| name | life-full-study-skeleton-including-the-wet-lab-half |
| description | Use when the research task is in life — structural biology, protein/ligand modelling, sequence and assay work — at study design, analysis or writing. Fill every slot of the life-science results skeleton, including the parts you cannot compute |
Fill every slot of the life-science results skeleton, including the parts you cannot compute
A life-science results section is a fixed skeleton and each slot is judged on its own. Budget one figure per slot.
A pipeline schematic - source data, design or selection, experiment, model, next iteration - drawn before any results figure.
The distribution over biological units: violin or strip of the per-cell, per-donor, per-position value with the unit on the axis, never a mean alone. Name which units behave differently and why; between-unit heterogeneity is itself the finding.
The headline metric stratified along every axis the biology distinguishes - platform or chemistry, cell line or tissue, species or strain, substrate or matrix, gene class, coverage depth, donor - with the pooled figure as one extra row, and say which stratum breaks.
The mechanism in the field's physical vocabulary: which residues, monomers, bases or positions, through which interaction (hydrophobic, electrostatic, steric, stacking), and the measurement that supports it.
Two rules outsiders break. When the supplied material is small, mislabelled, degenerate or a curated extract, still produce the standard analysis on it exactly as given, at the scale given, clearly labelled - then add your corrected analysis and the provenance audit alongside. An audit or an upstream re-scoping that replaces the requested figure loses the result. And the non-computational half - upstream corpus or cohort curation, synthesis and sample-preparation conditions, post-hoc characterisation (mechanical properties, generality across matrices, stability over months) - is compiled from the literature into a labelled comparison table with its provenance stated, never dropped because you could not recompute it.
Why this is here
Attacks the three mechanisms that produce Life's 55% absent rate. (1) Non-computable criteria silently dropped: in one task the five non-computational criteria averaged 7.6 against 43 for the computable ones - this skill makes the literature-compiled table the expected deliverable. (2) The upstream re-scoping / critique-instead-of-deliverable pivot that cost two criteria scoring 3 and 8 on figures that were direct plots of shipped files. (3) Scale mismatch answered with a limitations sentence: 'at the scale given' plus the per-unit distribution slot forces the violin and the stratified table that scored 0. The schematic and mechanism slots cover 4 more criteria the reports never opened a section for.
