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Trials for ACH Patients
Procedure
TransCon CNP for Achondroplasia
This trial uses TransCon CNP to help children and adolescents with achondroplasia grow their bones properly. It is for those who have already been part of a previous trial. The treatment continues for an extended period.
Peptide
TransCon CNP for Achondroplasia
This trial tests if regular injections can help children with Achondroplasia grow taller by making their bones grow faster. Vosoritide has shown promising results in increasing growth in children with achondroplasia.
Tyrosine Kinase Inhibitor
Infigratinib for Achondroplasia
This trial is testing a medicine called infigratinib in children aged 3 to 11 years with Achondroplasia. The medicine works by blocking proteins that cause abnormal bone growth. The children have already participated in an earlier study.
Trials With No Placebo
Procedure
TransCon CNP for Achondroplasia
This trial uses TransCon CNP to help children and adolescents with achondroplasia grow their bones properly. It is for those who have already been part of a previous trial. The treatment continues for an extended period.
Tyrosine Kinase Inhibitor
Infigratinib for Achondroplasia
This trial is testing a medicine called infigratinib in children aged 3 to 11 years with Achondroplasia. The medicine works by blocking proteins that cause abnormal bone growth. The children have already participated in an earlier study.
Frequently Asked Questions
Introduction to achondroplasia
What are the top hospitals conducting achondroplasia research?
In the realm of advancing medical research for achondroplasia, several top hospitals are leading the charge. Ascendis Pharma Investigational Site in Madison is at the forefront with three ongoing clinical trials focused on this rare genetic disorder that affects bone growth. Having initiated their first achondroplasia trial as recent as 2019, they demonstrate a commitment to exploring innovative approaches. Vanderbilt University Medical Center in Nashville is also making significant strides with three active trials and a total of five completed studies since embarking upon their initial investigation in 2018.
Meanwhile, Children's Hospital & Research Center Oakland has been diligently working on understanding and developing treatments for achondroplasia. With three current clinical trials and six past investigations dating back to 2014 when they began their pioneering efforts, this institution is actively contributing to improving the lives of those affected by this condition.
Similarly, Harbor-UCLA Medical Center in Torrance has emerged as another key player in tackling achondroplasia through its involvement with three ongoing trials and a history of six successful studies starting from 2014. Together with these hospitals, Baylor College of Medicine located in Houston completes the list while boasting an impressive seven previously conducted clinical trials along with participating currently involved within similar number simultaneously which started tracing roots all way back until 2012; highlighting dedication towards understanding aspects associated with such conditions
These dedicated institutions across different parts of the United States showcase both collaboration among researchers and advancements made possible through medical innovation. Their collective efforts provide hope for individuals living with achondroplasia while demonstrating that every study brings us closer to breakthroughs that can significantly improve quality of life for those affected by this complex disorder
Which are the best cities for achondroplasia clinical trials?
Houston, Texas, Oakland, California, Nashville, Tennessee, Madison, Wisconsin, and Columbia, Missouri are among the best cities for achondroplasia clinical trials. These cities have a significant number of active trials aimed at studying various treatments for this condition. Houston and Oakland currently lead with 5 ongoing studies each that explore medications such as BMN 111 and TransCon CNP. Nashville closely follows with 4 active trials investigating interventions like Infigratinib and BMN 111. Additionally, both Madison and Columbia offer promising opportunities for participation in achondroplasia clinical trials with their respective 3 ongoing studies examining treatment options involving TransCon CNP and BMN 111.
Which are the top treatments for achondroplasia being explored in clinical trials?
Exciting progress is being made in clinical trials exploring treatments for achondroplasia. Leading the way is BMN 111, currently undergoing two active trials and boasting a total of six all-time dedicated studies since its introduction in 2012. Additionally, TransCon CNP shows promise with one ongoing trial and four previous trials focused on achondroplasia since it was first listed in 2020. These innovative treatments offer hope to individuals living with this genetic disorder, bringing us closer to potentially life-changing advancements in the field.
What are the most recent clinical trials for achondroplasia?
Exciting developments are underway in the field of achondroplasia research, with recent clinical trials offering new hope and potential advancements. One notable trial focuses on TransCon CNP 100 mcg, a treatment aimed at addressing the underlying causes of achondroplasia. Another study explores the effectiveness of BMN 111 injection delivered via an injector pen as a possible therapy for this condition. Additionally, researchers are investigating TransCon CNP as another potential avenue for treating achondroplasia. With these innovative trials paving the way forward, there is renewed optimism for individuals affected by achondroplasia and their families.
What achondroplasia clinical trials were recently completed?
A recent milestone in the quest to find effective treatments for achondroplasia occurred with the completion of a clinical trial investigating BMN 111. Sponsored by BioMarin Pharmaceutical, this trial wrapped up in May 2018. While no additional information on recently completed trials is available at this time, researchers and pharmaceutical companies continue their tireless efforts to advance our understanding of achondroplasia and explore new therapeutic avenues.