Problem: With increasing numbers of cancer survivors, strategies to prevent long-term complications in cancer patients become more important. Adolescent and Young Adult (AYA) Head and Neck Cancer survivors treated with radiotheray (RT) are prone to long-term complications, especially vascular and psychosocial complications. Although several studies point to the importance of these long-term complications, structured survivorship care for AYA HNC survivors is still lacking. Primary objective: To investigate in AYA HNC survivors treated with unilateral RT at least 5 years before, the long-term vascular complications in terms of carotid wall changes (ultrasonography, MRI), cerebral vascular complications ((silent)brain infarctions, white matter lesions) and Cardiovascular Risk Management profile. Secondary objective: To investigate in AYA HNC survivors treated with unilateral RT at least 5 years before, the long-term psychosocial complications (subjective memory complaints, Depression, Anxiety, Fatigue, Speach handicap, Anxiety for recurrence, Quality of Life, objective cognitive failure) Study design Prospective cohort study. Patient population AYA HNC survivors ≥ 5 years after unilateral RT, either alone or in combination with surgery and/or chemotherapy. Controls The ultrasonography (Intima Media Thickness, elastography) and MRI measurements of the irradiated carotid wall will be compared to the non-irradiated carotid wall. Cognitive performance will be compared to normative data. The cognitive performances of the right hemisphere tests will be compared to the cognitive performances of the left hemisphere tests. The frequency of silent brain infarcts and vascular white matter lesions of the irradiated vascular territory will be compared with the non-irradiated territory. Intervention Structured survivorship care ≥ 5 years after RT conform the Personalized Cancer Survivorship Care Model of the Radboudumc Expertisecenter of late effects after cancer, complemented with carotid ultrasonography (IMT and elastography), MRI of the carotid arteries and brain), neuropsychological assessment battery and self-reported questionnaires concerning depression, fatigue, QoL, positive health and employment status.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
DIAGNOSTIC
Masking
NONE
Enrollment
40
carotid ultrasonography (IMT and elastography)
MRI of carotid artery and brain
Hopkins Verbal Learning Test Digit Span WAIS-IV Stroop Color Word test Trail Making Test Brixton Spatial Anticipation Test Fluency letter (B-D-H) Fluency animal naming Symbol Digit Substitution WAIS-IV
Cognitive Failures, Depression, Anxiety, Fatigue, Speech handicap, fear for recurrence, Quality of Life.
Radboudumc
Nijmegen, Netherlands
Intima Media Thickness (mm)
Intima Media thickness in mm on ultrasonography in the irradiated versus the non irradiated carotid artery
Time frame: 5-10 years after radiotherapy
Carotid wall elastography
Carotid wall elastography on ultrasonography in the irradiated versus the non-irradiated artery: distense coëfficiënt, pulse wave velocity (PWV) (during diastole and systole) and shear wave velocity (SWV) (2-8 moments during heartbeat)
Time frame: 5-10 years after radiotherapy
Carotid wall thickness on MRI (mm)
Carotid wall thickness in mm on MRI in the irradiated versus the non-irradiated artery
Time frame: 5-10 years after radiotherapy
Radiological characteristics of carotid wall changes on MRI
Radiological characteristics of carotid wall changes on MRI of the irradiated versus the non-irradiated artery: intensity on T1/T2/FLAIR/Proton Density.
Time frame: 5-10 years after radiotherapy
Pack Years smoking
Pack Years smoking
Time frame: 5-10 years after radiotherapy
Hypertension
Definition: Systolic Bloodpressure \> 140 mmHg or taking antihypertensive medication
Time frame: 5-10 years after radiotherapy
Cardiovascular risk management: Body Mass Index
weight and height will be combined to report BMI in kg/m\^2
Time frame: 5-10 years after radiotherapy
White matter hyperintensities on MRI
Volume of white matter hyperintensities on FLAIR in ml
Time frame: 5-10 years after radiotherapy
Number of brain infarctions on MRI
Number of brain infarctions assessed on MRI
Time frame: 5-10 years after radiotherapy
Subjective Memory Complaints
Assessed by Cognitive Failure Questionairre: a questionairre about failures in perception, attention, memory, and motor function. 29 items Total score Range 0-100
Time frame: 5-10 years after radiotherapy
Cognitive function
Cognitive function per cognitive domain: Available normative data will be used to convert the patients results on the neuropsychological tests into standardized T scores (mean, SD), adjusted for age, sex and education.
Time frame: 5-10 years after radiotherapy
Hospital Anxiety and Depression Scale (HADS).
Hospital Anxiety and Depression Scale (HADS). The total scores range is 0-21 for both depression and anxiety scores. A higher score indicates a worse depression and anxiety. 14 items Score depression: Range 0-21 Score Anxiety: Range 0-21 Total score: Range 0-42
Time frame: 5-10 years after radiotherapy
Fatigue severity
Fatigue severity was assessed using the Checklist Individual Strength (CIS20R), a 20-item questionnaire that takes around five to ten minutes to fill out. Each question has a statement to be scored on a 7-point Likert scale ranging between 'yes, this is true' to 'no, this is not true'. The total score is calculated as the sum of the responses to the different statements. The maximum CIS20R score is 140, with a score of 76/140 or higher indicating that the patient is at risk for prolonged absence at work. The scale is subdivided in four dimensions of fatigue being fatigue severity (8 items, max. score 56), concentration problems (5 items, max. score 35), reduced motivation (4 items, max. score 28) and activity (3 items, max. score 21). Total score: Range 20-140
Time frame: 5-10 years after radiotherapy
Speech Handicap Index (SHI)
Assessed by Speech Handicap Index: a questionairre assessing self perceived speech function. 30 items A total SHI can be calculated ranging from 0-120, with higher scores indicating more speech problems and with a cutoff value of 6 being able to identify patients with speech problems in daily life.
Time frame: 5-10 years after radiotherapy
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Brief symptoms Inventory (BSI)
Assessed by Brief Symptom Inventory measure Brief Symptom Inventory (BSI) measure consists of 18 emotional distress items that are rated on a 5 point Likert scale and yield a Global Severity Index as well as Symptom Dimensions (Somatization, Depression, Anxiety. Total score: Range 0-72
Time frame: 5-10 years after radiotherapy
Fear of recurrence
Assessed by the Cancer Worry Scale (CWS): self reported 8-item scale, measuring worry about the risk of cancer recurrence and its impact on daily functioning. Total score ranges from 8 to 32. Higher scores indicate higher FCR. A cutoff score of 13 vs 14 (low FCR 13 or lower; high FCR 14 or more) has been established to differentiate between those with normal FCR from those with bothersome levels of FCR. This cutoff had been validated relative to the Fear of Cancer Recurrence Inventory cutoff score, which is a validated maesure.
Time frame: 5-10 years after radiotherapy
Cancer specific distress
Assessed by Impact of Event Scale-Revised, which is a 22-items scale and includes subscales of intrusion, sleep disturbance, hyperarousal, avoidance and numbing. Items are scored on a 5-point scale, ranging from 0 (not at all) to 4 (extremely).
Time frame: 5-10 years after radiotherapy
Quality of Life
Assessed using the EORTC-QLQ-C30 questionairre consisting of 30 items. Total score: Range 0-100
Time frame: 5-10 years after radiotherapy