Browse Articles by Topic
Folate receptor autoantibodies may cause miscarriages by blocking folate transport. Learn about testing, treatment, and their role in pregnancy loss.
Explore the vital role of folate in preventing neural tube defects and its impact on pregnancy.
Explore the complexities of peroxisomal disorders and their implications for developmental delays.
Explore what is autism masking, and the motivations behind it. Learn the benefits vs drawbacks of autism masking.
Discover the critical role of folate (Vitamin B9) in human health and why it’s essential for overall well-being.
Discover the impact of inherited metabolic disorders on childhood development. Learn about modes of inheritance, phenylketonuria (PKU), and amino acid metabolism.
Discover the impact of folinic acid on neurodevelopmental disorders and the significance of early detection of folate receptor autoantibodies.
Learn why autism does not fade with age. Explore effective therapies, early intervention, and hope for managing symptoms and unlocking potential.
Discover the intricacies of early childhood developmental delays related to amino acid and organic acid disorders.
Folate receptor autoantibodies are antibodies produced by the immune system that target folate receptor alpha in the body. Folate receptors are proteins located on the surface of cells and are responsible for facilitating the transport and uptake of folate (vitamin B9) into cells.
Speech delay in autism involves difficulties with communication skills, particularly spoken language, compared to developmental expectations for a child’s age.
Echolalia basically means non-voluntary repetition of another individual’s speech. Sometimes it can sound automatic or even robotic, especially in children learning to speak.
Learn about developmental delays in infancy and early childhood linked to homocysteine metabolism.
Explore the crucial link between folate and brain development, and its potential impact on autism spectrum disorders.
The Holidays are upon us! And as such, if we are lucky, we will have a few days off to celebrate.
