OCU410ST Granted Orphan Drug Designation for ABCA4-Associated Retinopathies
source: pixabay.com

OCU410ST Granted Orphan Drug Designation for ABCA4-Associated Retinopathies

  ABCA4-associated retinopathies are a group of conditions that cause progressive macular degeneration and vision loss due to ABCA4 mutations. Stargardt disease, cone-rod dystrophy type 3 (CORD3), and retinitis pigmentosa 19…

Continue Reading OCU410ST Granted Orphan Drug Designation for ABCA4-Associated Retinopathies
The Discovery of 261 New Gene Mutations Which Could Cause Blindness May Lead to More Accurate Diagnoses and New Treatments
source: pixabay.com

The Discovery of 261 New Gene Mutations Which Could Cause Blindness May Lead to More Accurate Diagnoses and New Treatments

Ala Moshiri from the University of California is both a researcher and an eye doctor. He recently discussed his frustration surrounding the lack of available treatments for so many genetic…

Continue Reading The Discovery of 261 New Gene Mutations Which Could Cause Blindness May Lead to More Accurate Diagnoses and New Treatments
InformedDNA, Foundation Fighting Blindness Partnership Will Screen Patients for Usher Syndrome, RP Clinical Trials
source: pixabay.com

InformedDNA, Foundation Fighting Blindness Partnership Will Screen Patients for Usher Syndrome, RP Clinical Trials

ProQR Therapeutics is working to develop unique therapeutic solutions for genetic eye diseases. Currently, the company is evaluating its therapeutic candidate ultevursen within the Phase 2/3 Sirius and Celeste clinical trials; you can read…

Continue Reading InformedDNA, Foundation Fighting Blindness Partnership Will Screen Patients for Usher Syndrome, RP Clinical Trials
INTERVIEW: How ProQR’s Sirius and Celeste Studies Could Change the Therapeutic Landscape for USH2A-Mediated RP and Usher Syndrome (Pt. 2)
Daniel de Boer. Photo courtesy of: ProQR and FTI Consulting

INTERVIEW: How ProQR’s Sirius and Celeste Studies Could Change the Therapeutic Landscape for USH2A-Mediated RP and Usher Syndrome (Pt. 2)

If you would like to read the first part of this interview, please take a look at Part 1 here. In the first part of the interview, I spoke with…

Continue Reading INTERVIEW: How ProQR’s Sirius and Celeste Studies Could Change the Therapeutic Landscape for USH2A-Mediated RP and Usher Syndrome (Pt. 2)
INTERVIEW: How ProQR’s Sirius and Celeste Studies Could Change the Therapeutic Landscape for USH2A-Mediated RP and Usher Syndrome (Pt. 1)
Daniel de Boer. Photo courtesy of: ProQR and FTI Consulting

INTERVIEW: How ProQR’s Sirius and Celeste Studies Could Change the Therapeutic Landscape for USH2A-Mediated RP and Usher Syndrome (Pt. 1)

Clinical trials, drug development, and medical research have the potential to change the therapeutic landscape for patients with a wide variety of conditions. At ProQR, founder and CEO Daniel de…

Continue Reading INTERVIEW: How ProQR’s Sirius and Celeste Studies Could Change the Therapeutic Landscape for USH2A-Mediated RP and Usher Syndrome (Pt. 1)
Results Available from GS030 Study for RP in NHP
https://pixabay.com/photos/animals-lemurs-wildlife-zoo-monkey-1010643/

Results Available from GS030 Study for RP in NHP

Recently, biopharmaceutical company GenSight Biologics ("GenSight") announced the publication of data from a study evaluating GS030-Drug Products (GS030-DP or "GS030") as a potential treatment option for retinitis pigmentosa (RP). Although…

Continue Reading Results Available from GS030 Study for RP in NHP

New Investigative Therapy Holds Promise for Retinitis Pigmentosa in Mouse Model

Researchers from Nanoscope, thanks to funding by the NIH, have developed a protein that can effectively restore vision in mice. This study was published in Nature Gene Therapy. The Study…

Continue Reading New Investigative Therapy Holds Promise for Retinitis Pigmentosa in Mouse Model
X-Linked Retinitis Pigmentosa Investigative Gene Therapy is Looking Promising
source: pixabay.com

X-Linked Retinitis Pigmentosa Investigative Gene Therapy is Looking Promising

Janssen Pharmaceuticals has an ongoing Phase 1/2 clinical trial for the inherited retinal disease X-linked retinitis pigmentosa (XLRP). They are investigating an adeno-associated gene therapy called RPGR as a therapeutic…

Continue Reading X-Linked Retinitis Pigmentosa Investigative Gene Therapy is Looking Promising