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@@ -69,12 +69,12 @@ to **6e-08**, so these are apples-to-apples.
 | | DaisyChain | Carbon-500M |
 |---|---|---|
 | **Routing accuracy** (held-out) | **100.0%** | — |
-| **Likelihood — base-pair bits/base** (↓) | **1.876** | **1.787** |
+| **Likelihood — base-pair bits/base** (↓) | **1.875** | **1.787** |
 | Seq-recovery, eukaryote (FNS, ↑) | 31.5% | 38.9% |
 | Seq-recovery, bacteria (FNS, ↑) | 40.9% | 54.1% |
 | Active params / query | ~74M (one specialist) | 500M |
 
-**Honest standing: ~+0.089 bits/base behind, and no single domain beats Carbon yet.** The gap is
+**Honest standing: ~+0.088 bits/base behind, and no single domain beats Carbon yet.** The gap is
 concentrated in mRNA and bacterial DNA (Carbon's strongest domains); eukaryote and splice are closest.
 Note Carbon-500M is itself a *draft model*, explicitly "not designed to be competitive on downstream
 benchmarks" — so it's a fair, achievable target, not the 3B/8B flagships.