem function. Of most significant relevance for his survival, is the fact that he is unable to sustain adequate spontaneous ventilation off the ventilator, cope with the production of airway secretions, or demonstrate airway protective reflexes, making it highly unlikely that he will survive for any significant time once disconnected from life support. With the severe clinical picture of bilateral cerebral palsy with overwhelming spasticity and already elements of early dystonic patterning clearly evident, even at this young age, no apparent social contact made by the baby during our examination, inability to suck and possibly swallow with no airway protective reflexes or adequate respiratory drive, “life” would only be at the cost of significant ongoing discomfort and technical invasion. Even at this early stage it is evident that even if he could survive off the ventilator Isaiah would have a profound movement disorder with considerable clinical, developmental and functional co-morbidity. In addition, we do not believe that the current levels of potentially sedating medications – Levetiracetam and Baclofen – are having a significant depressive effect on his respiratory drive. Therefore, we believe that reduction in the dosage or cessation of the medication altogether will not have a significant impact on his likelihood of breathing spontaneously after discontinuation of respiratory support. However, taking into account the wishes of his parents, Dr S expressed the opinion that further reduction in both Levetiracetam and Baclofen, with a view to trying to potentially stop them altogether over the space of 2 weeks, would be clinically reasonable, providing Isaiah does not manifestly show significantly increasing discomfort from abnormal tone or movements and he does not develop electromagnetically proven seizures. It is our opinion therefore that it is not in Isaiah’s best interests to continue intensive care and invasive respiratory support, because of the extensive burden of his illness (that of profound neurological impairment, hypertonia and movement disorder), the excessive burden of his treatment (ongoing need for mechanical ventilation and poor airway control requiring frequent suctioning) and the lack of benefit from continued treatment, as laid out in the Royal College of Paediatrics and Child Health document ‘Making Decisions to Limit Treatment in Life-Limiting and Life-Threatening Conditions in Children: a Framework for Practice.’”
“3.9.8 An EEG recording was carried out on 1/9/17. This was reported: In summary, the EEG is similar to previous recordings with an abnormal background suggestive of an epileptic encephalopathy secondary to the history of hypoxic ischaemic injury. What this means in plain language, is that Isaiah’s brain was not seizing at the time of the recording (less than 60 minutes) but is ready to seize at any time. In view of this, Isaiah’s previous status epilepticus and the fact that Isaiah had a cause for seizures, it was decided that the safest course was to continue with the Levetiracetam and try and optimise the dose”
“This indicates the pathways from the retina to the brain are not working and is entirely compatible with the extensive injury and destruction of the back of the brain and the repeated observation that he does not respond to any visual stimuli.”
“If a child is not going to benefit from the treatment, and will not improve, and the ventilation will cause side effects that will cause pain and distress what does Isaiah get out of being ventilated. He is alive, but is it living? Can he enjoy, can he experience emotions. We have never seen this. Even he is able to gain some small comfort, is the weight of treatment increasing his discomfort, a discomfort we cannot treat.”
“4.9.1 Isaiah suffered severe near fatal hypoxia as a result of uterine rupture and has shown consistent evidence of severe brain injury since delivery. He has never, over 9 months, been able to breathe consistently off the ventilator, has none of the reflexes needed to protect his airway, cannot suck and swallow, has spastic/dyskinetic quadriplegia so severe that all four limbs are almost rigid in extension despite Baclofen, so that he cannot sit, roll over, hold any object, crawl or move his body in any way. 4.9.2 His medications, at the doses being used, are not capable of supressing is breathing. He has absolutely no useful vision and shows no external signs of either pleasure or pain. As he does not show external reactions even to deep suctioning or to pressure, it is difficult to know if he can feel pain. He appears to have impaired hearing but this may be partial. When handled, he sometimes appears to respond but the movements are purposeless, usually bilateral and are probably coming from a low level in the nervous system.”
“5.1 Prognosis after severe perinatal hypoxia has been actively studied since therapeutic hypothermia was introduced and out own group in Bristol has measured developmental outcomes up to at least 2 years in over 200 term infants who were cooled for this condition. The MR images give the best prediction of later outcome but continuous EEG over the first few days, and neurological examination in the newborn period are also predictive. In Isaiah’s case, it was possible to say at about 10 days of age that, if he survived, he would have severe quadriplegia. What has emerged since then is that (a) despite good nutrition and good supportive care including physiotherapy, he has made no significant neurological or developmental improvement in 9 months, (b) his MRI at 10 weeks showed massive loss of brain tissue and (c) his brain is not able to sustain breathing without mechanical help. The brain injury on his second MRI is even more severe than any of the 200 surviving infants our team has followed in Bristol. Huge and important areas of brain have been lost and are not going to regenerate. Isaiah’s condition is not going to significantly improve.”
“Yes, treatment is able to prolong life but: 8. Isaiah’s life is limited with no overall qualitative benefit 8.1 Burden of Treatment 8.1.1 Mechanical ventilation via a trachaeostomy involves having the trachea sucked out periodically because Isaiah is unable to clear secretions that accumulate in the airways. Having the trachea sucked out if one is conscious is very uncomfortable and stressful experience if one is conscious. 8.2 Burden of underlying condition 8.2.1 The severity of the brain injury includes the brain stem as well as the basal ganglia and thalamus. The developing cerebral palsy affects all 4 limbs, the trunk and also the muscles controlling breathing and swallowing. He is unable to sit up, let alone stand or walk. Spastic muscles produce muscle spasms. Most adults know how painful leg (i.e. calf) muscle spasms can be. In addition, Isaiah has involuntary (dyskinetic) movements which are also disturbing and uncomfortable if one is conscious. 8.3 Lack of ability to derive benefit from treatment 8.3.1 The severity of Isaiah’s brain injury and his lack of improvement over 9 months indicate that, even if he were mechanically ventilated at home via a trachaeostomy, he would not be able to: (i) derive pleasure (taste, smell and texture) from eating and drinking because he would have to be fed by tube into his stomach, (ii) communicate himself by speech or sign language, because of the severity of his cerebral palsy, (iii) be able to understand speech or visual communication as his hearing is impaired and he has no usual vision as his brain is not able to process information from the retina, (iv) be able to learn to read or use a computer, even one using visual fixation, because of (ii) and (iii), (v) be able to take part, actively, in family activities, (vi) be able to learn productive skills or follow an educational course, (vii) I am doubtful as to whether if mechanically ventilated at home via a trachaeostomy, he would derive pleasure from touch and stroking” 8.3.2 I thus have to conclude that, according to the Royal College of Paediatrics and Child Health guidance “Making Decisions to Limit Treatment in Life-Limiting and Life-Threatening Conditions in Children: Framework for Practice” 2016, it is not in Isaiah’s best interests to prolong mechanical ventilation either in hospital or at home. It is in his best interests for mechanical ventilation to be withdrawn in circumstances where any possible distress is recognised or minimised.”
“Isaiah Haastrup was 9 months of age when I saw him at Kings College Hospital PICU. At the time of his birth he suffered severe hypoxic ischaemic brain damage, which has left him with profound neurological disability, such that he has significantly diminished consciousness (Glasgow Coma Scale 56) and severely diminished respiratory drive, meaning that he will never become independent of assisted ventilation for life support. He has suffered severe global, cortical, white mater and deep brain structure damage that is the cause of his sever spastic and dysfunctional muscle tone, leading to frequent dystonic spasms. These are known to be very painful as evidence in other patients with cerebral palsy but have intact cognition/awareness. The damage to the brainstem structures is permanent and is in the location for the neural control centres for swallowing, airway protective reflexes and respiratory drive, which in Isaiah’s case is seriously deranged, such that he does not have any airway protective reflexes such as gag or cough response and cannot coordinate swallowing and breathing without the risk of lifethreatening lung aspiration.”
“In my opinion, a trachaeostomy is not an option to consider in Isaiah’s case as it will serve no purpose. It will not facilitate weaning or transition from PICU to the community because his clinical condition is so severe, without any prospect of useful functional recovery, and no reasonable team would consider him for a long-term home ventilation care package. …/ I have cared for patients with cerebral palsy who have required long-term ventilation in the home. Some have trachaeostomy and gastrostomy. Even though some of them are severely neurologically disabled, it is possible to appreciate that they do have some quality of life, being able to respond to their environment, interact with their carer and demonstrate pleasure and convey signs when they are distressed and uncomfortable, so that their carer can attend to them properly. I am not aware of, and have never been involved with, children with a similar level of severe neurodisability as Isaiah has who have managed to be discharged home with the trachaeostomy and mechanical ventilation.”
“[46] In much of my work I am asked to speak with children and report their wishes and feelings to the court regarding their parents’ own positions. I cannot of course do so with Isaiah and must rely on the evidence and my observations. Isaiah was born into a loving and caring family. Ms Thomas and Mr Haastrup are devoted to Isaiah and he has a special place in their family. Mr Haastrup has stated to me, “It is the care you give Isaiah that gives him quality of life…I can come here for the next five years. Coming here every day is not a burden.”
“[22] Hence the focus is on whether it is in the patient's best interests to give the treatment rather than whether it is in his best interests to withhold or withdraw it. If the treatment is not in his best interests, the court will not be able to give its consent on his behalf and it will follow that it will be lawful to withhold or withdraw it. Indeed, it will follow that it will not be lawful to give it. It also follows that (provided of course they have acted reasonably and without negligence) the clinical team will not be in breach of any duty toward the patient if they withhold or withdraw it.” and “[39] The most that can be said, therefore, is that in considering the best interests of this particular patient at this particular time, decision-makers must look at his welfare in the widest sense, not just medical but social and psychological; they must consider the nature of the medical treatment in question, what it involves and its prospects of success; they must consider what the outcome of that treatment for the patient is likely to be; they must try and put themselves in the place of the individual patient and ask what his attitude towards the treatment is or would be likely to be; and they must consult others who are looking after him or are interested in his welfare, in particular for their view of what his attitude would be.”
“As the authorities to which I have already made reference underline again and again, the sole principle is that the best interests of the child must prevail and that must apply even to cases where parents, for the best of motives, hold on to some alternative view.”
“I When life is limited in quantity If treatment is unable or unlikely to prolong life significantly it may not be in the child’s best interests to provide it. These comprise: A. Brain stem death, as determined by agreed professional criteria appropriately applied; B. Imminent death, where physiological deterioration is occurring irrespective of treatment; C. Inevitable death, where death is not immediately imminent but will follow and where prolongation of life by LST confers no overall benefit. II When life is limited in quality This includes situations where treatment may be able to prolong life significantly but will not alleviate the burdens associated with illness or treatment itself. These comprise: A. Burdens of treatments, where the treatments themselves produce sufficient pain and suffering so as to outweigh any potential or actual benefits; B. Burdens of the child’s underlying condition. Here the severity and impact of the child’s underlying condition is in itself sufficient to produce such pain and distress as to overcome any potential or actual benefits in sustaining life; C. Lack of ability to benefit; the severity of the child’s condition is such that it is difficult or impossible for them to derive benefit from continued life.”
“C. Lack of ability to derive benefit In other children the nature and severity of the child’s underlying condition may make it difficult or impossible for them to enjoy the benefits that continued life brings. Examples include children in Persistent Vegetative State (PVS), Minimally Conscious State, or those with such severe cognitive impairment that they lack demonstrable or recorded awareness of themselves or their surroundings and have no meaningful interaction with them, as determined by rigorous and prolonged observations. Even in the absence of demonstrable pain or suffering, continuation of LST may not be in their best interests because it cannot provide overall benefit to them. Individuals and families may differ in their perception of benefit to the child and some may view even severely limited awareness in a child as sufficient grounds to continue LST. It is important, here as elsewhere, that due account of parental views wishes and preferences is taken and due regard given to the acute clinical situation in the context of the child’s overall situation. Although it is possible to distinguish these different groups of decisions to limit LSTs that are based on quality-of-life considerations, in practice combinations may be present. For example, a child or infant in intensive care may have sustained such significant brain injury that future life may provide little benefit, while both intensive treatment and future life are likely to cause the child substantial pain and distress.”
“Ms Thomas and Mr Haastrup are devoted to Isaiah and he has a special place in their family. Mr Haastrup stated to me ‘It is the care you give Isaiah that gives him the quality of life…I can come here for the next five years. Coming here every day is not a burden.’ I have no doubt as to how loved and cherished Isaiah is by his parents and that they would do an exceptional job in maintaining his care in the community.”
“In other children the nature and severity of the child’s underlying condition may make it difficult or impossible for them to enjoy the benefits that continued life brings. Examples include children in Persistent Vegetative State (PVS), Minimally Conscious State, or those with such severe cognitive impairment that they lack demonstrable or recorded awareness of themselves or their surroundings and have no meaningful interaction with them, as determined by rigorous and prolonged observations. Even in the absence of demonstrable pain or suffering, continuation of LST may not be in their best interests because it cannot provide overall benefit to them.”