Calcium Channels
The CACNA1A gene encodes the alpha-1A subunit of the CaV2.1 P/Q-type voltage-gated calcium channel, controlling neurotransmitter release in brain neurons.
Standing together to fund personalized genetic medicine (ASO therapy) for Archie’s rare CACNA1A gene mutation, paving the way for rare disease breakthroughs.
“Put on all of God’s armor so that you will be able to stand firm…”
Ephesians 6:11
Custom oligonucleotide therapy (ASO) developed by the n-Lorem Foundation gives Archie a chance for a healthier future.
A fighter from the very beginning.
Our sweet, resilient boy.
“We are trusting that God has a path forward, and we are fighting with everything we have to give our sweet, resilient boy the future he deserves.”
The Family
Our journey with Archie began on the day he was born. Following a delivery with no prior warning signs, the umbilical cord was found wrapped tightly around his neck twice, resulting in moderate Hypoxic-Ischemic Encephalopathy (HIE)—a severe lack of oxygen to the brain. Within his first few minutes of life, Archie began experiencing rapid movements in his arms and legs, prompting emergency transport to Cincinnati Children’s Hospital Medical Center.
For three critical days, Archie underwent therapeutic hypothermia (brain cooling) to prevent further injury. When he was warmed, an MRI showed remarkably promising results—an answered prayer that allowed our family to bring him home after nine days in the NICU.
Therapeutic hypothermia in his first days of life, to prevent further injury.
A remarkably promising MRI let us bring him home from the NICU.
Those early months were filled with watchful anxiety. While nothing major occurred initially, we noticed he was significantly weak and hypotonic with notable head lag, leading us to start physical therapy right away.
At five months old, our worst fears were realized when Archie suffered his first major tonic-clonic seizure, which required emergency intervention by paramedics, followed by a second seizure in the EMS vehicle on the way to the hospital. Diagnosed with epilepsy, we held onto hope that he would eventually outgrow it.
However, the seizures continued, accompanied by delayed developmental milestones. Around 15 months of age, Archie began experiencing unprovoked startle and jerk-like movements. Because standard EEGs could not register them, doctors suspected these myoclonic seizures were originating deep within the brain. After a harrowing nine-month period, we finally found a medication regimen that successfully brought these myoclonic seizures under control.
Despite these hurdles, Archie’s determination—and his family’s support—shone through. With the dedicated help of physical, speech, and occupational therapy, and nightly living room walking sessions guided by his big sisters, Archie reached a joyful milestone and learned to walk around 20 months of age.
A joyful milestone, reached with therapy and nightly living room walking sessions guided by his big sisters.
In the fall of 2025, we noticed new, frightening symptoms: sporadic losses of coordination lasting one to five minutes a few times a month, accompanied by sudden falls where his reflexes failed to catch him.
On New Year’s Day 2026—just the day before his second birthday—Archie suddenly lost the ability to sit up or walk. Rushing him to the ER, we underwent an array of tests that offered no immediate answers until an emergency neurologist recommended comprehensive genetic testing.
After two excruciating weeks of waiting, the diagnosis arrived: Archie has a CACNA1A-related disorder, specifically the A713T variant. This is a de-novo mutation (meaning it was not inherited) and is one of the more severe variants. It caused him to suffer a debilitating 21-day ataxic episode during which he had to completely re-learn how to walk.
Living with the CACNA1A A713T variant presents a complex daily spectrum of neurological challenges. The primary symptoms and struggles we navigate include:
Seizures that are exceptionally difficult to control with standard pharmaceutical treatments.
Sudden, unpredictable episodes of severe loss of coordination and balance.
Persistent low muscle tone and significant delays in reaching developmental milestones, with speech being most profoundly impacted.
Involuntary, rapid eye movements affecting visual focus.
A severe form of migraine that can cause temporary paralysis on one side of the body.
When Cincinnati Children’s delivered the diagnosis, they shared the devastating news that there was no existing cure. However, because Archie’s specific variant is nano-rare (affecting fewer than 30 people worldwide), a specialized pathway opened up.
A pioneering organization called n-Lorem has the capability to create a personalized, custom Antisense Oligonucleotide (ASO) targeted treatment designed specifically to quiet Archie’s mutation and reduce his symptoms.
While n-Lorem generously covers the cost of manufacturing the medication itself, insurance does not cover the process because it is classified as research. Consequently, hospital administration and clinical care costs fall entirely on our family—estimated at $300,000 to $500,000 in the first year, and $50,000 to $100,000 annually thereafter.
Estimated hospital administration and clinical care costs in the first year.
Estimated costs each year after that.
When we first learned of these numbers, our hearts broke knowing we could never meet this financial burden on our own. But we also know that our son’s life is priceless, and there is extraordinary power in community and prayer.
We are trusting that God has a path forward, and we are fighting with everything we have to give our sweet, resilient boy the future he deserves. Every contribution, share, and prayer brings Archie one step closer to the treatment that can save his life.
Thank you from the bottom of our hearts for walking this journey with us.
What is the CACNA1A gene, how does it function, and why are targeted genetic therapies so transformational?
The CACNA1A gene encodes the alpha-1A subunit of the CaV2.1 P/Q-type voltage-gated calcium channel, controlling neurotransmitter release in brain neurons.
Mutations can be “gain-of-function” (an overactive channel) or “loss-of-function” (an underactive channel). Identifying Archie’s exact variant is key to tailoring treatment.
Antisense oligonucleotides (ASOs) are short synthetic strands of nucleic acid designed to bind specifically to mutant mRNA to normalize protein expression.
Developing a personalized medicine requires meticulous research, laboratory validation, and hospital-based intrathecal administration.
Whole genome sequencing confirmed Archie’s CACNA1A variant. Accepted into the n-Lorem Foundation’s nano-rare discovery pipeline.
Scientists synthesize candidate ASO sequences and test them in cell models derived from Archie’s own stem cells to find the best candidate.
Filing an Investigational New Drug (IND) application with the FDA for patient-specific approval.
Intrathecal administration of the ASO therapy at a specialized pediatric neurology center, followed by clinical evaluation.
While n-Lorem generously absorbs the discovery and synthesis cost of the ASO molecule, the family is responsible for hospital administration, specialized neurological monitoring, biomarker studies, and travel to clinical centers.
Donations to Archie’s fund support his treatment, clinical visits, and therapy needs.
Support Archie TodayFollow along as we post milestones, clinical progress reports, and family moments.
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Every gift goes to Archie’s fund at Rare Village Foundation
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