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A Family Resource

As the parents of two children impacted by Citrate Transporter Disorder SLC13A5, Kim and Zach Nye have a tremendous respect for all who are affected by this disease. This is why TESS Research Foundation was established—to help. We have formed this Foundation to share information, progress diagnosis, and find treatments and a cure for this disease whose symptoms are well known to us, but whose effective treatment and cure are still elusive. We encourage you to share your stories with us so we can share them with the research community and to those in search of answers. We are all stronger together than we can ever be alone.

Get Involved

Citrate Level Test

Researchers have found that some children with SLC13A5 Deficiency have increased levels of citrate in their blood and Cerebrospinal Fluid (CSF). To establish the level of citrate as a diagnostic biomarker for SLC13A5 Deficiency, they need to study citrate levels in more children with this disorder and their heterozygous carrier parents. You can give your valuable contribution to this study, which might make the diagnosis for SLC13A5 Deficiency cheaper and faster and also open new avenues for treatment. To participate, please take the citrate test form to your doctor and get the citrate levels tested for your children and yourself.

Coriell Bio-bank

A bio-bank or a repository is a bank that collects and stores biological samples like blood, tissues (skin biopsies), cells (IPSCs) or DNA from patients and their families and distributes them to scientists for use in research. Bio-banks are especially beneficial for rare disease communities like ours as it provides a central resource of patient samples accessible to all the researchers who are interested in studying our disease and brings our children closer to the possibility of a cure. You can participate in this bio-bank by donating your child’s and your samples like blood or skin biopsies and give your valuable contribution in understanding SLC13A5 Deficiency and finding treatment options for our children suffering with this disease.

Diagnosis

How do we know if our baby is affected by this disorder?

In order to determine if SLC13A5 is the cause of your child’s seizures, a blood test can be performed.  While the number known diagnosed cases are growing, we believe there are still many people who are subject to the disorder but have not received a formal diagnosis. The first and most pervasive symptom, seizures, happens within the first day(s) of life.

While the disease is becoming known to a greater number of researchers, it still is relatively unknown to the caregiving medical community.  If your child experiences seizures at birth that your medical care team cannot determine the cause of, you should ask to be screened for SLC13A5. For assistance with diagnosis, contact us at kim@tessfoundation.org.

Other symptoms include:

  • Seizures beginning within first few days of birth
  • Persistent seizures of multiple types
  • Severe expressive language delay, with better receptive language
  • Low muscle tone (hypotonia) and a lack of muscle control or coordination of voluntary movements, such as walking or picking up an object (ataxia)
  • Episodes of body stiffening or weakness lasting a few minutes to a few hours
  • Poor development of teeth (hypodontia) or weakness of teeth enamel
  • Brain MRI that appears normal or has subtle changes in the white matter
  • Mildly elevated Citrate levels in blood

What do we do if we receive a positive diagnosis for SLC13A5?

At this time, there are no specific treatments that cure the disease.  Treating seizures in children with Citrate Transporter Disorder has proven difficult in some patients. Please speak with a neurologist about treatment options for your child. We have found that several patients have done slightly better with Acetazolamide but would like to hear if anyone else has had any improvement with Acetazolamide or if any other treatments have been helpful.  We want to hear your stories in the hope that by sharing information, we can more quickly advance treatment and cure.

Ways to Connect With our SLC13A5 Community