The goal of this clinical trial is to determine if transitioning to automated insulin delivery (AID) systems, can improve objectively measured sleep quality and quantity and alleviate cardiovascular risk factors in both children and adults diagnosed with type 1 diabetes. The main questions it aims to answer are: * Does the intervention improve sleep efficiency as measured by the HomeSleepTest, EEG based device, 4 months after initiation? * Can the use of AID treatment alleviate cardiovascular risk measured by heart rate variability (HRV), blood pressure and inflammatory markers? * Researchers will compare AID systems to usual treatment, including both multiple daily injections and sensor augmented pumps to see if the above benefits can be achieved with AID in comparison. Participants will be randomized 1:1 to either start AID treatment or to continue their usual care. The study will be open label. Participants will, at baseline and after 4 months: * Have taken blood and urine samples to measure metabolic and inflammatory parameters * Perform digital cognitive testing using the CANTAB software * Fill out questionnaires related to quality of life, fear of hypoglycemia, hypoglycemia awareness, eating habits and sleep quality * Wear a blinded CGM for 10 days * Monitor sleep at home using the HomeSleepTest for 3 consecutive nights * Wear a Holter monitor for 24 hours to determine HRV parameters * Measure blood pressure for 24 hours at 30 min intervals * Wear an ActiGraph for 7 days to assess sleep and activity, supported by daily electronic sleep diaries Participants randomized to AID treatment will receive education in the use of the systems. Virtual follow-up visits are scheduled at week 1, 5 and 9 for both control and intervention groups during the study, following baseline examinations.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
200
Closed-loop insulin pumps including MiniMed 780G, Tandom T2-slim x2 and YpsoCamAPS
Steno Diabetes Center Copenhagen
Herlev, Greater Copenhagen, Denmark
RECRUITINGSteno Diabetes Center Aarhus
Aarhus, Denmark
RECRUITINGDiagnostisk Center, Regionshospitalet Silkeborg
Silkeborg, Denmark
RECRUITINGDifference in change from baseline to study end in sleep efficiency between the two groups.
Measured by HomeSleepTest for 3 consecutive days. Expressed in percentage.
Time frame: Baseline and week 18
Total sleep duration
As measured by HomeSleepTest for 3 consequtive days. Expressed in minutes.
Time frame: Baseline and week 18
Time in sleep stages
As measured by HomeSleepTest for 3 consequtive days. Expressed in minutes.
Time frame: Baseline and week 18
Time in sleep stages
As measured by HomeSleepTest for 3 consequtive days. Expressed in percentages.
Time frame: Baseline and week 18
Sleep latency
As measured by HomeSleepTest and ActiGraph for 3 consequtive days.Expressed in minutes
Time frame: Baseline and week 18
Waking after sleep onset
As measured by HomeSleepTest and Actigraph for 3 consequtive days. Expressed in minutes
Time frame: Baseline and week 18
24-hour blood pressure
Measured using SpaceLabs Ontrak. Expressed in mmHg, SBP, DBP and MAP means and differences at day/nighttime. Presence of nighttime dipping (defined as MAP reduction of 10% or more). Difference in dat day- and nighttime defined as time asleep measured by HST.
Time frame: Baseline and week 18
Heart rate variability
Measured using Bittium Faros 180 holter monitors for 24 hours. Measured as standard deviation of NN intervals in milliseconds.
Time frame: Baseline and week 18
Heart rate variability
Measured using Bittium Faros 180 holter monitors for 24 hours. Measured as root mean square of successive RR interval differences (rMSSD) in milliseconds.
Time frame: Baseline and week 18
Heart rate variability
Measured using Bittium Faros 180 holter monitors for 24 hours. Measured as frequency-domain distribution absolute power in milliseconds squared.
Time frame: Baseline and week 18
Heart rate variability
Measured using Bittium Faros 180 holter monitors for 24 hours. Measured as frequency-domain distribution relative power in percentage.
Time frame: Baseline and week 18
Cognitive function
Measured using Cambridge Neuropsychological Test Automated Battery (CANTAB) with the Rapid Visual Information Processing test for both the adult and pediatric population.
Time frame: Baseline and week 18
Cognitive function
Measured using Cambridge Neuropsychological Test Automated Battery (CANTAB) with the Delayed Matching to Sample test for both the adult and pediatric population.
Time frame: Baseline and week 18
Cognitive function
Measured using Cambridge Neuropsychological Test Automated Battery (CANTAB) with the Spatial Working Memory test for the adult population only.
Time frame: Baseline and week 18
Cognitive function
Measured using Cambridge Neuropsychological Test Automated Battery (CANTAB) with the Stop Signal Task test for the adult population only.
Time frame: Baseline and week 18
Inflammatory markers
Defined in fold changes to expression of IL-1β, IL-6, IL-8, TNF-α, MCP-1, VEGF-α, CRP, ICAM-1, V-CAM-1, CRP. Assessed using multiplex ELISA analyses with MesoScale V-Plex and S-Plex plates.
Time frame: Baseline and week 18
Hypoglycaemia Fear Survey scores
Possible scores between 0-44, higher scores mean more fear of hypoglycemia.
Time frame: Baseline and week 18
Diabetes Distress Scale scores
Possible scores between 7-42, higher scores mean more diabetes distress.
Time frame: Baseline and week 18
Pittsburgh Sleep Quality Index scores
Measured for adults only. Possible scores between 0-21, higher scores means more severe sleep issues.
Time frame: Baseline and week 18
EuroQol 5-Domain scores
For adults the 5 Likert scale (5Q-5D-5L) will be used. For children the Young scale (5Q-5D-Y) scale will be used.
Time frame: Baseline and week 18
5-item World Health Organization Well-Being Index (WHO-5) scores
Possible scores between 0-100. Lower scores means worse well-being.
Time frame: Baseline and week 18
Sleep Screening Questionnaire Children and Adolescents (SSQ-CA) scores
Measured for children
Time frame: Baseline and week 18
Sleep efficiency
Measured in percentages, assessed using 7 days of ActiGraph data, supported by daily electronic sleep diaries.
Time frame: Baseline and week 18
Wake time after sleep onset
Measured in minutes, assessed using 7 days of ActiGraph data, supported by daily electronic sleep diaries.
Time frame: Baseline and week 18
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