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Archie’s CACNA1A Variant Journey

A Story of Hope & Healing for Archie

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
Donate Now Read Archie’s Story
Targeted ASO Research

Fighting CACNA1A

Custom oligonucleotide therapy (ASO) developed by the n-Lorem Foundation gives Archie a chance for a healthier future.

Meet Our Superhero

Archie’s Story & Journey

Every parent expects challenges, but nothing prepares you to hear that a single letter in your child’s DNA is changed.

Archie

Warrior & Inspiration

Spirited, resilient, and smiling through neurological therapy appointments and lab evaluations.

“Archie lights up every room he enters. His laughter reminds us why we fight so hard every single day to give him the treatment he deserves.”

The Family

The Diagnosis & The Search for Answers

From early infancy, Archie showed subtle developmental delays and unexpected neurological symptoms. After months of medical testing, consultations with specialists, and whole genome sequencing, we received the diagnosis: Archie has a rare, de novo mutation in the CACNA1A gene.

The CACNA1A gene provides instructions for making a key subunit of the CaV2.1 calcium channel, vital for normal communication between brain cells. Archie’s specific variant disrupts this delicate signaling pathway, leading to challenges with motor function, speech, and potential seizure activity.

Rare DNA Variant

Archie’s single nucleotide change requires targeted personalized medicine rather than standard off-the-shelf pharmaceuticals.

ASO Breakthrough

Working with the n-Lorem Foundation to design a custom antisense oligonucleotide (ASO) to silence or correct the faulty gene copy.

Putting on Archie’s Armor

We created Archie’s Armor to rally family, friends, and supporters around Archie’s journey. Just as armor protects in battle, our mission is to wrap Archie in love, spiritual strength, cutting-edge medical science, and financial support for his personalized treatment program.

Medical Science

Understanding CACNA1A

What is the CACNA1A gene, how does it function, and why are targeted genetic therapies so transformational?

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.

Crucial for brain communication →

Variants & Function

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.

Precision variant mapping →

Targeted ASO Therapy

Antisense oligonucleotides (ASOs) are short synthetic strands of nucleic acid designed to bind specifically to mutant mRNA to normalize protein expression.

n-Lorem nano-rare program →

Comparing Traditional vs. Personalized Genetic Medicine

Standard Symptom Management

  • Treats symptoms (seizures, ataxia) without addressing the underlying DNA cause.
  • Trial-and-error medication cycles with significant side effects.
  • Not specific to individual CACNA1A single-letter mutations.

Custom ASO Therapy (Archie’s Plan)

  • Specifically targets Archie’s exact genetic mutation sequence.
  • Designed to restore proper calcium channel function in neurons.
  • Discovery and development provided free by n-Lorem; the family funds hospital delivery and administration.

Connect with the CACNA1A Foundation

Learn more about research initiatives, clinical trial networks, and family support groups.

Visit CACNA1A.org
The Roadmap to Healing

Treatment, Research & ASO Progress

Developing a personalized medicine requires meticulous research, laboratory validation, and hospital-based intrathecal administration.

  1. Completed

    1. Genetic Diagnosis & n-Lorem Acceptance

    Whole genome sequencing confirmed Archie’s CACNA1A variant. Accepted into the n-Lorem Foundation’s nano-rare discovery pipeline.

  2. 2
    In Progress

    2. ASO Design & iPSC Cell Testing

    Scientists synthesize candidate ASO sequences and test them in cell models derived from Archie’s own stem cells to find the best candidate.

Where Your Donations Go

How Funding Supports Archie’s Care

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.

Intrathecal ProceduresHospital lumbar punctures & sedation
Longitudinal MonitoringEEG, MRI & bio-sample labs

Donations to Archie’s fund support his treatment, clinical visits, and therapy needs.

Support Archie Today
Family Journal

Latest Updates on Archie

Follow along as we post milestones, clinical progress reports, and family moments.

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