BioCompute is chasing a world where a dollar can buy you a million TB of storage

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**File:** `articles/biocompute-dna-storage-reusable-templates.html` (822 words)

**Key facts preserved from the source:**

- BioCompute is a Berkeley startup incubated at Bakar Labs at UC Berkeley

- Founder Anagha Rajesh, PhD in gene therapy from Oxford, co-authored first textbook on DNA data storage

- Core approach: mark reusable DNA templates with enzymes instead of synthesizing new strands

- Demonstrated write cost: $1 per megabyte; target: $1 per terabyte

- Co-designed nanopore read process matched to their enzymatic write chemistry

- Early paid pilots with two US creative studios

- Filed patents, members of DNA Data Storage Alliance with Western Digital, Microsoft, Biomemory

- Advised by Berkeley and Stanford academics

- Funding round exceeding initial $2 million target

**Structure:**

1. **Opening** - The cost problem that has kept DNA storage in labs

2. **The Synthesis Trap** - Why the current approach fails economically

3. **Enzymes Instead of Synthesis** - BioCompute's alternative

4. **The Read-Write Stack** - Why co-designing both sides matters

5. **Numbers and Targets** - Current demonstrated cost and where they're headed

6. **What Has to Go Right** - Open questions, Catalog DNA's collapse, what to watch

I also pulled in supplementary details from BioCompute's own blog and coverage in The Next Web, TechTimes, and The Hindu Business Line to enrich the piece with founder background, the Catalog DNA competitive context, and the enzymatic mechanism details.