1 NEURORADIOLOGY 101 for attorneys: Spine and Brain Trauma Imaging Mark D. Herbst, M.D., Ph.D. FJA February 19, 2014 Orlando, FL
2 Medicine relies on Medical Imaging
3 Personal injury cases often rely on objective radiological evidence.
4 Objective evidence of brain injury may not be visible on the images you have.
5 New, advanced methods are now available to image changes in MTBI that were previously invisible.
6 Personal injury attorneys would benefit from knowing more about new methods in neuroradiology.
8 Radiography = x-rays
21 Various modalities are used in spine radiology.
22 How you use images can influence the outcome of your personal injury cases.
23 Not all experts see medical images the same way. This is completely normal.
24 Know the answers before you ask the questions of a radiologist.
25 Avoid pitfalls in using radiology studies.
26 Whose expert is Whose Whose expert is wrong about the radiology findings? wrong about the images?
27 Mistake: Failing to use accepted terminology Spine, 26(5):E93-E113 find the link at
29 Endorsements 2003
30 Disc Nomenclature Normal Bulge Protrusion Extrusion Sequestration or Free Fragment Intravertebral Herniation (Acute Schmorl s node) Annular tear
31 Normal Discs
32 Symmetrical Bulging
33 Asymmetrical Bulging
34 Intravertebral Herniations
36 Normal Disc
37 Focal Herniation
38 Broad-based Herniation
39 Protrusion and Extrusion
41 Protrusion and Extrusions--New
42 Subligamentous Herniations
43 Degenerative Changes
44 Modic I changes: Fibrovascular
45 Modic II changes: Fatty
46 Modic III changes: Sclerotic
47 Fatty Endplate Changes and Normal Disc
48 Marked fatty endplate changes with Spondylolisthesis
49 What imaging test should be ordered?
56 Lateral radiograph shows narrow L4-5 disc space
58 Which may indicate a herniated disc
59 or not.
60 Discography Before MRI, used commonly. Almost abandoned when MRI became available. Has resurfaced as a useful technique to confirm the level that needs surgery in patients with multiple abnormal levels. Can accelerate degeneration in normal discs.
70 Positive Discogram Three criteria must be met: 1. Must be easier to inject contrast into the abnormal disc than into a normal disc. 2. Must be abnormal in appearance on radiograph or CT. 3. Must exactly reproduce the pain described in the chief complaint.
81 Bulges and Herniations look the same on sagittal images
82 Small herniations are important to find, since they can get bigger.
83 Large osteophytes that surround the herniation indicate it is old.
84 Herniation with annular tear that goes away after 18 months.
85 Large osteophytes that surround the herniation indicate it is old.
86 New herniation with hydrated nucleus extruded, no degeneration.
87 Old herniation with surrounding osteophytes and degenerative changes.
88 New herniation with no degenerative changes.
89 Posterior soft tissue edema in the fat that goes away in 8 months.
90 Facet joint effusion on the patient s left, not on the right
91 Facet joint effusions on both sides
92 Facet joint effusions, ligament hypertrophy, and synovial cyst
93 Pitfalls in MRI
97 Different slices do not show the same anatomy.
98 Comparing different slices makes it look like a change has occurred.
99 Using an insensitive MR protocol can hide abnormalities that are visible otherwise.
100 Whole Body Nuclear Bone Scan
101 Compression Fracture
102 Pitfalls in nuclear medicine
103 Don t allow experts to hide behind radiology findings.
104 Beware of Fake terminology! Broad-based Bulge -- No such thing! Disc Osteophyte Complex misleading phrase that implies there is a relationship between osteophytes and a herniation and that the condition is long-standing. Degenerative protrusion misleading phrase that implies the herniation arose from a degenerative process.
105 Experts can make mistakes, or lie Plaintiffs expert: May call a bulging disc a herniation. May exaggerate the effect of upright position or flexion and extension. May ignore chronic degenerative changes like osteophytes and facet joint arthritis. May assume symptoms that are not present. May overcall findings from DMX or DXD/CRMA. Defense s expert: May call a herniated disc a bulge. May report a disc-osteophyte complex or report osteophytes when osteophytes are not there. May report calcified discs that are not able to be detected on MR. May ignore the possibility of herniation occurring at a previously degenerated level that had prior osteophytes and dehydration. May assert that a herniation is not acute or from trauma unless there is hemorrhage, edema, and swelling.
106 Brain Imaging for Trauma Intro Role of Radiology Appropriate tests for TBI and mild TBI Obvious findings in TBI on CT and MR Advanced and New Imaging Methods for mtbi DTI, PET, SPECT, Volumetrics, DTI, fmri, MEG Dr. Herbst s TBI protocol Matching Imaging with Symptoms Daubert and Frye Future Directions
107 Overview Medical imaging is one piece of the puzzle. Imaging tests are complementary with each other and with other tests, and must be viewed in clinical context. Will your client s case benefit from a new study or a new set of studies? MTBI Package Follow -up First CT scan Risk factors Coma Scale 2nd CT LOC Amnesia 1st MRI scan
108 DoD/VA Common Definition of TBI Any period of a loss of or decreased level of consciousness Any loss of memory for events immediately before or after the injury Any alteration in mental state at the time of the injury (feeling dazed, confused, disoriented, thinking slowly, etc.) Neurological deficits (weakness, loss of balance, change in vision, apraxia, paresis/plegia, sensory loss, aphasia, etc.) that may or may not be transient Intracranial lesion
109 TBI Symptoms Immediate LOC, AMS, PTA, Abnormal GCS Normal or abnormal imaging Delayed Physical, Cognitive, Behavioral/Emotional Normal or abnormal imaging KEY FACTOR symptoms and imaging findings are not explained better by preexisting conditions or other medical, neurological, or psychological causes, except in cases of exacerbation of a preexisting condition
110 Mild TBI Loss of consciousness lasting less than 30 minutes Alteration of consciousness or mental state lasting up to 24 hours Posttraumatic amnesia up to 24 hours Glasgow Coma Scale (best available score during the first 24 hours) of This definition has been widely used by the Congress of Rehabilitation Medicine, American Academy of Neurology, Centers for Disease Control and Prevention, and the World Health Organization
114 Which tests are considered appropriate for imaging mtbi?
115 American College of Radiology Appropriateness Criteria Quality and patient safety Appropriateness Criteria Access Appropriateness criteria Expert Panel on Neurologic Imaging Head Trauma PDF file
117 ACR says DWI and DTI may be helpful
118 ACR says SPECT and PET may reveal abnormalities in TBI.
119 Abnormal Head CT findings that are obvious on routine scans Skull fractures Epidural hematoma Subdural hematoma Contusions Intraparenchymal hemorrhage Brain edema (focal or diffuse) Subarachnoid hemorrhage Pneumocephalus
120 Skull Fractures Linear skull fracture Most common type of skull fracture
121 Skull Fractures Linear skull fracture. Most common type of skull fracture. Plain film may show a line or band of decreased or increased density.
122 Skull Fractures Linear skull fracture Most common type of skull fracture. This case also shows subcutaneous swelling.
123 Skull Fractures Depressed Skull Fracture
124 Skull Fractures Skull Base Fractures, aka Basilar Skull Fractures Linear fractures that occur at the base of the skull
125 Skull Fractures Skull Base Fractures, aka Basilar Skull Fractures. Linear fractures that occur at the base of the skull. Transverse and longitudinal petrous bone fractures.
126 Dura Mater Subdural=below dura Epidural=extradural=above dura (between skull and dura)
127 Subdural Hematoma Occurs between brain and dura Pushes on soft brain This illustration shows midline shift
128 Subdural Hematoma Occurs between brain and dura. Pushes on soft brain. This illustration shows midline shift. Acute blood is bright on CT, and it gets darker in time.
129 Subdural Hematoma Occurs between brain and dura or along the falx. Pushes on soft brain. This example shows no midline shift. Acute blood is bright on CT, and it gets darker in time.
130 Subdural Hematoma Occurs between brain and dura or along the falx. Pushes on soft brain This example shows midline shift. Acute blood is bright on CT, and it gets darker in time.
131 Epidural Hematoma Occurs between skull and dura
132 Epidural Hematoma Occurs between skull and dura
133 Brain Contusion Commonly affected areas in red are in the anterior frontal and temporal lobes and posterior superior temporal gyrus Less commonly affected areas in blue are the lateral midbrain, posterior inferior cerebellum, and superior midline cortex
134 Brain Contusion Acute contusion, with right frontal hemorrhage and edema, right temporal tip hemorrhage, and left frontal subdural hematoma
135 Brain Contusion Coup-contrecoup injuries Pattern of contusions at the site of impact and on the opposite side of the brain
136 Coup-contrecoup injury video
137 Brain Contusion Coup-contrecoup injuries Pattern of contusions at the site of impact and on the opposite side of the brain
138 Brain Edema First sign is loss of the gray-white junction This case shows mass effect also
139 Subrachnoid Hemorrhage Blood in the sulci of the brain (between the gyri)
140 Pneumocephalus Air inside the head From open fracture through skin or sinus
141 Pneumocephalus Air inside the head From open fracture through skin or sinus
142 Pneumocephalus Air inside the head From open fracture through skin or sinus
143 Shear Injury Shearing between brain tissue of differing firmness, between gray matter and white matter Produces microhemorrhages at the gray-white junction Aka DAI=diffuse axonal injury
144 Shear Injury Video
145 Shear Injury Shearing between brain tissue of differing firmness, between gray matter and white matter Produces microhemorrhages at the gray-white junction Aka DAI=diffuse axonal injury
146 MRI Appearances of TBI Shear injury T2-weighted images Bright spots on T2WI
147 MRI Appearances of TBI Shear Injury Diffusionweighted MRI
148 Shear Injury Shearing between brain tissue of differing firmness, between gray matter and white matter Aka DAI=diffuse axonal injury If the lesions are not hemorrhagic, they are dark on CT
150 MRI Appearances of TBI Shear Injury Gradient Echo image, aka microhemorrhage technique This technique can show abnormalities not seen on CT or regular MRI
151 Gradient Echo Microhemorrhage Technique
152 SWI Susceptibilityweighted Imaging another Microhemorrhage Technique
154 MRI of blood--gradient Echo Gradient echo images may show blood not shown on regular MRI images, here shown at the right cortical surface. The shear injury in this case is not hemorrhagic.
155 CT and SPECT in acute TBI SPECT=single photon emission computed tomography Shows area of hypoperfusion
156 PET in chronic TBI PET=positron emission tomography
157 PET in chronic TBI PET=positron emission tomography
158 Volumetric MR Temporal lobe white matter and hippocampal volume are decreased, and volume of the temporal horn of the lateral ventricle is increased in TBI
159 Volumetric MR Automatic segmentation of gray matter, white matter, and CSF, from which volumes are measured
160 Normal Brain Volumes
161 Volumetric MR
162 Volumetric MR
163 DT-MRI in DAI DTI-MRI=diffusion tensor MRI Shows where axons are malfunctioning This case show abnormal splenium in an injured patient, compared to twin brother
164 DTI in TBI Inspection of FA maps and color eignenvalue maps: Normal TBI TBI
169 C-FAST = Cerebral Fractional Anisotropy Score in Trauma
170 PET in chronic TBI PET=positron emission tomography Patients recovering from TBI show increased brain activity when performing memory tasks This may indicate reorganizing memory pathways or regions of less efficient brain activity
171 Functional MRI fmri=functional MRI, shows oxygen use in the brain This image shows normal activity during various tasks
172 fmri in TBI The abnormal brain shows increased activity compared to normal
173 MEG Abnormal Slow wave activity in mtbi
174 Mild TBI due to Several Sport-related Accidents with NO Visible Lesion on CT or MRI, but with Abnormal MEG Slow-waves and DTI History: 17-year old, male football player, who suffered 3 mtbis while playing football. 1 st and 2 nd concussions separated by a few weeks, and 3 rd a few months later. After the 1 st injury: headaches. After the 2 nd injury: headaches, dizziness, and extreme fatigue while performing any mental task. Following the 3 rd concussion: pressure headaches, dizziness, fatigue, altered sleep (taking longer to fall asleep), and changes in speech. Multiple CT and MRI scans all negative. L R MEG results show abnormal slow-waves generated from two regions in a TBI patient: 1) left column -- left lateral superior-posterior temporal region, 2) right column --- right inferior-temporal areas. Color threshold p<0.01. The top, middle, and bottom rows are lateral-view, ventral-view, and middle-view, respectively. Huang et al., J. NeuroTrauma 2009; 26: Left column: coronal and axial view show abnormal DTI in superior-posterior temporal lobe of the left hemisphere in a TBI patient. Right column: abnormal DTI in inferior-temporal lobe as part of the inferior longitudinal fasciculus of the right hemisphere.
175 Mild TBI patient with blast injury with NO Visible Lesion on CT or MRI, but abnormal MEG slow-waves and DTI findings in a Major white-matter tract History: blast-induced mtbi patient (male, age 27) caused by an IED. He experienced a loss of consciousness for several seconds and he experienced post-concussive symptoms of fatigue, disordered sleep, dizziness, irritability, anxiety, psychosocial and personality disturbances, and memory loss since the incident. His clinical MRI and CT scans were negative (a) (b) L TBI Control R p<.01 p<.001 Multiple neuronal sources that generated MEG slow-waves in a mild TBI patient. Bilateral LPFC, left OFC, left ACC, and left temporal areas regions showed abnormal slow-wave activities. DTI reveals profound abnormality of left SLF in a TBI patient. The normal control showed much thicker anterior-posterior oriented diffusion in SLF (green color) than the TBI patient in the left hemisphere. The white boxes are used for ROI analysis. Huang et al., J. NeuroTrauma 2009; 26:
176 What to do when your TBI client has normal CT and MR scans Consider a re-read by an independent expert Consider repeat studies on more modern equipment Consider newer imaging techniques, like DTI, DTItractography, PET, functional MR, functional PET, Volumetric MR, MEG
177 The MTBI Package A set of various imaging modalities done on the same patient, on the same day, at the same slice thickness, and the same slice angle, done to show subtle abnormalities with a high level of confidence.
178 The TBI Package A set of various imaging modalities done on the same patient, on the same day, at the same slice thickness, and the same slice angle, done to show subtle abnormalities with a high level of confidence.
180 TBI Package CT MR, with DTI-tractography and microhemorrhage technique and Volumetric measurements PET scan Correlation of all of these studies Cover letter in plain English with glossary
181 CT Good for fractures, blood, atrophy
182 CT Good for fractures, blood, atrophy All images are viewed digitally, not from films but on computer monitors, to bring out subtle features.
183 MR Good for aging blood, atrophy, shear injury
184 PET Good for finding areas of decreased metabolism in areas of subtle brain damage
185 Comparison of Patient with Normals Compared with 50 Normal Controls
186 Comparison of Patient with Normals Compared with 50 Normal Controls
187 MR with DTI-tractography A new technique Shows where nerve fibers are normal or abnormal in or between various brain regions
188 MR with DTI-tractography A new technique Shows where nerve fibers are normal or abnormal in or between various brain regions
189 SPECT scan Nuclear Medicine Brain Scan Shows where blood flow goes in the brain May or may not correlate with other tests Cornerstone of some brain injury diagnostic and theraputic regimens
190 Golfer with TBI
191 Golfer with TBI
192 Golfer with TBI
193 Golfer with TBI
195 Right fronto-parietal gliosis
196 Decreased Axons in the left external capsule
197 MTBI Patient with normal CT and PET
198 Compare frontal lobe axons
199 Look back at MRI to see a subtle abnormality that is now visible.
200 DTI tractography makes subtle lesions appear more obvious on routine MRI.
201 Where is the lesion that causes achromatopsia (inability to match colors and hues)? Achromatopsia results from a lesion of the dominant occipital lobe (Brodmann s area 18, splenium of corpus callosum) and is a feature of the syndrome of alexia without agraphia.
202 Alexia Without Agraphia
203 Alexia Without Agraphia
204 Brain s Golf Center
205 Brodmann s areas Lateral View
206 Brodmann s Area Medial View
207 Detailed functional localization in the brain
208 Detailed functional localization in the brain
209 DOES DTI SURVIVE DAUBERT S TEST? BRAIN PET? BRAIN VOLUMETRICS? MEG? SPECT?
210 Daubert s 4-prong test 1. Whether the conclusion or methodology proffered can be or has been tested (that is, whether the expert s theory can be challenged in some objective sense, or whether it is instead simply a subjective, conclusory approach that cannot reasonably be assessed for reliability); 2. Whether the conclusion or methodology has been subjected to peer review and publication; 3. Whether standards exist that control the methodology s operation, and if so, the known or potential rate of error; and 4. Whether the conclusion or methodology is generally accepted.
211 Daubert answers for DTI 1. Tested, objective, not subjective? Yes. Data can be independently reviewed. 2. Subjected to peer review and publication? Yes, many publications in peer-reviewed journals. 3. Standards available and error rate known? Yes, normal values are published, and false negatives have been reported. No data on false positives available. 4. Generally accepted? Yes. More centers in Florida are doing these studies all the time.
212 Daubert answers for brain PET 1. Tested, objective, not subjective? Yes. Data can be independently reviewed. 2. Subjected to peer review and publication? Yes, many publications in peer-reviewed journals. 3. Standards available and error rate known? Yes, normal values are published, and patient data can be compared to a database of normal individuals. Error rate not yet published. 4. Generally accepted? Yes. More centers in Florida are doing these studies all the time.
213 Daubert answers for Brain Volumetrics 1. Tested, objective, not subjective? Yes. Data can be independently reviewed. 2. Subjected to peer review and publication? Yes, many publications in peer-reviewed journals. 3. Standards available and error rate known? Yes, normal values are published. Error rates not yet published. 4. Generally accepted? Yes. More centers in the US are doing these studies all the time.
214 Daubert answers for MEG 1. Tested, objective, not subjective? Yes. Data can be independently reviewed, but experts are rare. 2. Subjected to peer review and publication? Yes, publications in peer-reviewed journals. 3. Standards available and error rate known? Not yet. 4. Generally accepted? Not yet.
215 Daubert Summary for mtbi imaging CT MR PET SPECT Volumetrics DTI MEG Objective Y Y Y Y Y Y Y Published Y Y Y Y Y Y Y Standards Y Y Y Y/N Y Y/N N Accepted Y Y Y Y Y/N Y/N N
216 Frye Criterion 1. Frye is just #4 of Daubert general acceptance. Not defined in the law. 2. A Frye challenge was raised against Dr. Herbst regarding DTI-tractography for mtbi, but was withdrawn after his deposition.
217 Conectomes and Connectometrics The Future of DTI
218 Conectomes and Connectometrics The Future of DTI
219 Conectomes and Connectometrics The Future of DTI
220 Conectomes and Connectometrics The Future of DTI
221 Conectomes and Connectometrics The Future of DTI
222 The TBI Package Not a medical test: Dr. Herbst obtains the images for the TBI package with CT, MR, PT, DTI with tractography, possible Volumetric MR, possible SPECT Private consultation that is considered attorney privileged work product. Not covered by insurance Call Chery Castano for current pricing and scheduling
225 Independent Diagnostic Radiology Mark D. Herbst, M.D., Ph.D cell
226 Supplementary Materials ACR documents Low Back Pain Chronic Neck Pain Suspected Spine Injury Evidence Tables Lumbar Disc Herniation Nomenclature Article NEXUS and CCR articles How old is that herniation?
Personal Injury Radiology: How Images Can Prove Your Case Despite Contrary Reports LAJ Last Chance Meeting NOLA December 14, 2012 Mark D. Herbst, M.D., Ph.D. Mark D. Herbst, M.D., Ph.D. How to use a radiology
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Traumatic Brain Injury (TBI) Carol A. Waldmann, MD Traumatic brain injury (TBI), caused either by blunt force or acceleration/ deceleration forces, is common in the general population. Homeless persons
MRI of Bone Marrow Radiologic-Pathologic Correlation Marilyn J. Siegel, M.D. Mallinckrodt Institute of Radiology Washington University School of Medicine St. Louis, MO and Visiting Scientist, AFIP, Washington,
Herniated Disk Introduction Your backbone, or spine, has 24 moveable vertebrae made of bone. Between the bones are soft disks filled with a jelly-like substance. These disks cushion the vertebrae and keep
Seattle Veterinary Specialists Clinical Update Se INTERVERTEBRAL DISK DISEASE DVM 1 K t Did you know Dogs and cats can often become paralyzed from a herniated disk. They usually regain function with surgery.
J Rehabil Med 2005; 37: 137 141 SPECIAL REPORT SUMMARY OF THE WHO COLLABORATING CENTRE FOR NEUROTRAUMA TASK FORCE ON MILD TRAUMATIC BRAIN INJURY Lena Holm, 1,2 J. David Cassidy, 3 Linda J. Carroll 4 and
1 REVISOR 5223.0070 5223.0070 MUSCULOSKELETAL SCHEDULE; BACK. Subpart 1. Lumbar spine. The spine rating is inclusive of leg symptoms except for gross motor weakness, bladder or bowel dysfunction, or sexual
III./8.4.2: Spinal trauma Introduction Causes: motor vehicle accidents, falls, sport injuries, industrial accidents The prevalence of spinal column trauma is 64/100,000, associated with neurological dysfunction
8 th Annual W/C Spine Summit Ted A. Lennard, MD Feb. 12, 2015 Case Study 45 y.o. male Truck Accident on 1/15/12 Slid on ice and crossed median. Case Study Taken by ambulance to ER in Texas +Loss of consciousness
Head Injury Dr Sally McCarthy Medical Director ECI Head injury in the emergency department A common presentation 80% Mild Head Injury = GCS 14 15 10% Moderate Head Injury = GCS 9 13 10% Severe Head Injury
Mild head injury: How mild is it? Carly Dutton; Gemma Foster & Stephen Spoors Sunderland and Gateshead Community Acquired Brain Injury Service (CABIS), Northumberland, Tyne and Wear NHS Foundation Trust
Traumatic Brain Injury: Risk of Cognitive Impairment David C Hess MD Professor and Chairman Department of Neurology Georgia Health Sciences University The Story of Dave Duerson Safety for Chicago Bears
Traumatic Brain Injury (TBI) Examination Comprehensive Version Name: Date of Exam: SSN: C-number: Place of Exam: Narrative: The potential residuals of traumatic brain injury necessitate a comprehensive
Whiplash injuries can be visible by functional magnetic resonance imaging 1 Bengt H Johansson, MD FROM ABSTRACT: Pain Research and Management Autumn 2006; Vol. 11, No. 3, pp. 197-199 Whiplash trauma can
What Is an Arteriovenous Malformation (AVM)? From the Cerebrovascular Imaging and Intervention Committee of the American Heart Association Cardiovascular Council Randall T. Higashida, M.D., Chair 1 What