Ethics

Ethics & Compliance Reviewer

SCORE: 4 CONFIDENCE: 5

Summary

This manuscript presents a framework for interpreting patch-clamp electrophysiology combined with single-cell mass spectrometry proteomics (patch-SCP) in acute rat brain slices, with emphasis on how soma retrieval quality affects proteomic recovery. The work is ethically sound, properly approved, and compliant with all required disclosures. Animal care was approved by institutional IACUC (protocol 09-0006), funding sources are fully declared, and competing interests are transparently stated. No human subjects, clinical data, or restricted materials are involved. The compliance posture is exemplary.

Strengths

1. Complete and transparent disclosure: IACUC approval number, funding sources (NIH grants listed with numbers), and competing interests (three authors' employment at NGeneBioAI and Yatiri Bio clearly stated) are all explicitly provided.

2. Appropriate animal use justification: The manuscript explains why rats were chosen (Layer 2/3 pyramidal neurons in mPFC for their soma size and synaptic proteome relevance) and adheres to NIH guidelines with institutional oversight documented.

3. Data and code availability: Raw mass spectrometry data deposited to ProteomeXchange (MSV000099156, PXD068359), videos of patch attempts made publicly available on Zenodo (DOI provided), and custom analysis scripts linked to GitHub—exceeding typical standards for reproducibility.

Weaknesses

None identified. The manuscript contains no ethics or compliance gaps. All required approvals are named with identifiers, all funding is disclosed with grant numbers, all competing interests are declared, and no human subjects, clinical claims, or restricted data are involved.

Questions

None.