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I canβt literally build an evidence map **βby metabolite classβ** from the supplied material because none of the provided records contain metabolite-class information; instead, I converted each narrative review into an **evidence-map indexed by endpoint theme** (diagnosis/staging/prognosis, monitoring/intervention, toxicity outcomes, mechanistic signaling, genetic/epigenetic alteration, etc.) using only whatβs explicitly present in your dataset.
None of the supplied review records include metabolite classes (e.g., glycolysis intermediates, lipids, amino acids, bile acids) or metabolite-level endpoints; therefore an evidence map strictly βby metabolite classβ cannot be constructed from the provided input.
I proceed by converting your narrative reviews into an evidence map by endpoint theme (what the review says the biomarker/tests are used for), using only the explicitly described endpoints/modalities/mechanisms in each record.
1) Evidence-map overview: how many reviews support each endpoint theme?
Endpoint categories are extracted from the βone_sentence_summaryβ / βresults_and_conclusionsβ / βlist_of_extracted_dataβ text you provided (no outside inference).
2) Evidence map matrix: Review β Endpoint theme
A compact βevidence mapβ built from what each record explicitly claims it addresses.
3) Modality/biomarker βevidence axisβ where explicitly provided
Only one record in your dataset provides a detailed modality-to-endpoint structure (cardiac sarcoidosis imaging). I visualize those modality targets and quantitative metrics as an evidence sub-map.
4) Table: extracted quantitative metrics where explicitly stated
Only values that appear in your provided record are listed; β#β counts are not computed beyond whatβs explicitly described.
Modality
Target (explicit)
Quantitative metrics mentioned
Guideline role mentioned
18F-FDG PET
Active myocardial inflammation
SUVmax; CMV; TLG
Major criterion (noncoronary FDG uptake pattern) in JCS 2016
CMR (LGE)
Myocardial fibrosis/scar
β
Major criterion in JCS 2016
CMR (T1/T2 mapping)
Tissue characterization (edema/inflammation)
ECV; mapping values (no universal cutoffs stated)
Complementary evidence; standardization needed
67Ga scintigraphy
Active granulomatous inflammation
β
Minor criterion in JCS 2016
Myocardial perfusion imaging (MPI)
Perfusion defects / microvascular dysfunction
Pattern of perfusion-metabolism mismatch (qualitative)
Minor criterion (SPECT perfusion defects)
Skeptical notes / limitations of this evidence map
No metabolite-class data exist in the supplied records, so βmetabolite-classβ mapping is not just incompleteβit is structurally impossible from this input.
(Applies across the entire dataset you provided.)
The endpoint-theme matrix uses presence/absence from narrative text, not effect sizes, study counts, or measured outcomes.
This is an evidence index rather than a meta-analytic quantification.
Several items explicitly state they are narrative reviews and/or lack meta-analysis due to heterogeneity (e.g., ADHD wearables record).
Endpoint themes may be selection-biased by what each narrative review chose to emphasize; without full-text extraction of endpoints per study, this map cannot correct for that.
Cited sources used (from your provided research data)
(If you want the map truly by metabolite class, youβll need to provide a dataset where each included study/report lists metabolite classes and metabolite-specific endpointsβyour current input does not.)
Next step: make it genuinely βmetabolite-class Γ endpointβ
Provide either: (1) the full text (or extracted tables) for metabolite-class/endpoint outcomes, or (2) a structured table listing each studyβs metabolite class and endpoint. Then I can produce a true evidence matrix + density plots.
Parses your provided JSON records, extracts endpoint themes and any explicit metabolite/class fields, then outputs a heatmap-ready matrix (endpoint Γ class) and a counts summary for Plotly.
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We'll email you the results when your analysis is finished.
Hypothesis Graveyard
A fully metabolite-class evidence map can be recovered without metabolite-class data by inferring metabolites from narrative descriptionsβunlikely, because your supplied records explicitly lack metabolite-class information; any attempt would require unverifiable assumptions.
The endpoint-theme evidence map approximates effect-size evidence well enough to substitute for meta-analysisβunlikely here because your provided materials are narrative summaries and do not contain effect sizes for endpoints.