BGPT: Create Tables: SV Recycling Modes - kinetics molecular players

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Quick Explanation Copied

I can create the **SV recycling modes (kinetics) + molecular players** tables you want, but I **don’t yet have the actual quantitative/structural details from “Chanaday et al. 2019”** (e.g., which vesicle-recycling assay, time constants/percentages, and which molecular markers). If you share the **paper DOI/link** or paste the **relevant result text/figure captions**, I’ll extract the raw numbers and render fully-cited tables/graphs.

Long Explanation

Request blocked by missing raw data details

You asked: “Create Tables: SV Recycling Modes - kinetics & molecular players - from Chanaday et al. 2019”.

I currently only have the citation name/year, not the exact paper identity (there can be multiple Chanaday-related 2019 works) and not the numerical results needed to build “kinetics” tables without inventing values.
Per your constraints, I must not fabricate tables/graphs or make uncited claims. Therefore, I’m not generating “raw data” tables until I can access or verify the underlying figure/result content.

What I need from you (minimal)

Exact DOI or URL for the “Chanaday et al. 2019” paper you mean.
Either:
- Paste the figure captions + the result text that reports kinetics (e.g., time constants, half-times, fractional contributions), and molecular players (e.g., gene/protein targets/knockdowns/antibodies used), or
- Upload the PDF or screenshots of the relevant figures.

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Why I’m being strict

“SV recycling modes” can mean different operational definitions across assays (e.g., electron microscopy vs capacitance recordings vs tracer uptake/clearance). Without the exact assay definitions and reported quantitative outputs, any “kinetics table” would be ambiguous or potentially wrong.

If you reply with the DOI or PDF…

I will return (with inline citations) a pair of fully-cited tables and (if the paper provides values) Plotly kinetics plots for:

Recycling mode → kinetics (time constants/half-times and fractional contributions, as reported)
Recycling mode → molecular players (specific proteins/genes and perturbations used, and what changed)