{
  "harness": "sj-harness 0.3.1",
  "job": "job:c7b20b112b1dc53dda70e95e91d71904",
  "kind": "domain_review",
  "bundle": "sha256:611b96ab4333e5f2b4b80da280c24a7ff3c9af4740d5851df73bf0b82862a5a1",
  "claims": [
    {
      "local_id": "C1",
      "claim_id": "claim:55679f20120fec93c55ee576869871e1312a21472386e1b4d0cb000a22f55dc6",
      "verdict": "minor_issues",
      "significance": "minor",
      "reason": "Real, preregistered effect, but largely expected from the known rise in low-frequency SBP power on standing (Pagani 1986, Cooke 1999); a beat-indexed AR1 also rises mechanically when heart rate increases, which a fixed-time-lag AR1 would rule out; omits prior slowing-down work in physiology (Olde Rikkert 2016, Gijzel 2018)."
    },
    {
      "local_id": "C2",
      "claim_id": "claim:37b8aa4c4f6ac6f6578a6fd85538dc3ae4888e71dd1c7de0283dc969e400dacb",
      "verdict": "minor_issues",
      "significance": "minor",
      "reason": "Honest, underpowered null (n=27, AUC CI 0.28-0.73) that the paper hedges well; the direction tested is not motivated against autonomic neuropathy's expected blunting of the LF response, and diabetes is a weak proxy for orthostatic reserve."
    },
    {
      "local_id": "C3",
      "claim_id": "claim:7292442b15d0be90dd31769d30cae0970202df5d138dd59e1468eb5c2160346b",
      "verdict": "minor_issues",
      "significance": "minor",
      "reason": "Omits the main cardio-postural coupling literature (Garg 2014, Verma 2017) that reported coupling with EMG/centre of pressure; with only two to four 64-s Welch segments per window, coherence is biased and the surrogate test has little power, so only strong coupling is excluded."
    }
  ]
}