Method: Digital Size‑Indexed ImmunoSequencing (DSI‑Seq) Goal: preserve Western’s size information and antibody specificity, but make it quantitative, multiplexed, fast, and low input. Core idea Rapid microchip SDS separation of denatured proteins. Inline fractionation of the

Here is the interrogation of feasibility, potential issues problems, how to solve them, improvements to the assay, quality checks, go no go acceptance criteria: Feasibility verdict Technically feasible with careful chemistry and controls. The gating risk is background signal

Below is a focused, execution‑ready plan to retire the highest risks in DSI‑Seq fast, with concrete tests, acceptance gates, and fixes. It keeps the assay in the IP‑lean, single‑tag digital immunoPCR architecture you asked for. This plan gives you fast, quantitative readouts for

I am also adding an organized lab‑ready protocol for Digital Size‑Indexed ImmunoSequencing (DSI‑Seq) here. This is written to let you prototype, optimize, and validate the method on benchtop equipment. The protocol implements the IP‑lean single‑tag digital immunoPCR style

@DeryaTR_ If a scientist had developed this method—tested, proven, and scalable in the lab, with peer-reviewed academic papers—would they have won a Nobel Prize 5 or 10 years ago? @DeryaTR_

@DeryaTR_ Not sure this is helpful but I will share Perplexity Pro's GPT-5 Thinking output: #0 class="text-blue-500 hover:underline" target="_blank" rel="noopener noreferrer">https://www.perplexity.ai/sear...

@DeryaTR_ I pasted your complete text into gpt-5-pro, along with a precursor prompt, and it came up with 3 complementary methods. If you have time can you take a look and share a comment? https://chatgpt.com/share/68b8...