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<art><ui>1741-7015-8-68</ui><ji>1741-7015</ji><fm>
<dochead>Debate</dochead>
<bibl>
<title>
<p>Unresponsive wakefulness syndrome: a new name for the vegetative state or apallic syndrome</p>
</title>
<aug>
<au ca="yes" id="A1"><snm>Laureys</snm><fnm>Steven</fnm><insr iid="I1"/><email>steven.laureys@ulg.ac.be</email></au>
<au id="A2"><snm>Celesia</snm><mi>G</mi><fnm>Gastone</fnm><insr iid="I2"/><email>g.celesia@comcast.net</email></au>
<au id="A3"><snm>Cohadon</snm><fnm>Francois</fnm><insr iid="I3"/><email>francois.cohadon@neuf.fr</email></au>
<au id="A4"><snm>Lavrijsen</snm><fnm>Jan</fnm><insr iid="I4"/><email>j.lavrijsen@elg.umcn.nl</email></au>
<au id="A5"><snm>Le&#243;n-Carri&#243;n</snm><fnm>Jos&#233;</fnm><insr iid="I5"/><email>leoncarrion@us.es</email></au>
<au id="A6"><snm>Sannita</snm><mi>G</mi><fnm>Walter</fnm><insr iid="I6"/><insr iid="I7"/><email>wgs@dism.unige.it</email></au>
<au id="A7"><snm>Sazbon</snm><fnm>Leon</fnm><insr iid="I8"/><email>sazbon@zahav.net.il</email></au>
<au id="A8"><snm>Schmutzhard</snm><fnm>Erich</fnm><insr iid="I9"/><email>erich.schmutzhard@i-med.ac.at</email></au>
<au id="A9"><snm>von Wild</snm><mi>R</mi><fnm>Klaus</fnm><insr iid="I10"/><insr iid="I11"/><email>kvw@neurosci.de</email></au>
<au id="A10"><snm>Zeman</snm><fnm>Adam</fnm><insr iid="I12"/><email>adam.zeman@pms.ac.uk</email></au>
<au id="A11"><snm>Dolce</snm><fnm>Giuliano</fnm><insr iid="I13"/><email>g.dolce@istitutosantanna.it</email></au>
<au type="on_behalf" id="A12"><cnm>the European Task Force on Disorders of Consciousness</cnm><insr iid="I1"/><email>coma@chu.ulg.ac.be</email></au>
</aug>
<insg>
<ins id="I1"><p>Coma Science Group, Dept of Neurology and Cyclotron Research Centre, University Hospital and University of Li&#232;ge, 4000 Li&#232;ge, and Belgian National Science Funds, Belgium</p></ins>
<ins id="I2"><p>Dept of Neurology, Loyola University of Chicago, Stritch School of Medicine, 2160 S. First Avenue, Maywood, IL 60153, USA</p></ins>
<ins id="I3"><p>Neurosurgical University Hospital, Pellegrin Tripode, Bordeaux, France</p></ins>
<ins id="I4"><p>Dept of Primary and Community Care, Radboud University Nijmegen Medical Centre Nijmegen, The Netherlands</p></ins>
<ins id="I5"><p>Dept of Experimental Psychology, University of Seville, Spain; Center for Brain Injury Rehabilitation, Torneo 23, Seville, Spain</p></ins>
<ins id="I6"><p>Department of Neuroscience, Ophthalmology and Genetics, University of Genova, Genova, Italy</p></ins>
<ins id="I7"><p>Department of Psychiatry and Behavioral Science, State University of New York, Stony Brook, NY, USA</p></ins>
<ins id="I8"><p>Tel Aviv University, Sackler Medical School, or Former Director of ICU for Vegetative Patients at Loewenstein Rehabilitation Hospital, Israel</p></ins>
<ins id="I9"><p>Dept of Neurology, University Hospital Innsbruck, Austria</p></ins>
<ins id="I10"><p>Medical Faculty, Westph&#228;lische Wilhelms-University, M&#252;nster, Germany</p></ins>
<ins id="I11"><p>Department of Rheumatology and Rehabilitation, Al-Azhar University, Cairo, Egypt</p></ins>
<ins id="I12"><p>Cognitive and Behavioral Neurology, Peninsula Medical School, Exeter, UK</p></ins>
<ins id="I13"><p>Research on Advanced Neuro-rehabilitation, S. Anna Institute, Via Siris - IT-88900 Crotone, Italy</p></ins>
</insg>
<source>BMC Medicine</source>
<issn>1741-7015</issn>
<pubdate>2010</pubdate>
<volume>8</volume>
<issue>1</issue>
<fpage>68</fpage>
<url>http://www.biomedcentral.com/1741-7015/8/68</url>
<xrefbib><pubidlist><pubid idtype="pmpid">21040571</pubid><pubid idtype="doi">10.1186/1741-7015-8-68</pubid></pubidlist></xrefbib>
</bibl>
<history><rec><date><day>20</day><month>8</month><year>2010</year></date></rec><acc><date><day>1</day><month>11</month><year>2010</year></date></acc><pub><date><day>1</day><month>11</month><year>2010</year></date></pub></history>
<cpyrt><year>2010</year><collab>Laureys et al; licensee BioMed Central Ltd.</collab><note>This is an Open Access article distributed under the terms of the Creative Commons Attribution License (<url>http://creativecommons.org/licenses/by/2.0</url>), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.</note></cpyrt>
<abs>
<sec>
<st>
<p>Abstract</p>
</st>
<sec>
<st>
<p>Background</p>
</st>
<p>Some patients <it>awaken </it>from coma (that is, open the eyes) but remain unresponsive (that is, only showing reflex movements without response to command). This syndrome has been coined <it>vegetative state</it>. We here present a new name for this challenging neurological condition: <it>unresponsive wakefulness syndrome </it>(abbreviated UWS).</p>
</sec>
<sec>
<st>
<p>Discussion</p>
</st>
<p>Many clinicians feel uncomfortable when referring to patients as <it>vegetative</it>. Indeed, to most of the lay public and media <it>vegetative state </it>has a pejorative connotation and seems inappropriately to refer to these patients as being <it>vegetable-like</it>. Some political and religious groups have hence felt the need to emphasize these vulnerable patients' rights as human beings. Moreover, since its first description over 35 years ago, an increasing number of functional neuroimaging and cognitive evoked potential studies have shown that physicians should be cautious to make strong claims about awareness in some patients without behavioral responses to command. Given these concerns regarding the negative associations intrinsic to the term <it>vegetative state </it>as well as the diagnostic errors and their potential effect on the treatment and care for these patients (who sometimes never recover behavioral signs of consciousness but often recover to what was recently coined a <it>minimally conscious state</it>) we here propose to replace the name.</p>
</sec>
<sec>
<st>
<p>Conclusion</p>
</st>
<p>Since after 35 years the medical community has been unsuccessful in changing the pejorative image associated with the words <it>vegetative state</it>, we think it would be better to change the term itself. We here offer physicians the possibility to refer to this condition as <it>unresponsive wakefulness syndrome </it>or UWS. As this neutral descriptive term indicates, it refers to patients showing a number of clinical signs (hence <it>syndrome</it>) of unresponsiveness (that is, without response to commands) in the presence of wakefulness (that is, eye opening).</p>
</sec>
</sec>
</abs>
</fm><bdy>
<sec>
<st>
<p>Background</p>
</st>
<p>We here present a new name (<it>unresponsive wakefulness syndrome </it>or UWS) for an over 35-year-old syndrome with an unintended albeit persistent negative connotation: the vegetative state. The widespread use of intensive care medicine and artificial ventilation to sustain respiration and circulation has increased survival from coma. It has also led to an increasing number of patients who have <it>awakened </it>from coma (that is, showed eye opening, incompatible with the diagnosis of coma) yet remain unresponsive (that is, only showed reflex movements as is also the case for coma) <abbrgrp>
<abbr bid="B1">1</abbr>
</abbrgrp>. In Europe, this clinical syndrome was initially termed <it>apallic syndrome </it>
<abbrgrp>
<abbr bid="B2">2</abbr>
</abbrgrp> and <it>coma vigil </it>
<abbrgrp>
<abbr bid="B3">3</abbr>
</abbrgrp> but it is currently known in the medical community as <it>persistent vegetative state </it>(PVS), a term first coined by Jennet and Plum in 1972 in their milestone <it>Lancet </it>paper <abbrgrp>
<abbr bid="B4">4</abbr>
</abbrgrp>. The name <it>vegetative state </it>was chosen to refer to the preserved vegetative nervous functioning, meaning these patients have (variably) preserved sleep-wake cycles, respiration, digestion or thermoregulation. The term <it>persistent </it>was added to denote that the condition remained for at least one month after insult. In 1994, the Multi-Society Task Force on PVS defined the temporal criteria for irreversibility (that is, more than one year for traumatic and three months for non-traumatic (anoxic) etiology) and introduced the notion of <it>permanent vegetative state </it>
<abbrgrp>
<abbr bid="B5">5</abbr>
</abbrgrp>. It is to these latter cases that ethical and legal end-of-life issues, of withholding and withdrawal of life sustaining treatment (that is, artificial hydration and nutrition), are related <abbrgrp>
<abbr bid="B6">6</abbr>
<abbr bid="B7">7</abbr>
</abbrgrp>.</p>
<p>Over the last three decades, a growing number of physicians and healthcare workers have felt uncomfortable when referring to patients as <it>vegetative </it>
<abbrgrp>
<abbr bid="B8">8</abbr>
<abbr bid="B9">9</abbr>
<abbr bid="B10">10</abbr>
</abbrgrp>, resulting in a number of papers reiterating the intellectual justification of the origins and choice of the term <abbrgrp>
<abbr bid="B11">11</abbr>
</abbrgrp>. The conception of a <it>vegetative nervous system </it>goes back to 1800 when Bichat divided the nervous system into animalic and vegetative <abbrgrp>
<abbr bid="B12">12</abbr>
</abbrgrp>. The former linked the person to her or his environment and was expressed by the muscles of voluntary locomotion and the organs of external senses. The latter identified the nutritional functions of the body. According to the Oxford English dictionary, '<it>to vegetate' </it>is to 'live a merely physical life devoid of intellectual activity or social intercourse' and '<it>vegetative' </it>describes 'an organic body capable of growth and development but devoid of sensation and thought'. To part, if not most, of the lay public and media, however, it has a rather pejorative undertone and seems (incorrectly) to refer to patients as being <it>vegetable-like </it>(for example, an internet search with the terms <it>vegetative state </it>and <it>vegetable </it>returned 26,700 hits, <it>&#233;tat v&#233;g&#233;tatif </it>and <it>plante </it>19,600; <it>stato vegetativo </it>and <it>vegetale </it>49,100 (Google search performed 8 April 2010). Many authors and social, political and religious groups have hence felt the need to emphasize these patients' clearly evident rights to be fully regarded as human beings <abbrgrp>
<abbr bid="B13">13</abbr>
<abbr bid="B14">14</abbr>
</abbrgrp>.</p>
<p>In addition to this malaise regarding the chosen term and its unintended denigrating connotation, some feel that referring to these patients as being in a <it>state </it>may (incorrectly) denote chronicity. Despite the fact that the clinical criteria of the vegetative state do not imply a temporal dimension, referring only to a clinical tableau reflecting <it>wakeful unawareness </it>
<abbrgrp>
<abbr bid="B4">4</abbr>
</abbrgrp>, for many physicians and healthcare workers it has the negative connotation of a being a longstanding and nearly irreversible condition. The introduction of the term <it>persistent vegetative state </it>(too often confounded with <it>permanent vegetative state </it>with which it unfortunately shares the same abbreviation PVS), may have contributed to this <abbrgrp>
<abbr bid="B15">15</abbr>
</abbrgrp>. In contrast to coma (which is an acute and transitory condition, lasting no more than days or weeks), a <it>vegetative state </it>may become chronic (lasting for decades) or may remain a transitory condition on the way to further recovery <abbrgrp>
<abbr bid="B16">16</abbr>
</abbrgrp>. This recently led the <it>Aspen Neurobehavioral Conference Workgroup </it>to characterize a new clinical entity coined the 'minimally conscious state' (MCS), describing patients who have recovered from a <it>vegetative state </it>(meaning they show more than reflex motor behavior but fail to show functional communication or object use) <abbrgrp>
<abbr bid="B17">17</abbr>
</abbrgrp>. Despite clear evidence that <it>vegetative </it>patients are not uniformly hopeless <abbrgrp>
<abbr bid="B18">18</abbr>
<abbr bid="B19">19</abbr>
</abbrgrp>, once stamped with the diagnosis <it>VS</it>, clinical practice shows it often is difficult to change the label, and the first signs of recovery of consciousness are too often missed. Previous studies by Childs <it>et al</it>. in Texas <abbrgrp>
<abbr bid="B20">20</abbr>
</abbrgrp> and Andrews <it>et al</it>. in London <abbrgrp>
<abbr bid="B21">21</abbr>
</abbrgrp> have estimated misdiagnosis of chronic patients referred to rehabilitation centers to be at around 40%. It has been argued that these older studies, performed prior to the publication of the Multi-Society Task Force on PVS criteria <abbrgrp>
<abbr bid="B5">5</abbr>
</abbrgrp> of VS, and long before the criteria of the MCS <abbrgrp>
<abbr bid="B17">17</abbr>
</abbrgrp>, were overly pessimistic. A very recent study, however, confirmed this unacceptably high rate of diagnostic error <abbrgrp>
<abbr bid="B22">22</abbr>
</abbrgrp>. A number of highly publicised patients also illustrate this point. Julia Tavalaro survived a brain trauma and was transferred to a tertiary care centre where she was called "<it>the vegetable</it>" for over six years, although she was conscious and sensate. She later wrote her memoirs in <it>Look Up for Yes </it>
<abbrgrp>
<abbr bid="B23">23</abbr>
</abbrgrp>. Terry Wallis, who was considered to be in a VS, made the headlines when he started to speak 19 years after his car accident. Careful analysis of his medical records quickly showed he actually recovered to a MCS within the first year after his brain trauma <abbrgrp>
<abbr bid="B24">24</abbr>
</abbrgrp>. Finally, since the term VS was coined in 1972, an increasing number of functional neuroimaging and event related potential (ERP) studies have shown that physicians should be very careful about making strong claims about patients' awareness <abbrgrp>
<abbr bid="B25">25</abbr>
<abbr bid="B26">26</abbr>
<abbr bid="B27">27</abbr>
<abbr bid="B28">28</abbr>
<abbr bid="B29">29</abbr>
<abbr bid="B30">30</abbr>
<abbr bid="B31">31</abbr>
</abbrgrp>. This situation is further complicated when patients with such disorders of consciousness have underlying deficits in the domain of verbal or non-verbal communication functions, such as aphasia, agnosia or apraxia <abbrgrp>
<abbr bid="B32">32</abbr>
<abbr bid="B33">33</abbr>
</abbrgrp>.</p>
</sec>
<sec>
<st>
<p>Discussion</p>
</st>
<p>Given these concerns regarding the negative connotation inherent in the term <it>vegetative state </it>and its possible effect on vulnerable patients awakening from coma, who sometimes never recover any voluntary responsiveness but may (probably more often than initially believed) recover minimal signs of consciousness, we here propose to change the label <it>vegetative state</it>, thus hoping to make it easier to change their management and standards of care. The European Task Force on Disorders of Consciousness has passed a proposal to change the name to <it>unresponsive wakefulness syndrome </it>or UWS. If after 35 years the medical community has been unsuccessful in changing the pejorative image associated with the words vegetative <it>state</it>, we propose that it might be better to change the term itself. From now on, physicians can choose this neutral descriptive term to refer to patients who, as the name indicates, show a number of clinical signs (hence the use of <it>syndrome</it>) of unresponsiveness (meaning they fail to show non-reflex behavior or command following) in the presence of wakefulness (meaning they open their eyes spontaneously or upon stimulation). Given the above mentioned difficulty in making strong general claims about awareness in severely brain damaged patients, we have chosen here to use the clinically descriptive term <it>unresponsive </it>rather than the misleading <it>unaware</it>. After discussion, other (existing) alternatives <abbrgrp>
<abbr bid="B34">34</abbr>
</abbrgrp> were rejected. <it>Coma vigil </it>was discarded because the term is a contradiction in terminis, given that coma patients by definition never open their eyes. <it>Apallic syndrome </it>was also rejected, as recent evidence has shown that these patients are not a-pallic (meaning without a cortex or pallium) <abbrgrp>
<abbr bid="B35">35</abbr>
</abbrgrp>, but classically show preserved albeit disconnected islands of residual (merely primary) cortical functioning <abbrgrp>
<abbr bid="B36">36</abbr>
</abbrgrp>.</p>
<p>Next, we stress the need for prospective studies on prognosis <abbrgrp>
<abbr bid="B18">18</abbr>
<abbr bid="B37">37</abbr>
<abbr bid="B38">38</abbr>
</abbrgrp> and treatment <abbrgrp>
<abbr bid="B39">39</abbr>
<abbr bid="B40">40</abbr>
</abbrgrp> in large, well-described cohorts of patients with disorders of consciousness, permitting evidence-based decision-making while respecting individual divergence in the challenging issues related to end-of-life decisions <abbrgrp>
<abbr bid="B6">6</abbr>
<abbr bid="B7">7</abbr>
</abbrgrp>. Such studies will need standardized behavioral assessment and outcome scales <abbrgrp>
<abbr bid="B41">41</abbr>
</abbrgrp>. The worldwide acceptance of the Glasgow Coma Scale (GCS) <abbrgrp>
<abbr bid="B42">42</abbr>
</abbrgrp> has standardized patient assessment in the ICU and allowed proper research to be carried out in the field of coma. However, the GCS was not intended to be used on patients with post-comatose disorders of consciousness, such as UWS and MCS. Other standardized scales will need to be employed in these cases <abbrgrp>
<abbr bid="B43">43</abbr>
<abbr bid="B44">44</abbr>
</abbrgrp>. We also need reliable objective para-clinical markers confirming our clinical signs of motor unresponsiveness and behavior indicative of the absence of awareness of environment and self <abbrgrp>
<abbr bid="B45">45</abbr>
</abbrgrp>. Studies assessing the efficacy of treatment of patients with disorders of consciousness should be separated into symptomatic and curative and should take into account not only patient age, etiology and time since insult, but also the need to clearly separate UWS from MCS <abbrgrp>
<abbr bid="B46">46</abbr>
</abbrgrp>.</p>
</sec>
<sec>
<st>
<p>Conclusion</p>
</st>
<p>In conclusion, our proposal offers the medical community the possibility to adopt a neutral and descriptive name, <it>unresponsive wakefulness syndrome</it>, as an alternative to <it>vegetative state </it>(or <it>apallic syndrome</it>) which we view as outdated. We feel this is a real necessity, given that the term PVS continues to have strong negative connotations after over 35 years of use, while inadvertently risking comparisons between patients and vegetables and implying persistency from the moment of diagnosis. It should be stressed that UWS is a clinical syndrome describing patients who fail to show voluntary motor responsiveness in the presence of eyes-open wakefulness which can be either transitory on the way to recovery from (minimal) consciousness or irreversible.</p>
</sec>
<sec>
<st>
<p>Abbreviations</p>
</st>
<p>ERP: event related potential; GCS: Glasgow Coma Scale; MCS: minimally conscious state; PVS: persistent vegetative state; UWS: unresponsive wakefulness syndrome; VS: vegetative state</p>
</sec>
<sec>
<st>
<p>Competing interests</p>
</st>
<p>The authors declare that they have no competing interests.</p>
</sec>
<sec>
<st>
<p>Authors' contributions</p>
</st>
<p>All authors contributed to the content of this manuscript and have read and approved the final draft.</p>
</sec>
</bdy><bm>
<ack>
<sec>
<st>
<p>Acknowledgements</p>
</st>
<p>SL is funded by the Belgian National Funds for Scientific Research. This debate paper originated from the European Task Force on Disorders of Consciousness, founded by G. Dolce, 18 September 2009 meeting in Rome at the Italian Ministry of Health, Work and Welfare, funded by the S. Anna Institute, Crotone, Italy. The following participants attended the meeting: H. Binder (Austria), GG Celesia (USA, chairman), F. Cohadon (France), G. Dolce (Italy; organiser), R. Elefante (Italy), A. Granata (Italy), M. Quintieri (Italy), L. Lucca (Italy), G. Gigli (Italy), M. Koler (Germany), S. Laureys (Belgium, chairman), J. Leon-Carrion (Spain), A. Morresi (Italy), G. Pugliesi (Italy), P. Pugliese (Italy), W.G. Sannita (Italy &amp; USA), L. Sazbon (Israel), E. Schmutzhard (Austria), A. Soddu (Belgium), K. von Wild (Germany). A selection of the participants, together with delegates from the United Kingdom (A. Zeman) and the Netherlands (J. Lavrijsen) participated in the writing of this consensus paper, aiming for a balanced representation in terms of geography and professional background (that is, neurology, neurosurgery, intensive care, rehabilitation, chronic and nursing home care, psychology and neuroscience). All delegates have previously participated in the development of discipline-specific position statements on disorders of consciousness or have made substantial contributions to the peer-reviewed literature.</p>
</sec>
</ack>
<refgrp><bibl id="B1"><title><p>The vegetative state</p></title><aug><au><snm>Monti</snm><fnm>MM</fnm></au><au><snm>Laureys</snm><fnm>S</fnm></au><au><snm>Owen</snm><fnm>AM</fnm></au></aug><source>BMJ</source><pubdate>2010</pubdate><volume>341</volume><fpage>292</fpage><lpage>296</lpage><xrefbib><pubid idtype="doi">10.1136/bmj.c3765</pubid></xrefbib></bibl><bibl id="B2"><title><p>Das apallische Syndrom</p></title><aug><au><snm>Kretschmer</snm><fnm>E</fnm></au></aug><source>Z ges Neurol Psychiat</source><pubdate>1940</pubdate><volume>169</volume><fpage>576</fpage><lpage>579</lpage><xrefbib><pubid idtype="doi">10.1007/BF02871384</pubid></xrefbib></bibl><bibl id="B3"><title><p>Meningitis of sinusoid origin with the form of coma vigil</p></title><aug><au><snm>Calvet</snm><fnm>J</fnm></au><au><snm>Coll</snm><fnm>J</fnm></au></aug><source>Rev Otoneuroophtalmol</source><pubdate>1959</pubdate><volume>31</volume><fpage>443</fpage><lpage>445</lpage><xrefbib><pubid idtype="pmpid">13807037</pubid></xrefbib></bibl><bibl id="B4"><title><p>Persistent vegetative state after brain damage. A syndrome in search of a name</p></title><aug><au><snm>Jennett</snm><fnm>B</fnm></au><au><snm>Plum</snm><fnm>F</fnm></au></aug><source>Lancet</source><pubdate>1972</pubdate><volume>1</volume><fpage>734</fpage><lpage>737</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1016/S0140-6736(72)90242-5</pubid><pubid idtype="pmpid">4111204</pubid></pubidlist></xrefbib></bibl><bibl id="B5"><title><p>Medical aspects of the persistent vegetative state (1)</p></title><aug><au><cnm>The Multi-Society Task Force on PVS</cnm></au></aug><source>N Engl J Med</source><pubdate>1994</pubdate><volume>330</volume><fpage>1499</fpage><lpage>1508</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1056/NEJM199405263302107</pubid><pubid idtype="pmpid" link="fulltext">7818633</pubid></pubidlist></xrefbib></bibl><bibl id="B6"><aug><au><snm>Jennett</snm><fnm>B</fnm></au></aug><source>The vegetative state. Medical facts, ethical and legal dilemmas</source><publisher>Cambridge: Cambridge University Press</publisher><pubdate>2002</pubdate></bibl><bibl id="B7"><title><p>Persistent vegetative state: clinical and ethical issues</p></title><aug><au><snm>Celesia</snm><fnm>GG</fnm></au></aug><source>Suppl Clin Neurophysiol</source><pubdate>2000</pubdate><volume>53</volume><fpage>460</fpage><lpage>462</lpage><xrefbib><pubidlist><pubid idtype="doi">full_text</pubid><pubid idtype="pmpid">12741034</pubid></pubidlist></xrefbib></bibl><bibl id="B8"><title><p>A critical analysis of conceptual domains of the vegetative state: sorting fact from fancy</p></title><aug><au><snm>Shewmon</snm><fnm>DA</fnm></au></aug><source>NeuroRehabilitation</source><pubdate>2004</pubdate><volume>19</volume><fpage>343</fpage><lpage>347</lpage><xrefbib><pubid idtype="pmpid" link="fulltext">15671589</pubid></xrefbib></bibl><bibl id="B9"><title><p>Apallic syndrome is not apallic: Is vegetative state vegetative?</p></title><aug><au><snm>Kotchoubey</snm><fnm>B</fnm></au></aug><source>Neuropsychological Rehabilitation</source><pubdate>2005</pubdate><volume>15</volume><fpage>333</fpage><lpage>356</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1080/09602010443000416</pubid><pubid idtype="pmpid">16350976</pubid></pubidlist></xrefbib></bibl><bibl id="B10"><title><p>How vegetative is the vegetative state? Preserved semantic processing in VS patients--evidence from N 400 event-related potentials</p></title><aug><au><snm>Schoenle</snm><fnm>PW</fnm></au><au><snm>Witzke</snm><fnm>W</fnm></au></aug><source>NeuroRehabilitation</source><pubdate>2004</pubdate><volume>19</volume><fpage>329</fpage><lpage>334</lpage><xrefbib><pubid idtype="pmpid" link="fulltext">15671587</pubid></xrefbib></bibl><bibl id="B11"><title><p>Thirty years of the vegetative state: clinical, ethical and legal problems</p></title><aug><au><snm>Jennett</snm><fnm>B</fnm></au></aug><source>Prog Brain Res</source><pubdate>2005</pubdate><volume>150</volume><fpage>537</fpage><lpage>543</lpage><xrefbib><pubidlist><pubid idtype="doi">full_text</pubid><pubid idtype="pmpid" link="fulltext">16186047</pubid></pubidlist></xrefbib></bibl><bibl id="B12"><aug><au><snm>Bichat</snm><fnm>M-F-X</fnm></au></aug><source>Recherches physiologiques sur la vie et la mort</source><publisher>Paris: Brosson Gabon</publisher><pubdate>1800</pubdate></bibl><bibl id="B13"><title><p>The proof of the vegetable: a commentary on medical futility</p></title><aug><au><snm>Borthwick</snm><fnm>C</fnm></au></aug><source>J Med Ethics</source><pubdate>1995</pubdate><volume>21</volume><fpage>205</fpage><lpage>208</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1136/jme.21.4.205</pubid><pubid idtype="pmcid">1376713</pubid><pubid idtype="pmpid">7473638</pubid></pubidlist></xrefbib></bibl><bibl id="B14"><title><p>Death of John Paul II and the basic human care for the sick and the dying</p></title><aug><au><snm>Velez</snm><fnm>GJ</fnm></au></aug><source>Ethics Med</source><pubdate>2005</pubdate><volume>21</volume><fpage>167</fpage><lpage>177</lpage><xrefbib><pubid idtype="pmpid">16475275</pubid></xrefbib></bibl><bibl id="B15"><title><p>Permanent vegetative state and persistent vegetative state are not interchangeable terms</p></title><aug><au><snm>Laureys</snm><fnm>S</fnm></au></aug><source>British Medical Journal</source><pubdate>2000</pubdate><url>http://bmj.com/cgi/eletters/321/7266/916#10276</url><note>16 Oct 2000(9 Sept 2005).</note></bibl><bibl id="B16"><title><p>Prevalence and characteristics of patients in a vegetative state in Dutch nursing homes</p></title><aug><au><snm>Lavrijsen</snm><fnm>JC</fnm></au><au><snm>van den Bosch</snm><fnm>JS</fnm></au><au><snm>Koopmans</snm><fnm>RT</fnm></au><au><snm>van Weel</snm><fnm>C</fnm></au></aug><source>J Neurol Neurosurg Psychiatry</source><pubdate>2005</pubdate><volume>76</volume><fpage>1420</fpage><lpage>1424</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1136/jnnp.2004.058198</pubid><pubid idtype="pmcid">1739352</pubid><pubid idtype="pmpid">16170089</pubid></pubidlist></xrefbib></bibl><bibl id="B17"><title><p>The minimally conscious state: Definition and diagnostic criteria</p></title><aug><au><snm>Giacino</snm><fnm>JT</fnm></au><au><snm>Ashwal</snm><fnm>S</fnm></au><au><snm>Childs</snm><fnm>N</fnm></au><au><snm>Cranford</snm><fnm>R</fnm></au><au><snm>Jennett</snm><fnm>B</fnm></au><au><snm>Katz</snm><fnm>DI</fnm></au><au><snm>Kelly</snm><fnm>JP</fnm></au><au><snm>Rosenberg</snm><fnm>JH</fnm></au><au><snm>Whyte</snm><fnm>J</fnm></au><au><snm>Zafonte</snm><fnm>RD</fnm></au><au><snm>Zasler</snm><fnm>ND</fnm></au></aug><source>Neurology</source><pubdate>2002</pubdate><volume>58</volume><fpage>349</fpage><lpage>353</lpage><xrefbib><pubid idtype="pmpid" link="fulltext">11839831</pubid></xrefbib></bibl><bibl id="B18"><title><p>Clinical signs and early prognosis in vegetative state: a decisional tree, data-mining study</p></title><aug><au><snm>Dolce</snm><fnm>G</fnm></au><au><snm>Quintieri</snm><fnm>M</fnm></au><au><snm>Serra</snm><fnm>S</fnm></au><au><snm>Lagani</snm><fnm>V</fnm></au><au><snm>Pignolo</snm><fnm>L</fnm></au></aug><source>Brain Inj</source><pubdate>2008</pubdate><volume>22</volume><fpage>617</fpage><lpage>623</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1080/02699050802132503</pubid><pubid idtype="pmpid" link="fulltext">18568716</pubid></pubidlist></xrefbib></bibl><bibl id="B19"><aug><au><snm>Dolce</snm><fnm>G</fnm></au><au><snm>Sazbon</snm><fnm>L</fnm></au></aug><source>The Post-traumatic Vegetative State</source><publisher>New York: Thieme</publisher><pubdate>2002</pubdate></bibl><bibl id="B20"><title><p>Accuracy of diagnosis of persistent vegetative state</p></title><aug><au><snm>Childs</snm><fnm>NL</fnm></au><au><snm>Mercer</snm><fnm>WN</fnm></au><au><snm>Childs</snm><fnm>HW</fnm></au></aug><source>Neurology</source><pubdate>1993</pubdate><volume>43</volume><fpage>1465</fpage><lpage>1467</lpage><xrefbib><pubid idtype="pmpid">8350997</pubid></xrefbib></bibl><bibl id="B21"><title><p>Misdiagnosis of the vegetative state: retrospective study in a rehabilitation unit</p></title><aug><au><snm>Andrews</snm><fnm>K</fnm></au><au><snm>Murphy</snm><fnm>L</fnm></au><au><snm>Munday</snm><fnm>R</fnm></au><au><snm>Littlewood</snm><fnm>C</fnm></au></aug><source>BMJ</source><pubdate>1996</pubdate><volume>313</volume><fpage>13</fpage><lpage>16</lpage><xrefbib><pubidlist><pubid idtype="pmcid">2351462</pubid><pubid idtype="pmpid">8664760</pubid></pubidlist></xrefbib></bibl><bibl id="B22"><title><p>Diagnostic accuracy of the vegetative and minimally conscious state: clinical consensus versus standardized neurobehavioral assessment</p></title><aug><au><snm>Schnakers</snm><fnm>C</fnm></au><au><snm>Vanhaudenhuyse</snm><fnm>A</fnm></au><au><snm>Giacino</snm><fnm>J</fnm></au><au><snm>Ventura</snm><fnm>M</fnm></au><au><snm>Boly</snm><fnm>M</fnm></au><au><snm>Majerus</snm><fnm>S</fnm></au><au><snm>Moonen</snm><fnm>G</fnm></au><au><snm>Laureys</snm><fnm>S</fnm></au></aug><source>BMC Neurol</source><pubdate>2009</pubdate><volume>9</volume><fpage>35</fpage><xrefbib><pubidlist><pubid idtype="doi">10.1186/1471-2377-9-35</pubid><pubid idtype="pmcid">2718857</pubid><pubid idtype="pmpid">19622138</pubid></pubidlist></xrefbib></bibl><bibl id="B23"><aug><au><snm>Tavalaro</snm><fnm>J</fnm></au><au><snm>Tayson</snm><fnm>R</fnm></au></aug><source>Look Up for Yes</source><publisher>New York, NY: Kodansha America, Inc</publisher><pubdate>1997</pubdate></bibl><bibl id="B24"><title><p>Possible axonal regrowth in late recovery from the minimally conscious state</p></title><aug><au><snm>Voss</snm><fnm>HU</fnm></au><au><snm>Uluc</snm><fnm>AM</fnm></au><au><snm>Dyke</snm><fnm>JP</fnm></au><au><snm>Watts</snm><fnm>R</fnm></au><au><snm>Kobylarz</snm><fnm>EJ</fnm></au><au><snm>McCandliss</snm><fnm>BD</fnm></au><au><snm>Heier</snm><fnm>LA</fnm></au><au><snm>Beattie</snm><fnm>BJ</fnm></au><au><snm>Hamacher</snm><fnm>KA</fnm></au><au><snm>Vallabhajosula</snm><fnm>S</fnm></au><au><snm>Goldsmith</snm><fnm>SJ</fnm></au><au><snm>Ballon</snm><fnm>D</fnm></au><au><snm>Giacino</snm><fnm>JT</fnm></au><au><snm>Schiff</snm><fnm>ND</fnm></au></aug><source>J Clin Invest</source><pubdate>2006</pubdate><volume>116</volume><fpage>2005</fpage><lpage>2011</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1172/JCI27021</pubid><pubid idtype="pmcid">1483160</pubid><pubid idtype="pmpid">16823492</pubid></pubidlist></xrefbib></bibl><bibl id="B25"><title><p>Detecting awareness in the vegetative state</p></title><aug><au><snm>Owen</snm><fnm>AM</fnm></au><au><snm>Coleman</snm><fnm>MR</fnm></au><au><snm>Boly</snm><fnm>M</fnm></au><au><snm>Davis</snm><fnm>MH</fnm></au><au><snm>Laureys</snm><fnm>S</fnm></au><au><snm>Pickard</snm><fnm>JD</fnm></au></aug><source>Science</source><pubdate>2006</pubdate><volume>313</volume><fpage>1402</fpage><xrefbib><pubidlist><pubid idtype="doi">10.1126/science.1130197</pubid><pubid idtype="pmpid" link="fulltext">16959998</pubid></pubidlist></xrefbib></bibl><bibl id="B26"><title><p>The changing spectrum of coma</p></title><aug><au><snm>Laureys</snm><fnm>S</fnm></au><au><snm>Boly</snm><fnm>M</fnm></au></aug><source>Nat Clin Pract Neurol</source><pubdate>2008</pubdate><volume>4</volume><fpage>544</fpage><lpage>546</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1038/ncpneuro0887</pubid><pubid idtype="pmpid">18762800</pubid></pubidlist></xrefbib></bibl><bibl id="B27"><title><p>Willful Modulation of Brain Activity in Disorders of Consciousness</p></title><aug><au><snm>Monti</snm><fnm>MM</fnm></au><au><snm>Vanhaudenhuyse</snm><fnm>A</fnm></au><au><snm>Coleman</snm><fnm>MR</fnm></au><au><snm>Boly</snm><fnm>M</fnm></au><au><snm>Pickard</snm><fnm>JD</fnm></au><au><snm>Tshibanda</snm><fnm>L</fnm></au><au><snm>Owen</snm><fnm>AM</fnm></au><au><snm>Laureys</snm><fnm>S</fnm></au></aug><source>N Engl J Med</source><pubdate>2010</pubdate><volume>362</volume><fpage>579</fpage><lpage>89</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1056/NEJMoa0905370</pubid><pubid idtype="pmpid" link="fulltext">20130250</pubid></pubidlist></xrefbib></bibl><bibl id="B28"><title><p>Persistent vegetative state</p></title><aug><au><snm>Zeman</snm><fnm>A</fnm></au></aug><source>Lancet</source><pubdate>1997</pubdate><volume>350</volume><fpage>795</fpage><lpage>799</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1016/S0140-6736(97)06447-7</pubid><pubid idtype="pmpid" link="fulltext">9298013</pubid></pubidlist></xrefbib></bibl><bibl id="B29"><title><p>Recognizing a mother's voice in the persistent vegetative state</p></title><aug><au><snm>Machado</snm><fnm>C</fnm></au><au><snm>Korein</snm><fnm>J</fnm></au><au><snm>Aubert</snm><fnm>E</fnm></au><au><snm>Bosch</snm><fnm>J</fnm></au><au><snm>Alvarez</snm><fnm>MA</fnm></au><au><snm>Rodriguez</snm><fnm>R</fnm></au><au><snm>Valdes</snm><fnm>P</fnm></au><au><snm>Portela</snm><fnm>L</fnm></au><au><snm>Garcia</snm><fnm>M</fnm></au><au><snm>Perez</snm><fnm>N</fnm></au><au><snm>Chinchilla</snm><fnm>M</fnm></au><au><snm>Machado</snm><fnm>Y</fnm></au><au><snm>Machado</snm><fnm>Y</fnm></au></aug><source>Clin EEG Neurosci</source><pubdate>2007</pubdate><volume>38</volume><fpage>124</fpage><lpage>126</lpage><xrefbib><pubid idtype="pmpid">17844939</pubid></xrefbib></bibl><bibl id="B30"><title><p>Do vegetative patients retain aspects of language comprehension? Evidence from fMRI</p></title><aug><au><snm>Coleman</snm><fnm>MR</fnm></au><au><snm>Rodd</snm><fnm>JM</fnm></au><au><snm>Davis</snm><fnm>MH</fnm></au><au><snm>Johnsrude</snm><fnm>IS</fnm></au><au><snm>Menon</snm><fnm>DK</fnm></au><au><snm>Pickard</snm><fnm>JD</fnm></au><au><snm>Owen</snm><fnm>AM</fnm></au></aug><source>Brain</source><pubdate>2007</pubdate><volume>130</volume><fpage>2494</fpage><lpage>2507</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1093/brain/awm170</pubid><pubid idtype="pmpid" link="fulltext">17827174</pubid></pubidlist></xrefbib></bibl><bibl id="B31"><title><p>Classical conditioning in the vegetative and minimally conscious state</p></title><aug><au><snm>Bekinschtein</snm><fnm>TA</fnm></au><au><snm>Shalom</snm><fnm>DE</fnm></au><au><snm>Forcato</snm><fnm>C</fnm></au><au><snm>Herrera</snm><fnm>M</fnm></au><au><snm>Coleman</snm><fnm>MR</fnm></au><au><snm>Manes</snm><fnm>FF</fnm></au><au><snm>Sigman</snm><fnm>M</fnm></au></aug><source>Nat Neurosci</source><pubdate>2009</pubdate><volume>12</volume><fpage>1343</fpage><lpage>1349</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1038/nn.2391</pubid><pubid idtype="pmpid" link="fulltext">19767746</pubid></pubidlist></xrefbib></bibl><bibl id="B32"><title><p>The problem of aphasia in the assessment of consciousness in brain-damaged patients</p></title><aug><au><snm>Majerus</snm><fnm>S</fnm></au><au><snm>Bruno</snm><fnm>MA</fnm></au><au><snm>Schnakers</snm><fnm>C</fnm></au><au><snm>Giacino</snm><fnm>JT</fnm></au><au><snm>Laureys</snm><fnm>S</fnm></au></aug><source>Prog Brain Res</source><pubdate>2009</pubdate><volume>177</volume><fpage>49</fpage><lpage>61</lpage><xrefbib><pubidlist><pubid idtype="doi">full_text</pubid><pubid idtype="pmpid" link="fulltext">19818894</pubid></pubidlist></xrefbib></bibl><bibl id="B33"><title><p>Multi-modal imaging in patients with disorders of consciousness showing "functional hemispherectomy"</p></title><aug><au><snm>Bruno</snm><fnm>M-A</fnm></au><au><snm>Fern&#225;ndez-Espejo</snm><fnm>D</fnm></au><au><snm>Lehembre</snm><fnm>R</fnm></au><au><snm>Tshibanda</snm><fnm>L</fnm></au><au><snm>Vanhaudenhuyse</snm><fnm>A</fnm></au><au><snm>Gosseries</snm><fnm>O</fnm></au><au><snm>Lommers</snm><fnm>E</fnm></au><au><snm>Noirhomme</snm><fnm>Q</fnm></au><au><snm>Boly</snm><fnm>M</fnm></au><au><snm>Napolitani</snm><fnm>M</fnm></au><etal/></aug><source>Prog Brain Res</source><pubdate>2010</pubdate><inpress/></bibl><bibl id="B34"><title><p>Prolonged coma, vegetative state, post-comatose unawareness: semantics or better understanding?</p></title><aug><au><snm>Sazbon</snm><fnm>L</fnm></au><au><snm>Groswasser</snm><fnm>Z</fnm></au></aug><source>Brain Inj</source><pubdate>1991</pubdate><volume>5</volume><fpage>1</fpage><lpage>2</lpage><xrefbib><pubidlist><pubid idtype="doi">10.3109/02699059108998504</pubid><pubid idtype="pmpid">2043902</pubid></pubidlist></xrefbib></bibl><bibl id="B35"><title><p>Guidelines for quality management of Apallic Syndrome/Vegetative State</p></title><aug><au><snm>von Wild</snm><fnm>K</fnm></au><au><snm>Gerstenbrand</snm><fnm>F</fnm></au><au><snm>Dolce</snm><fnm>G</fnm></au><au><cnm>AS/VS' Esgo</cnm></au></aug><source>Eur J Trauma Surg</source><pubdate>2007</pubdate><volume>33</volume><fpage>268</fpage><lpage>292</lpage><xrefbib><pubid idtype="doi">10.1007/s00068-007-6138-1</pubid></xrefbib></bibl><bibl id="B36"><title><p>Brain function in coma, vegetative state, and related disorders</p></title><aug><au><snm>Laureys</snm><fnm>S</fnm></au><au><snm>Owen</snm><fnm>AM</fnm></au><au><snm>Schiff</snm><fnm>ND</fnm></au></aug><source>Lancet Neurol</source><pubdate>2004</pubdate><volume>3</volume><fpage>537</fpage><lpage>546</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1016/S1474-4422(04)00852-X</pubid><pubid idtype="pmpid" link="fulltext">15324722</pubid></pubidlist></xrefbib></bibl><bibl id="B37"><title><p>Prediction of recovery from post-traumatic vegetative state with cerebral magnetic-resonance imaging</p></title><aug><au><snm>Kampfl</snm><fnm>A</fnm></au><au><snm>Schmutzhard</snm><fnm>E</fnm></au><au><snm>Franz</snm><fnm>G</fnm></au><au><snm>Pfausler</snm><fnm>B</fnm></au><au><snm>Haring</snm><fnm>HP</fnm></au><au><snm>Ulmer</snm><fnm>H</fnm></au><au><snm>Felber</snm><fnm>S</fnm></au><au><snm>Golaszewski</snm><fnm>S</fnm></au><au><snm>Aichner</snm><fnm>F</fnm></au></aug><source>Lancet</source><pubdate>1998</pubdate><volume>351</volume><fpage>1763</fpage><lpage>1767</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1016/S0140-6736(97)10301-4</pubid><pubid idtype="pmpid" link="fulltext">9635948</pubid></pubidlist></xrefbib></bibl><bibl id="B38"><title><p>Children and young adults in a prolonged unconscious state due to severe brain injury: outcome after an early intensive neurorehabilitation programme</p></title><aug><au><snm>Eilander</snm><fnm>HJ</fnm></au><au><snm>Wijnen</snm><fnm>VJ</fnm></au><au><snm>Scheirs</snm><fnm>JG</fnm></au><au><snm>de Kort</snm><fnm>PL</fnm></au><au><snm>Prevo</snm><fnm>AJ</fnm></au></aug><source>Brain Inj</source><pubdate>2005</pubdate><volume>19</volume><fpage>425</fpage><lpage>436</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1080/02699050400025299</pubid><pubid idtype="pmpid">16101265</pubid></pubidlist></xrefbib></bibl><bibl id="B39"><title><p>Deep cerebral stimulation in patients with post-traumatic vegetative state. 25 cases</p></title><aug><au><snm>Cohadon</snm><fnm>F</fnm></au><au><snm>Richer</snm><fnm>E</fnm></au></aug><source>Neurochirurgie</source><pubdate>1993</pubdate><volume>39</volume><fpage>281</fpage><lpage>292</lpage><xrefbib><pubid idtype="pmpid">8065486</pubid></xrefbib></bibl><bibl id="B40"><title><p>Posttraumatic rehabilitation and one year outcome following acute traumatic brain injury (TBI): data from the well defined population based German Prospective Study 2000-2002</p></title><aug><au><snm>von Wild</snm><fnm>KR</fnm></au></aug><source>Acta Neurochir Suppl</source><pubdate>2008</pubdate><volume>101</volume><fpage>55</fpage><lpage>60</lpage><xrefbib><pubidlist><pubid idtype="doi">full_text</pubid><pubid idtype="pmpid">18642634</pubid></pubidlist></xrefbib></bibl><bibl id="B41"><title><p>The Glasgow outcome scale in vegetative state: a possible source of bias</p></title><aug><au><snm>Pignolo</snm><fnm>L</fnm></au><au><snm>Quintieri</snm><fnm>M</fnm></au><au><snm>Sannita</snm><fnm>WG</fnm></au></aug><source>Brain Inj</source><pubdate>2009</pubdate><volume>23</volume><fpage>1</fpage><lpage>2</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1080/02699050802595873</pubid><pubid idtype="pmpid" link="fulltext">19172447</pubid></pubidlist></xrefbib></bibl><bibl id="B42"><title><p>Assessment of coma and impaired consciousness. A practical scale</p></title><aug><au><snm>Teasdale</snm><fnm>G</fnm></au><au><snm>Jennett</snm><fnm>B</fnm></au></aug><source>Lancet</source><pubdate>1974</pubdate><volume>2</volume><fpage>81</fpage><lpage>84</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1016/S0140-6736(74)91639-0</pubid><pubid idtype="pmpid" link="fulltext">4136544</pubid></pubidlist></xrefbib></bibl><bibl id="B43"><title><p>Behavioral evaluation of consciousness in severe brain damage</p></title><aug><au><snm>Majerus</snm><fnm>S</fnm></au><au><snm>Gill-Thwaites</snm><fnm>H</fnm></au><au><snm>Andrews</snm><fnm>K</fnm></au><au><snm>Laureys</snm><fnm>S</fnm></au></aug><source>Prog Brain Res</source><pubdate>2005</pubdate><volume>150</volume><fpage>397</fpage><lpage>413</lpage><xrefbib><pubidlist><pubid idtype="doi">full_text</pubid><pubid idtype="pmpid" link="fulltext">16186038</pubid></pubidlist></xrefbib></bibl><bibl id="B44"><title><p>The reliability and validity of the PALOC-s: a post-acute level of consciousness scale for assessment of young patients with prolonged disturbed consciousness after brain injury</p></title><aug><au><snm>Eilander</snm><fnm>HJ</fnm></au><au><snm>van de Wiel</snm><fnm>M</fnm></au><au><snm>Wijers</snm><fnm>M</fnm></au><au><snm>van Heugten</snm><fnm>CM</fnm></au><au><snm>Buljevac</snm><fnm>D</fnm></au><au><snm>Lavrijsen</snm><fnm>JC</fnm></au><au><snm>Hoenderdaal</snm><fnm>PL</fnm></au><au><snm>de Letter-van der Heide</snm><fnm>L</fnm></au><au><snm>Wijnen</snm><fnm>VJ</fnm></au><au><snm>Scheirs</snm><fnm>JG</fnm></au><au><snm>de Kort</snm><fnm>PL</fnm></au><au><snm>Prevo</snm><fnm>AJ</fnm></au></aug><source>Neuropsychol Rehabil</source><pubdate>2009</pubdate><volume>19</volume><fpage>1</fpage><lpage>27</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1080/09602010701694822</pubid><pubid idtype="pmpid" link="fulltext">18609020</pubid></pubidlist></xrefbib></bibl><bibl id="B45"><title><p>Death, unconsciousness and the brain</p></title><aug><au><snm>Laureys</snm><fnm>S</fnm></au></aug><source>Nat Rev Neurosci</source><pubdate>2005</pubdate><volume>6</volume><fpage>899</fpage><lpage>909</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1038/nrn1789</pubid><pubid idtype="pmpid" link="fulltext">16261182</pubid></pubidlist></xrefbib></bibl><bibl id="B46"><title><p>Brain function in the minimally conscious state: a quantitative neurophysiological study</p></title><aug><au><snm>Leon-Carrion</snm><fnm>J</fnm></au><au><snm>Martin-Rodriguez</snm><fnm>JF</fnm></au><au><snm>Damas-Lopez</snm><fnm>J</fnm></au><au><snm>Barroso y Martin</snm><fnm>JM</fnm></au><au><snm>Dominguez-Morales</snm><fnm>MR</fnm></au></aug><source>Clin Neurophysiol</source><pubdate>2008</pubdate><volume>119</volume><fpage>1506</fpage><lpage>1514</lpage><xrefbib><pubidlist><pubid idtype="doi">10.1016/j.clinph.2008.03.030</pubid><pubid idtype="pmpid" link="fulltext">18486547</pubid></pubidlist></xrefbib></bibl></refgrp>
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<p>Pre-publication history</p>
</st>
<p>The pre-publication history for this paper can be accessed here:</p>
<p>
<url>http://www.biomedcentral.com/1741-7015/8/68/prepub</url>
</p>
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</bm></art>