114 results on '"Shin, Monica"'
Search Results
2. P4-333: ISSUES REGARDING [18 F]MK6240 REFERENCE REGION SELECTION BASED ON THE FULL KINETIC MODELING
3. IC-P-168: ISSUES REGARDING [18 F]MK6240 REFERENCE REGION SELECTION BASED ON THE FULL KINETIC MODELING
4. IC‐P‐023: UNBIASED ASSESSMENT OF GLOBAL AMYLOID LOAD AS DETERMINED BY VOXEL‐WISE RECEIVER OPERATING CHARACTERISTIC ANALYSIS
5. P4‐107: REGIONAL PATTERNS OF TAU DEPOSITION DRIVEN BY LOCAL AMYLOID ACCUMULATION RECAPITULATE BRAAK STAGES IN AD
6. IC‐P‐208: CORRELATION BETWEEN CSF T‐TAU AND P‐TAU WITH [ 18 F]MK6240 IN THE DIAGNOSIS OF ALZHEIMER'S DISEASE
7. P1‐482: ASSOCIATION OF [ 18 F]MK6240 PET TAU BINDING WITH CLINICAL DIAGNOSIS, APOE4, COGNITION, AMYLOID, AGE, AND BRAAK STAGES ACROSS THE AD CLINICAL SPECTRUM
8. IC‐P‐055: REGIONAL PATTERNS OF TAU DEPOSITION DRIVEN BY LOCAL AMYLOID ACCUMULATION RECAPITULATE BRAAK STAGES IN AD
9. P3‐441: LOGICAL MEMORY DEFICITS ACROSS ALZHEIMER'S DISEASE SPECTRUM ARE ASSOCIATED WITH PATTERNS OF A TAU PROPAGATION PREDICTED BY BRAAK STAGING
10. P2‐462: UNBIASED ASSESSMENT OF GLOBAL AMYLOID LOAD AS DETERMINED BY VOXEL‐WISE RECEIVER OPERATING CHARACTERISTIC ANALYSIS
11. IC‐P‐213: [ 18 F]MK6240 PET TAU BINDING IN ATYPICAL AD AND NON‐AD TAUOPATHIES
12. P1‐486: LATERAL TEMPORAL AMYLOID LOAD PREDICTS THE PROGRESSION TO ALZHEIMER'S DEMENTIA
13. IC‐P‐054: AMYLOID AND MICROGLIAL ACTIVATION SYNERGY LEADS TO HYPOMETABOLISM IN THE AD BRAIN: MICROPET LONGITUDINAL STUDY
14. P3‐338: AMYLOID AND MICROGLIAL ACTIVATION SYNERGY LEADS TO HYPOMETABOLISM IN AD BRAIN: MICROPET LONGITUDINAL STUDY
15. IC‐04‐05: IMAGING EPIGENETICS IN THE HUMAN BRAIN WITH THE NOVEL [ 11 C]MARTINOSTAT PET IN PRECLINICAL AD, MCI, AD, AND FRONTOTEMPORAL DEMENTIA INDIVIDUALS
16. IC‐P‐022: LATERAL TEMPORAL AMYLOID LOAD PREDICTS PROGRESSION TO ALZHEIMER'S DEMENTIA
17. O3‐01‐04: CORRELATION BETWEEN CSF T‐TAU AND P‐TAU WITH [ 18 F]MK6240 IN THE DIAGNOSIS OF ALZHEIMER'S DISEASE
18. IC‐P‐103: LOGICAL MEMORY DEFICITS ACROSS ALZHEIMER'S DISEASE SPECTRUM ARE ASSOCIATED WITH PATTERNS OF TAU PROPAGATION PREDICTED BY BRAAK STAGING
19. O3‐10‐06: BRAIN EPIGENETIC CHANGES MEASURED WITH THE NOVEL [ 11 C]MARTINOSTAT PET MEDIATE THE EFFECTS OF AMYLOID AND TAU PET DEPOSITION ON COGNITION
20. [P3-425]: ELEVATED CSF LEVELS OF NEUROFILAMENT LIGHT CHAIN IS ASSOCIATED WITH GRAY MATTER NEURODEGENERATION IN BOTH HUMANS AND TRANSGENIC RAT MODEL OF ALZHEIMER's DISEASE
21. IN VIVO AND IN VITRO DEMONSTRATION OF [18F]THK5351 BINDING TO MONOAMINE OXIDASE–B IN THE HUMAN BRAIN
22. [IC-P-148]: LACK OF SELF-AWARENESS OF COGNITIVE DEFICITS PREDICTS METABOLIC DECLINE IN MILD COGNITIVE IMPAIRMENT
23. [P4-239]: FDG-PET POWER TO PREDICT MEMORY DECLINE IN ALZHEIMER's DISEASE DEPENDS ON DISEASE PHASE AND AMYLOID AND TAU STATUS
24. COMPARISON BETWEEN MONOAMINE OXIDASE B INHIBITION ON THE UPTAKE OF [18F]THK5351
25. [P2-413]: VOXEL-BASED POWER CALCULATION AND THRESHOLDS PREDICTIVE OF IMMINENT NEURODEGENERATION FOR PRECLINICAL ALZHEIMER's DISEASE CLINICAL TRIALS
26. [IC-P-017]: VOXEL-WISE DETERMINATION OF SENSITIVITY, SPECIFICITY, AND THRESHOLDS FOR AMYLOID POSITIVITY USING [18 F]FLORBETAPIR PET
27. [P3-321]: IN VIVO AND IN VITRO DEMONSTRATION OF [18 F]THK5351 BINDING TO MONOAMINE OXIDASE-B IN THE HUMAN BRAIN
28. FUNCTIONAL REGRESSION MODEL UNVEILS THAT GENE INTERACTION BETWEEN NCSTN (AMYLOID METABOLISM) AND MS4A4E (NEUROINFLAMMATION) DETERMINES AMYLOID LOAD SPECIFICALLY ON THE DMN
29. AMYLOID-BETA MODULATES CEREBRAL METABOLIC NETWORK IN RATS AND HUMANS
30. THE “A/T/N” SYSTEM: ADDED PREDICTIVE VALUE OF N BIOMARKERS OF PROGRESSION FROM MCI TO DEMENTIA OVER 2 AND 4 YEARS
31. [P4-050]: GRAPH-THEORY ANALYSIS SHOWS A HIGHLY EFFICIENT BUT REDUNDANT NETWORK IN MCI TAU PROPAGATION
32. [IC-P-149]: LACK OF SELF-AWARENESS OF COGNITIVE DEFICITS IN ALZHEIMER's DISEASE IS RELATED TO DECREASED METABOLISM IN THE POSTERIOR CINGULATE CORTEX
33. [IC-P-048]: ELEVATED CSF LEVELS OF NEUROFILAMENT LIGHT CHAIN IS ASSOCIATED WITH GRAY MATTER NEURODEGENERATION IN BOTH HUMANS AND TRANSGENIC RAT MODEL OF ALZHEIMER's DISEASE
34. PRECLINICAL ASSESSMENT OF KAL-ABP TARGET ENGAGEMENT AND EFFICACY USING PET, MRI AND CSF BIOMARKERS
35. [P3-412]: PET TAU AND AMYLOID SYNERGISM WITHIN THE DEFAULT MODE NETWORK DETERMINES THE CLINICAL STATUS IN THE PREDEMENTIA PHASE OF ALZHEIMER's DISEASE
36. [IC-P-045]: AMYLOID-BETA MODULATES CEREBRAL METABOLIC NETWORK IN RATS AND HUMANS
37. [P2-476]: LACK OF SELF-AWARENESS OF COGNITIVE DEFICITS IN ALZHEIMER's DISEASE IS RELATED TO DECREASED METABOLISM IN THE POSTERIOR CINGULATE CORTEX
38. [P1-368]: LACK OF SELF-AWARENESS OF COGNITIVE DEFICITS PREDICTS DEFAULT MODE NETWORK METABOLIC DECLINE IN MILD COGNITIVE IMPAIRMENT
39. [P1-452]: COMBINED GLOBAL AND REGIONAL AMYLOID EFFECT ON THE DEFAULT MODE NETWORK LEADS TO COGNITIVE DECLINE
40. [IC-P-034]: GRAPH-THEORY ANALYSIS SHOWS A HIGHLY EFFICIENT BUT REDUNDANT NETWORK IN MCI TAU PROPAGATION
41. P1-282: Voxel-Wise Logistic Regression Improves Prediction Accuracy for Developing Alzheimer's Disease
42. IC‐P‐029: Polymorphism in Cytochrome P450 Gene is Associated with Alzheimer’s Pathology
43. P4-198: Cognitive Decline is Driven By the Regional Synergism Between Amyloid Load and Hypometabolism in Mild Cognitive Impairment
44. IC-P-101: Synergism Between Baseline Amyloidosis and Neuronal Injury as Determinants of Learning Deficits in AD Transgenic Rat Model
45. IC‐P‐027: Amyloid‐Induced Microglial Activity in Thalamocortical Circuits Predicts Subsequent Cognitive Decline
46. P2-053: Amyloid-Induced Microglial Activity in Thalamocortical Circuits Predicts Subsequent Cognitive Decline
47. IC-P-088: Cognitive Decline is Driven By The Regional Synergism Between Amyloid Load and Hypometabolism in Mild Cognitive Impairment
48. IC-P-099: Synergism Between Brain Amyloid Accumulation and Neuronal Injury in Cortical-Subcortical Circuits Causes Memory Declines in Animal Models
49. IC-P-086: Amyloid-β and Hyperphosphorylated TAU Synergy Drives Clinical Progression to Alzheimer’s Disease
50. IC‐P‐025: [18F]Florbetapir Roc Curve at Every Voxel Revels a Wide Range of Cortical Suvr Cut‐Offs
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.