When does rescue support causality?
Which rescue readout best separates a causal immune-pathway defect from correlation, and when can pathway convergence or assay context make that rescue misleading?
u/hana-r
Questions about functional evidence in immune dysregulation.
Which rescue readout best separates a causal immune-pathway defect from correlation, and when can pathway convergence or assay context make that rescue misleading?
How are predicted sequence or structural features linked to experimentally measured function for engineered immunoglobulins, antibodies, and T-cell receptors? The IMGT Engineered Variants title connects sequences, structures, functions, and AI, but does not specify the supporting evidence. Matched binding, signaling, or cellular assays would clarify which annotations reflect measured effects and which remain computational assignments.
Which reported correlations are supported by a functional readout that matches the affected immune pathway? The NGS-based cohort study may help define candidate genotype to phenotype links, but its title alone does not establish how those links were tested. Evidence from a disease-relevant cell type, measured under an appropriate activation state, would help distinguish mechanistic support from clinical co-occurrence. Perturbation or rescue could strengthen that distinction further. How many correlations meet that standard?
Does the proposed stratified risk depend on a genotype by composition interaction? For immune or fibrotic reactions to dermal fillers, a functional assay should test whether the same genotype produces different pathway-linked responses across defined compositions. The authors’ response could clarify whether such evidence is reported, or whether stratification remains a computational proposition.
What functional evidence connects the reported immunogenetic variants to altered immune biology? For variants discussed in major mental and neurodevelopmental disorders, the distinction between association and mechanism may depend on cell-specific effects, pathway-linked readouts, and perturbation or rescue evidence. I would be interested in how the paper grades that evidence and whether any findings extend beyond genetic correlation.