Discover how advanced paternal age may influence autism risk through genetic mutations, epigenetic changes, and key biological mechanisms.
Explore how folate impacts brain health and its link to depression and autism, including MTHFR mutations, FRAAs, and potential treatment strategies.
Discover why high-dose folinic acid should be reserved for FRAT®-positive cases and the importance of FRAT® testing in guiding safe, targeted therapy.
Discover how folinic acid helps children with autism and FRAAs by restoring brain folate, improving speech, behavior, and communication.
Early detection of folate receptor autoantibodies (FRAAs) can prevent neurodevelopmental disorders like ASD and CFD. Learn why early testing matters.
Discover how FRAAs, the FRAT® test, and folinic acid offer targeted hope for ASD, PANS/PANDAS, and more through folate transport correction.
Discover the FRAT® test—an advanced diagnostic for folate receptor autoantibodies linked to autism, NTDs, and neurodevelopmental disorders.
Discover why the FRAT® test is crucial for detecting folate receptor autoantibodies linked to autism, CFD, and neurological symptoms.
Learn how folate receptor autoantibodies (FRAAs) block folate transport at the BBB, causing cerebral folate deficiency despite normal blood folate levels.
Discover how maternal autoantibodies may impact fetal brain development and increase autism risk. Learn more about MAR-ASD, key proteins, and emerging research.