CDE Catalog

***Please contact the NINDS CDE Team (NINDSCDE@emmes.com) if you encounter any search difficulties.***

The CDE Catalog is a directory of the available NINDS CDEs. Users can search the Catalog to isolate a subset of the CDEs (e.g., all stroke-specific CDEs, etc.), and to view and download details about the CDEs.

Select any filter below to search the CDE Catalog.

For best results, clear form between searches. In addition, when specifying NeuroRehab, Sport-Related Concussion (SRC) or Traumatic Brain Injury (TBI) as the Disease, please select a Subdisease as well.

NeuroRehab Comprehensive includes all NeuroRehab CDE recommendations. NeuroRehab General includes all NeuroRehab CDE recommendations that are not disease specific. All other NeuroRehab Subdiseases include recommendations specific to existing NINDS CDE project disorders.

Choose your Time Frame for your SRC study (Acute (time of injury until 72 hours), Subacute (after 72 hours to 3 months), and Persistent/Chronic (3 months and greater post-concussion) or Comprehensive if your study falls across the study time frames.

Choose your type of TBI study (Acute Hospitalized, Concussion/Mild TBI, Moderate/Severe TBI: Rehabilitation, or Epidemiology) or Comprehensive if your study falls outside of the study types or incorporates aspects of more than one type of study.

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Displaying 1601 - 1625 of 16387
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Selected 25 rows in this page.  
The search results below can be downloaded by clicking the checkboxes on the far left side of the table. Select the header checkbox to select all CDEs listed on the first page. Then choose CDE Detailed Report from the Choose an operation dropdown menu.
CDE ID CDE Name Definition Classification CRF Name Copyrighted or trademarked Disease Name Subdisease Name
C02421 Diffuse axonal injury status

Status of a widespread distribution of lesions, including the subcortical white matter in more than one lobe or hemisphere, along with lesions in the corpus callosum, and may include the dorsomedial midbrain and other brainstem and cerebellar regions

Supplemental Imaging Sport-Related Concussion Comprehensive
C02421 Diffuse axonal injury status

Status of a widespread distribution of lesions, including the subcortical white matter in more than one lobe or hemisphere, along with lesions in the corpus callosum, and may include the dorsomedial midbrain and other brainstem and cerebellar regions

Supplemental Imaging Sport-Related Concussion Subacute
C02424 Brain edema status

Status of an abnormal accumulation of water in the intracellular and/or extracellular spaces of the brain

Supplemental Imaging Sport-Related Concussion Subacute
C02424 Brain edema status

Status of an abnormal accumulation of water in the intracellular and/or extracellular spaces of the brain

Supplemental Imaging Sport-Related Concussion Acute
C02424 Brain edema status

Status of an abnormal accumulation of water in the intracellular and/or extracellular spaces of the brain

Supplemental Imaging Sport-Related Concussion Persistent/Chronic
C02424 Brain edema status

Status of an abnormal accumulation of water in the intracellular and/or extracellular spaces of the brain

Supplemental Imaging Sport-Related Concussion Comprehensive
C02425 Brain edema anatomic site

Anatomic site of the brain edema

Supplemental Imaging Sport-Related Concussion Comprehensive
C02425 Brain edema anatomic site

Anatomic site of the brain edema

Supplemental Imaging Sport-Related Concussion Subacute
C02425 Brain edema anatomic site

Anatomic site of the brain edema

Supplemental Imaging Sport-Related Concussion Acute
C02425 Brain edema anatomic site

Anatomic site of the brain edema

Supplemental Imaging Sport-Related Concussion Persistent/Chronic
C02427 Epidural hematoma status

Status of a collection of blood between the skull and dura. On CT, the EDH typically (though not always) has a biconvex shape, an adjacent skull fracture/scalp injury, and classically does not cross sutural margins. (In patients with skull fractures, especially those in children involving the sutures, this rule may not always apply.) The acute EDH is hyperdense, but may contain hypodense areas representing unclotted blood. As the EDH evolves, it gradually loses its hyperdensity and may appear iso/hypodense. On MRI, the acute EDH is hypo/isointense on T1 and very hypointense on T2, GRE, and SW-imaging. The inwardly displaced dura should be directly visualized on MR as a thin dark line on all pulse sequences

Supplemental Imaging Sport-Related Concussion Persistent/Chronic
C02427 Epidural hematoma status

Status of a collection of blood between the skull and dura. On CT, the EDH typically (though not always) has a biconvex shape, an adjacent skull fracture/scalp injury, and classically does not cross sutural margins. (In patients with skull fractures, especially those in children involving the sutures, this rule may not always apply.) The acute EDH is hyperdense, but may contain hypodense areas representing unclotted blood. As the EDH evolves, it gradually loses its hyperdensity and may appear iso/hypodense. On MRI, the acute EDH is hypo/isointense on T1 and very hypointense on T2, GRE, and SW-imaging. The inwardly displaced dura should be directly visualized on MR as a thin dark line on all pulse sequences

Supplemental Imaging Sport-Related Concussion Comprehensive
C02427 Epidural hematoma status

Status of a collection of blood between the skull and dura. On CT, the EDH typically (though not always) has a biconvex shape, an adjacent skull fracture/scalp injury, and classically does not cross sutural margins. (In patients with skull fractures, especially those in children involving the sutures, this rule may not always apply.) The acute EDH is hyperdense, but may contain hypodense areas representing unclotted blood. As the EDH evolves, it gradually loses its hyperdensity and may appear iso/hypodense. On MRI, the acute EDH is hypo/isointense on T1 and very hypointense on T2, GRE, and SW-imaging. The inwardly displaced dura should be directly visualized on MR as a thin dark line on all pulse sequences

Supplemental Imaging Sport-Related Concussion Subacute
C02427 Epidural hematoma status

Status of a collection of blood between the skull and dura. On CT, the EDH typically (though not always) has a biconvex shape, an adjacent skull fracture/scalp injury, and classically does not cross sutural margins. (In patients with skull fractures, especially those in children involving the sutures, this rule may not always apply.) The acute EDH is hyperdense, but may contain hypodense areas representing unclotted blood. As the EDH evolves, it gradually loses its hyperdensity and may appear iso/hypodense. On MRI, the acute EDH is hypo/isointense on T1 and very hypointense on T2, GRE, and SW-imaging. The inwardly displaced dura should be directly visualized on MR as a thin dark line on all pulse sequences

Supplemental Imaging Sport-Related Concussion Acute
C02437 Imaging modality type

Type of radiologic study performed on the participant

Supplemental Imaging Sport-Related Concussion Persistent/Chronic
C02437 Imaging modality type

Type of radiologic study performed on the participant

Supplemental Imaging Sport-Related Concussion Comprehensive
C02437 Imaging modality type

Type of radiologic study performed on the participant

Supplemental Imaging Sport-Related Concussion Subacute
C02437 Imaging modality type

Type of radiologic study performed on the participant

Supplemental Imaging Sport-Related Concussion Acute
C02446 Intraventricular hemorrhage status

Indicator of acute-appearing blood within the ventricles

Supplemental Imaging Sport-Related Concussion Persistent/Chronic
C02446 Intraventricular hemorrhage status

Indicator of acute-appearing blood within the ventricles

Supplemental Imaging Sport-Related Concussion Comprehensive
C02446 Intraventricular hemorrhage status

Indicator of acute-appearing blood within the ventricles

Supplemental Imaging Sport-Related Concussion Subacute
C02446 Intraventricular hemorrhage status

Indicator of acute-appearing blood within the ventricles

Supplemental Imaging Sport-Related Concussion Acute
C02448 Ischemia infarction hypoxic-ischemic injury acute subacute finding type

Acute or subacute ischemia/infarction/hypoxic-ischemic injury present on scan

Supplemental Imaging Sport-Related Concussion Acute
C02448 Ischemia infarction hypoxic-ischemic injury acute subacute finding type

Acute or subacute ischemia/infarction/hypoxic-ischemic injury present on scan

Supplemental Imaging Sport-Related Concussion Persistent/Chronic
C02448 Ischemia infarction hypoxic-ischemic injury acute subacute finding type

Acute or subacute ischemia/infarction/hypoxic-ischemic injury present on scan

Supplemental Imaging Sport-Related Concussion Comprehensive
Displaying 1601 - 1625 of 16387

The NINDS CDE Team does not post proprietary instruments/scales recommended by the CDE Working Groups on this website. This includes, but is not limited to, copyrighted or trademarked instruments/scales. Information about recommended instruments can be found in the Notice of Copyright (NOC) documents under ‘CRF Module/Guideline’ on each disorder’s data standards page. For any questions regarding these instruments/scales please contact the corresponding owner/author. The NINDS CDE Team is not responsible for the availability or content of these external sites, nor does the NINDS CDE Team endorse, warrant or guarantee the products, services or information described or offered at these other internet sites.