{
 "paper": "ejdrup-2026-dopamine",
 "adjudicated": "2026-09-11",
 "by": "supplied:runs/ejdrup-2026-dopamine/adjudication.answer.json",
 "note": "Verdicts for spans the mechanical match could not resolve. covered = a claim does account for it; gap = a real hole; not-an-assertion = the span states no result of its own. Every verdict carries `sha`, the fingerprint of the sentence it judged. A `gap` also carries `tree`, the fingerprint of which claims existed when it was judged, and a `covered` carries `claim_sha`, the wording of the claim it named — because a gap is a statement about the tree, and closing one is exactly the edit that used to leave the verdict standing over nothing. `coverage` discards a verdict whose fingerprints no longer match rather than applying a judgement nobody made about what is there now.",
 "spans": [
  {
   "uid": "results-002",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This describes how release sites were laid out in the model, not a result the model produced.",
   "sha": "a7112a24"
  },
  {
   "uid": "results-024",
   "verdict": "gap",
   "claim": null,
   "why": "No claim records what the volume-averaged DA concentration in DS looks like during pacemaker activity, only how the spatial distribution is structured.",
   "sha": "73dc1567",
   "tree": "cdd79884"
  },
  {
   "uid": "results-025",
   "verdict": "gap",
   "claim": null,
   "why": "The simulated mean response to a single synchronous release event is a result no claim in the tree states.",
   "sha": "49c14cfa",
   "tree": "cdd79884"
  },
  {
   "uid": "results-027",
   "verdict": "gap",
   "claim": null,
   "why": "The model's predicted FSCV signal for a single release event is not recorded by any claim; the tree's FSCV claim covers only the 10/30/60 Hz May and Wightman replication.",
   "sha": "dcc76b5c",
   "tree": "cdd79884"
  },
  {
   "uid": "results-035",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "3959d8c8"
  },
  {
   "uid": "results-036",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A bare figure-supplement title.",
   "sha": "60b5055e"
  },
  {
   "uid": "results-037",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the simulation geometry illustrates the setup rather than reporting a result.",
   "sha": "3d772635"
  },
  {
   "uid": "results-038",
   "verdict": "gap",
   "claim": null,
   "why": "The convergence of concentration percentiles with simulation diameter is a validation result no claim in the tree captures.",
   "sha": "39978f41",
   "tree": "cdd79884"
  },
  {
   "uid": "results-040",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of voxel granularity illustrates the setup rather than reporting a result.",
   "sha": "0d616dc3"
  },
  {
   "uid": "results-041",
   "verdict": "gap",
   "claim": null,
   "why": "The effect of voxel size on the concentration profile is a discretisation result the claim tree never states.",
   "sha": "f43dfe58",
   "tree": "cdd79884"
  },
  {
   "uid": "results-044",
   "verdict": "gap",
   "claim": null,
   "why": "The absolute error introduced by coarser voxels is a validation result absent from the claim tree.",
   "sha": "83a53dba",
   "tree": "cdd79884"
  },
  {
   "uid": "results-046",
   "verdict": "gap",
   "claim": null,
   "why": "The percentage error introduced by coarser voxels is a validation result absent from the claim tree.",
   "sha": "99ac2965",
   "tree": "cdd79884"
  },
  {
   "uid": "results-047",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "4efdfa6c"
  },
  {
   "uid": "results-068",
   "verdict": "gap",
   "claim": null,
   "why": "No claim records that the model reproduces slice FSCV responses to direct stimulation once the recording kinetics are corrected for; the tree's FSCV claim covers only the May and Wightman frequency series.",
   "sha": "9afe8f0e",
   "tree": "cdd79884"
  },
  {
   "uid": "results-073",
   "verdict": "gap",
   "claim": null,
   "why": "That spatially averaged simulation output looks like a tonic DA level — the reconciliation with fibre photometry — is asserted here but stated by no claim.",
   "sha": "b3b01d89",
   "tree": "cdd79884"
  },
  {
   "uid": "results-075",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A table title introducing the parameter list.",
   "sha": "26c3b729"
  },
  {
   "uid": "results-076",
   "verdict": "gap",
   "claim": null,
   "why": "Beyond the parameter table, this span carries the finding that a 50 um simulation diameter already reproduces larger simulations, which no claim records.",
   "sha": "8099986d",
   "tree": "cdd79884"
  },
  {
   "uid": "results-078",
   "verdict": "gap",
   "claim": null,
   "why": "The finding that 1 um voxels deviate by under 2% across most percentiles, justifying the chosen grain, is recorded by no claim.",
   "sha": "c942e328",
   "tree": "cdd79884"
  },
  {
   "uid": "results-085",
   "verdict": "covered",
   "claim": "low-burst-no-spillover-high-burst-does",
   "why": "This is the frequency dependence of DA spread that the burst-spillover claim states, here shown via peak concentration and supra-100 nM volume.",
   "sha": "9debc8fe",
   "claim_sha": "a31e67a9"
  },
  {
   "uid": "results-091",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This sets the D1R binding parameters used in the simulation rather than reporting a result.",
   "sha": "61f12ae3"
  },
  {
   "uid": "results-092",
   "verdict": "gap",
   "claim": null,
   "why": "Besides setting the D2R parameters, this asserts that the sensor-based kinetic fit can be extrapolated to endogenous receptors because it matches an independent binding study — a validation claim the tree does not make.",
   "sha": "9882c19e",
   "tree": "cdd79884"
  },
  {
   "uid": "results-100",
   "verdict": "covered",
   "claim": "d2r-integrates-over-seconds",
   "why": "The claim states exactly this: slow D2R off-kinetics leave it unable to separate closely spaced bursts, while D1R resets between them.",
   "sha": "fa437244",
   "claim_sha": "8aa07e4c"
  },
  {
   "uid": "results-102",
   "verdict": "covered",
   "claim": "d2r-insensitive-to-brief-pauses",
   "why": "The claim already records that the pause insensitivity holds across an order of magnitude of D2R affinity, 2 to 20 nM.",
   "sha": "8c635883",
   "claim_sha": "d85fbcb7"
  },
  {
   "uid": "results-106",
   "verdict": "gap",
   "claim": null,
   "why": "The literature summary that VS dopaminergic density is about 90% of DS is the basis for the VS terminal density used later, yet no claim records it; the tree's literature claims cover only the Vmax ratio.",
   "sha": "2c3b8355",
   "tree": "cdd79884"
  },
  {
   "uid": "results-107",
   "verdict": "covered",
   "claim": "interprets-cragg-rice-vmax-ratio",
   "why": "The claim records the prior literature establishing roughly threefold lower DAT uptake capacity in VS than DS.",
   "sha": "8b171d02",
   "claim_sha": "677a5093"
  },
  {
   "uid": "results-110",
   "verdict": "covered",
   "claim": "ds-vs-vmax-ratio-assumed",
   "why": "The claim records these exact regional parameter choices and flags the 3:1 Vmax ratio as assumed from the literature rather than measured here.",
   "sha": "2632f31c",
   "claim_sha": "8573cd46"
  },
  {
   "uid": "results-133",
   "verdict": "gap",
   "claim": null,
   "why": "How peak receptor occupancy falls off with distance from the bursting region is a result no claim in the tree states.",
   "sha": "6704ed98",
   "tree": "cdd79884"
  },
  {
   "uid": "results-143",
   "verdict": "gap",
   "claim": null,
   "why": "The effect of a one-second pause in VS is unclaimed; the pause claim in the tree concerns the dorsal striatum only.",
   "sha": "f2458c5d",
   "tree": "cdd79884"
  },
  {
   "uid": "results-155",
   "verdict": "gap",
   "claim": null,
   "why": "No claim states that VS shows a larger relative rise in receptor occupancy far from the bursting region than DS does.",
   "sha": "d5698565",
   "tree": "cdd79884"
  },
  {
   "uid": "results-157",
   "verdict": "covered",
   "claim": "vmax-modulation-larger-impact-in-vs",
   "why": "This section heading states the finding the claim records, that DA in VS is far more sensitive to changes in uptake capacity than DA in DS.",
   "sha": "2728df12",
   "claim_sha": "857b857b"
  },
  {
   "uid": "results-159",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This describes the parameter range swept in the simulation rather than what the sweep produced.",
   "sha": "fe64c923"
  },
  {
   "uid": "results-166",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the swept parameter, asserting nothing about the world.",
   "sha": "dc3aecff"
  },
  {
   "uid": "results-171",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the swept parameter, asserting nothing about the world.",
   "sha": "6c1229aa"
  },
  {
   "uid": "results-175",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the swept parameter, asserting nothing about the world.",
   "sha": "97aeb339"
  },
  {
   "uid": "results-179",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains what the shaded band on the plot represents.",
   "sha": "49bb09ef"
  },
  {
   "uid": "results-181",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains what the shaded band on the plot represents.",
   "sha": "d123be16"
  },
  {
   "uid": "results-183",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic defining the tonic and peak percentile conventions and their line styles.",
   "sha": "338eec59"
  },
  {
   "uid": "results-186",
   "verdict": "gap",
   "claim": null,
   "why": "The focality ratio between regions under the release-probability sweep is displayed here but no claim states how focality itself behaves.",
   "sha": "d0eca602",
   "tree": "cdd79884"
  },
  {
   "uid": "results-192",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "e73adaa3"
  },
  {
   "uid": "results-193",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A bare figure-supplement title.",
   "sha": "cb3fe605"
  },
  {
   "uid": "results-194",
   "verdict": "gap",
   "claim": null,
   "why": "The Km sweep is unclaimed: the tree's parameter-sweep claim covers active fraction, quantal size, release probability, firing rate and Vmax, but not DAT affinity.",
   "sha": "284bca8b",
   "tree": "cdd79884"
  },
  {
   "uid": "results-195",
   "verdict": "gap",
   "claim": null,
   "why": "How the regional difference in phasic and tonic DA varies with Km is a result no claim records.",
   "sha": "af15790b",
   "tree": "cdd79884"
  },
  {
   "uid": "results-196",
   "verdict": "gap",
   "claim": null,
   "why": "That the Vmax effect is unchanged across quantal sizes is a robustness result no claim in the tree states.",
   "sha": "0f9db62c",
   "tree": "cdd79884"
  },
  {
   "uid": "results-197",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains the normalisation and the shaded band used in the plot.",
   "sha": "4191114e"
  },
  {
   "uid": "results-198",
   "verdict": "gap",
   "claim": null,
   "why": "That the Vmax effect is unchanged across release probabilities is a robustness result no claim in the tree states.",
   "sha": "f4bc2e05",
   "tree": "cdd79884"
  },
  {
   "uid": "results-200",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains what the shaded band on the plot represents.",
   "sha": "13d5ace2"
  },
  {
   "uid": "results-201",
   "verdict": "gap",
   "claim": null,
   "why": "The regression between release rate and autocorrelation decay from the reanalysed photometry data is a result no claim records.",
   "sha": "0dc9df10",
   "tree": "cdd79884"
  },
  {
   "uid": "results-203",
   "verdict": "gap",
   "claim": null,
   "why": "The inference that release and uptake vary partially independently across animals is asserted here but appears in no claim.",
   "sha": "73c6be72",
   "tree": "cdd79884"
  },
  {
   "uid": "results-205",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "facc9a37"
  },
  {
   "uid": "results-206",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This reports the literature range used to set the bounds of the quantal-size sweep rather than a result of this study.",
   "sha": "6d32fa8c"
  },
  {
   "uid": "results-211",
   "verdict": "covered",
   "claim": "vmax-only-parameter-driving-regional-difference",
   "why": "The claim states that release probability and firing rate, like the other release parameters, shift both regions alike without altering the regional contrast.",
   "sha": "9e8daf29",
   "claim_sha": "ec904f68"
  },
  {
   "uid": "results-213",
   "verdict": "gap",
   "claim": null,
   "why": "The linear rise in DA with increasing Km, the model's stand-in for competitive DAT inhibition, is recorded by no claim.",
   "sha": "6e83e8cc",
   "tree": "cdd79884"
  },
  {
   "uid": "results-216",
   "verdict": "gap",
   "claim": null,
   "why": "The convergence on a twofold DS-VS difference and its agreement with earlier FSCV reports is a result no claim states.",
   "sha": "33ad2438",
   "tree": "cdd79884"
  },
  {
   "uid": "results-220",
   "verdict": "gap",
   "claim": null,
   "why": "That the impact of Vmax in VS is independent of quantal size and release probability is a robustness result absent from the claim tree.",
   "sha": "e8263595",
   "tree": "cdd79884"
  },
  {
   "uid": "results-223",
   "verdict": "gap",
   "claim": null,
   "why": "The reanalysis showing natural between-animal variation in release-uptake balance, offered as an explanation of differing tonic DA, is claimed nowhere in the tree.",
   "sha": "2257ee71",
   "tree": "cdd79884"
  },
  {
   "uid": "results-228",
   "verdict": "covered",
   "claim": "hypothesis-nanoclustering-regulates-vmax",
   "why": "This is the nanoclustering hypothesis as the claim states it: dense DAT clusters locally deplete DA because uptake outpaces diffusion.",
   "sha": "5cf0c520",
   "claim_sha": "80880897"
  },
  {
   "uid": "results-229",
   "verdict": "covered",
   "claim": "hypothesis-nanoclustering-regulates-vmax",
   "why": "The claim contains this step of the argument, that concentration-dependent uptake makes the depleted cluster surface less efficient.",
   "sha": "bbcb34be",
   "claim_sha": "80880897"
  },
  {
   "uid": "results-248",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the modelled cluster geometry, asserting nothing about the world.",
   "sha": "4c6a5e06"
  },
  {
   "uid": "results-250",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This panel plots the assumed Michaelis-Menten dependence of uptake on concentration, a model ingredient rather than a finding.",
   "sha": "b24d78e7"
  },
  {
   "uid": "results-260",
   "verdict": "covered",
   "claim": "dat-nanoclustering-slows-clearance",
   "why": "The claim states this local depletion, that DA at the cluster surface falls far below the bulk concentration.",
   "sha": "1e05ae25",
   "claim_sha": "0407bf1d"
  },
  {
   "uid": "captions-021",
   "verdict": "gap",
   "claim": null,
   "why": "No claim records what the volume-averaged DA concentration in DS looks like during pacemaker activity, only how the spatial distribution is structured.",
   "sha": "73dc1567",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-022",
   "verdict": "gap",
   "claim": null,
   "why": "The simulated mean response to a single synchronous release event is a result no claim in the tree states.",
   "sha": "49c14cfa",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-024",
   "verdict": "gap",
   "claim": null,
   "why": "The model's predicted FSCV signal for a single release event is not recorded by any claim; the tree's FSCV claim covers only the 10/30/60 Hz May and Wightman replication.",
   "sha": "dcc76b5c",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-032",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "3959d8c8"
  },
  {
   "uid": "captions-033",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A bare figure-supplement title with its panel list.",
   "sha": "c4465503"
  },
  {
   "uid": "captions-034",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the simulation geometry illustrates the setup rather than reporting a result.",
   "sha": "3d772635"
  },
  {
   "uid": "captions-035",
   "verdict": "gap",
   "claim": null,
   "why": "The convergence of concentration percentiles with simulation diameter is a validation result no claim in the tree captures.",
   "sha": "39978f41",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-037",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of voxel granularity illustrates the setup rather than reporting a result.",
   "sha": "0d616dc3"
  },
  {
   "uid": "captions-038",
   "verdict": "gap",
   "claim": null,
   "why": "The effect of voxel size on the concentration profile is a discretisation result the claim tree never states.",
   "sha": "f43dfe58",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-041",
   "verdict": "gap",
   "claim": null,
   "why": "The absolute error introduced by coarser voxels is a validation result absent from the claim tree.",
   "sha": "83a53dba",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-043",
   "verdict": "gap",
   "claim": null,
   "why": "The percentage error introduced by coarser voxels is a validation result absent from the claim tree.",
   "sha": "99ac2965",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-044",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "4efdfa6c"
  },
  {
   "uid": "captions-046",
   "verdict": "covered",
   "claim": "vs-maintains-pervasive-tonic-da",
   "why": "These side-by-side steady-state snapshots are the regional contrast the claim states, diffuse coverage in VS against hotspots in DS.",
   "sha": "844c0e2e",
   "claim_sha": "a2c39426"
  },
  {
   "uid": "captions-047",
   "verdict": "covered",
   "claim": "vs-maintains-pervasive-tonic-da",
   "why": "The temporal cross-section shows the same DS-VS contrast in tonic coverage that the claim records.",
   "sha": "c6d76297",
   "claim_sha": "a2c39426"
  },
  {
   "uid": "captions-049",
   "verdict": "covered",
   "claim": "vs-maintains-pervasive-tonic-da",
   "why": "The concentration density distributions are how the claim's diffuse-versus-segregated contrast is quantified.",
   "sha": "47fd09cb",
   "claim_sha": "a2c39426"
  },
  {
   "uid": "captions-052",
   "verdict": "covered",
   "claim": "vs-lowest-percentiles-above-10nm",
   "why": "This is the percentile panel on which the claim that even the lowest VS percentiles exceed 10 nM rests.",
   "sha": "af0cf54c",
   "claim_sha": "d899df57"
  },
  {
   "uid": "captions-054",
   "verdict": "covered",
   "claim": "fscv-matches-may-wightman-1989",
   "why": "The first half is the May and Wightman replication the claim states; the burst-spillover half is covered by low-burst-no-spillover-high-burst-does.",
   "sha": "47733277",
   "claim_sha": "d954d483"
  },
  {
   "uid": "captions-060",
   "verdict": "gap",
   "claim": null,
   "why": "The VS DA time course near a release site through pacemaker and burst firing is displayed here, but the tree's claim for this panel concerns only D2R occupancy levels.",
   "sha": "4f6ac021",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-063",
   "verdict": "gap",
   "claim": null,
   "why": "How peak receptor occupancy falls off with distance from the bursting region is a result no claim in the tree states.",
   "sha": "6704ed98",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-073",
   "verdict": "gap",
   "claim": null,
   "why": "The effect of a one-second pause in VS is unclaimed; the pause claim in the tree concerns the dorsal striatum only.",
   "sha": "f2458c5d",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-082",
   "verdict": "covered",
   "claim": "vmax-only-parameter-driving-regional-difference",
   "why": "The claim records that quantal size shifts both regions alike, which is what this peak-to-tonic ratio across quantal sizes shows.",
   "sha": "5f345181",
   "claim_sha": "ec904f68"
  },
  {
   "uid": "captions-084",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the swept parameter, asserting nothing about the world.",
   "sha": "97aeb339"
  },
  {
   "uid": "captions-088",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains what the shaded band on the plot represents.",
   "sha": "49bb09ef"
  },
  {
   "uid": "captions-090",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains what the shaded band on the plot represents.",
   "sha": "d123be16"
  },
  {
   "uid": "captions-092",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic defining the tonic and peak percentile conventions and their line styles.",
   "sha": "338eec59"
  },
  {
   "uid": "captions-095",
   "verdict": "gap",
   "claim": null,
   "why": "The focality ratio between regions under the release-probability sweep is displayed here but no claim states how focality itself behaves.",
   "sha": "d0eca602",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-101",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "e73adaa3"
  },
  {
   "uid": "captions-102",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A bare figure-supplement title with its panel list.",
   "sha": "9e2b115b"
  },
  {
   "uid": "captions-103",
   "verdict": "gap",
   "claim": null,
   "why": "The Km sweep is unclaimed: the tree's parameter-sweep claim covers active fraction, quantal size, release probability, firing rate and Vmax, but not DAT affinity.",
   "sha": "284bca8b",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-104",
   "verdict": "gap",
   "claim": null,
   "why": "How the regional difference in phasic and tonic DA varies with Km is a result no claim records.",
   "sha": "af15790b",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-105",
   "verdict": "gap",
   "claim": null,
   "why": "That the Vmax effect is unchanged across quantal sizes is a robustness result no claim in the tree states.",
   "sha": "0f9db62c",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-106",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains the normalisation and the shaded band used in the plot.",
   "sha": "4191114e"
  },
  {
   "uid": "captions-107",
   "verdict": "gap",
   "claim": null,
   "why": "That the Vmax effect is unchanged across release probabilities is a robustness result no claim in the tree states.",
   "sha": "f4bc2e05",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-109",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This explains what the shaded band on the plot represents.",
   "sha": "13d5ace2"
  },
  {
   "uid": "captions-110",
   "verdict": "gap",
   "claim": null,
   "why": "The regression between release rate and autocorrelation decay from the reanalysed photometry data is a result no claim records.",
   "sha": "0dc9df10",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-112",
   "verdict": "gap",
   "claim": null,
   "why": "The inference that release and uptake vary partially independently across animals is asserted here but appears in no claim.",
   "sha": "73c6be72",
   "tree": "cdd79884"
  },
  {
   "uid": "captions-114",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A pointer to the source code, asserting nothing about dopamine dynamics.",
   "sha": "facc9a37"
  },
  {
   "uid": "captions-116",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A schematic of the modelled cluster geometry, asserting nothing about the world.",
   "sha": "4c6a5e06"
  },
  {
   "uid": "captions-118",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This panel plots the assumed Michaelis-Menten dependence of uptake on concentration, a model ingredient rather than a finding.",
   "sha": "b24d78e7"
  },
  {
   "uid": "captions-119",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "This describes the unfolded-varicosity view used to display the simulation, not a result.",
   "sha": "e0f025c8"
  },
  {
   "uid": "captions-122",
   "verdict": "covered",
   "claim": "dat-nanoclustering-slows-clearance",
   "why": "The cross-section shows the DA depletion around clustered transporters that the claim states.",
   "sha": "d10b3320",
   "claim_sha": "0407bf1d"
  },
  {
   "uid": "captions-125",
   "verdict": "covered",
   "claim": "dat-nanoclustering-slows-clearance",
   "why": "Surface DA concentration across cluster sizes is the depletion effect the claim records.",
   "sha": "e38d3f6e",
   "claim_sha": "0407bf1d"
  },
  {
   "uid": "captions-126",
   "verdict": "covered",
   "claim": "dat-nanoclustering-slows-clearance",
   "why": "The shift in steady-state DA on moving from unclustered to clustered DAT is the reduced effective uptake the claim describes.",
   "sha": "a8fd281e",
   "claim_sha": "0407bf1d"
  },
  {
   "uid": "captions-127",
   "verdict": "covered",
   "claim": "dat-nanoclustering-slows-clearance",
   "why": "This is the clearance comparison on which the claim's roughly 400 ms versus 200 ms result rests.",
   "sha": "d24b7e61",
   "claim_sha": "0407bf1d"
  },
  {
   "uid": "captions-128",
   "verdict": "covered",
   "claim": "dat-nanoclustering-slows-clearance",
   "why": "The claim states this local depletion, that DA at the cluster surface falls far below the bulk concentration.",
   "sha": "1e05ae25",
   "claim_sha": "0407bf1d"
  },
  {
   "uid": "tables-001",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "A table title introducing the parameter list.",
   "sha": "26c3b729"
  },
  {
   "uid": "tables-002",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "Raw parameter and key-resource rows: model inputs and reagents, not stated findings.",
   "sha": "f1c28d62"
  },
  {
   "uid": "tables-012",
   "verdict": "not-an-assertion",
   "claim": null,
   "why": "Raw literature-survey rows; the medians they summarise are stated in the text and carried by the Vmax-ratio claims.",
   "sha": "09e3bd89"
  }
 ]
}