Token is not live yet. Please beware of scams.
8.4 C
New York

BEGIN Novel ImagiNG Biomarkers

Date:

Node: 159635

Studies

Study First Submitted Date 2022-04-06
Study First Posted Date 2022-08-26
Last Update Posted Date 2022-08-26
Start Month Year May 1, 2022
Primary Completion Month Year November 1, 2023
Verification Month Year August 2022
Verification Date 2022-08-31
Last Update Posted Date 2022-08-26

Detailed Descriptions

Sequence: 20814942
Description The overall hypothesis is that multi-organ MRI will provide more sensitive, robust outcome measures in young CF patients than traditional measures employed in the BEGIN study and that these novel measures will be more sensitive to treatment effects, tested here by comparison before and after triple-combination modulator therapy. By understanding the nature of early lung obstruction and characteristic changes in the liver and pancreas over time, we continue to lay the groundwork for more personalized medicine in the future. Assessing treatment response and clinical benefit in children with CF who are clinically normal per standard outcomes (e.g., spirometry, pancreatic function) will become paramount as triplecombination therapy is extended to younger patients with milder CF clinical presentation than their historic peers. Here the sensitivity and profile free of ionizing-radiation exposure of MRI can be leveraged to follow an individual with CF over time to quantify changes with therapy-with additional spatial resolution unavailable from standard clinical testing.

Facilities

Sequence: 200885681 Sequence: 200885682 Sequence: 200885683
Status Active, not recruiting Status Active, not recruiting Status Recruiting
Name University of Kansas Medical Center Name Cincinnati Children's Hospital Medical Center Name University of Virginia
City Kansas City City Cincinnati City Charlottesville
State Kansas State Ohio State Virginia
Zip 66160 Zip 45229 Zip 22903
Country United States Country United States Country United States

Facility Contacts

Sequence: 28241715
Facility Id 200885683
Contact Type primary
Name Jamie Mata

Facility Investigators

Sequence: 18416613 Sequence: 18416614
Facility Id 200885683 Facility Id 200885683
Role Principal Investigator Role Principal Investigator
Name Jamie Mata Name Deborah Froh

Conditions

Sequence: 52409218
Name Cystic Fibrosis
Downcase Name cystic fibrosis

Id Information

Sequence: 40326866
Id Source org_study_id
Id Value 2021-0325

Countries

Sequence: 42749991
Name United States
Removed False

Design Groups

Sequence: 55856654 Sequence: 55856655
Group Type Experimental Group Type Experimental
Title Pre Trikafta Title Post Trikafta
Description 129Xe MRI Description 129Xe MRI

Interventions

Sequence: 52717263
Intervention Type Drug
Name 129Xe
Description Rapid spatial mapping of lung, liver, and pancreatic structure and function is now possible with a combination of hyperpolarized 129Xe and traditional proton MRI, all absent sedation and ionizing radiation.

Design Outcomes

Sequence: 178258927 Sequence: 178258928 Sequence: 178258929 Sequence: 178258930
Outcome Type primary Outcome Type primary Outcome Type secondary Outcome Type secondary
Measure Ventilation Defect Percentage change from baseline Measure Pancreas volume Measure Abdominal T1 values Measure Lung reader score
Time Frame 1 year Time Frame 1 year Time Frame 1 year Time Frame 1 year
Description For pulmonary MRI, the primary outcome measure is the change in 129Xe ventilation defect percentage (VDP) from pre-therapy baseline to the one-year follow-up visit. Description For pancreatic MRI, the primary outcome measure is change in pancreas volume normalized to BSA between pre-therapy baseline and one-year follow-up visit. Description Changes in MRI T1 average in the liver and pancreas, from baseline to follow up at 1 year Description Changes in reader score for visible structural defects from proton MRI, from baseline to follow up at 1 year

Browse Conditions

Sequence: 194390286 Sequence: 194390287 Sequence: 194390288 Sequence: 194390289 Sequence: 194390290 Sequence: 194390291 Sequence: 194390292
Mesh Term Cystic Fibrosis Mesh Term Pancreatic Diseases Mesh Term Digestive System Diseases Mesh Term Lung Diseases Mesh Term Respiratory Tract Diseases Mesh Term Genetic Diseases, Inborn Mesh Term Infant, Newborn, Diseases
Downcase Mesh Term cystic fibrosis Downcase Mesh Term pancreatic diseases Downcase Mesh Term digestive system diseases Downcase Mesh Term lung diseases Downcase Mesh Term respiratory tract diseases Downcase Mesh Term genetic diseases, inborn Downcase Mesh Term infant, newborn, diseases
Mesh Type mesh-list Mesh Type mesh-ancestor Mesh Type mesh-ancestor Mesh Type mesh-ancestor Mesh Type mesh-ancestor Mesh Type mesh-ancestor Mesh Type mesh-ancestor

Sponsors

Sequence: 48540656 Sequence: 48540657 Sequence: 48540658 Sequence: 48540659
Agency Class OTHER Agency Class OTHER Agency Class OTHER Agency Class OTHER
Lead Or Collaborator lead Lead Or Collaborator collaborator Lead Or Collaborator collaborator Lead Or Collaborator collaborator
Name Children's Hospital Medical Center, Cincinnati Name University of Kansas Name University of Iowa Name University of Virginia

Central Contacts

Sequence: 12071627
Contact Type primary
Name Priyanka Desirazu
Phone 513-803-4781
Email [email protected]
Role Contact

Design Group Interventions

Sequence: 68470816 Sequence: 68470817
Design Group Id 55856655 Design Group Id 55856654
Intervention Id 52717263 Intervention Id 52717263

Eligibilities

Sequence: 30902331
Gender All
Minimum Age 6 Years
Maximum Age 8 Years
Healthy Volunteers No
Criteria Inclusion Criteria: Written informed consent (and assent where appropriate) obtained from the subject or subject's legal representative. Willingness to adhere to the study-visit schedule and other protocol requirements. Ages 6-8 years old at baseline MRI visit (may be enrolled up to 60 days before 6th birthday). Documentation of CF diagnosis as evidenced by one or more clinical features consistent with the CF phenotype and one or more of the following criteria: Sweat chloride equal to or greater than 60 mEq/liter by quantitative pilocarpine iontophoresis test Two well-characterized mutations in the cystic fibrosis transmembrane conductance regulator (CFTR) gene Physician intent to prescribe triple-combination therapy Clinically-stable with no respiratory tract infection at the time of enrollment. No change in chronic maintenance therapies in the 28 days prior to enrollment. Ability to cooperate with MRI procedures Exclusion Criteria: Individuals currently on ivacaftor therapy (including Kalydeco, Orkambi, and Symdeko) and with at least one gating mutation. Gating mutations include G551D, G178R, S549N, S549R, G551S, G970R, G1244E, S1251N, S1255P, or G1349D. Acute respiratory symptoms (e.g. wheezing) at the time of the MRI. Acute respiratory infection, defined as increased cough, wheezing or respiratory rate in the 28 days prior to enrollment. Chronic lung disease not related to CF Chronic liver disease not related to CF Acute pancreatitis, defined by clinical criteria (45). Chronic pancreatic disease not related to CF. Physical findings that would compromise the safety of the subject or the quality of the study data as determined at the discretion of the site investigator. Any other condition that, in the opinion of the Site Investigator/designee, would preclude informed consent or assent, make study participation unsafe, complicate interpretation of study outcome data, or otherwise interfere with achieving the study objectives.
Adult False
Child True
Older Adult False

Calculated Values

Sequence: 254156627
Number Of Facilities 3
Registered In Calendar Year 2022
Were Results Reported False
Has Us Facility True
Has Single Facility False
Minimum Age Num 6
Maximum Age Num 8
Minimum Age Unit Years
Maximum Age Unit Years
Number Of Primary Outcomes To Measure 2
Number Of Secondary Outcomes To Measure 2

Designs

Sequence: 30648050
Allocation Non-Randomized
Intervention Model Crossover Assignment
Observational Model
Primary Purpose Diagnostic
Time Perspective
Masking Single
Outcomes Assessor Masked True

Responsible Parties

Sequence: 29014690
Responsible Party Type Principal Investigator
Name Jason Woods
Title Principal Investigator
Affiliation Children's Hospital Medical Center, Cincinnati