Rotor Whole-Genome Analyzer: software for gene-regulatory-network fate prediction and knockout scans using the rotor (phase + magnitude) engine.
Sources Rotor Whole-Genome Analyzer
SGC-0071
Premises and dependents
Downstream, level 1 (claims resting on this one)
- SGC-0030 Empirical Li et al. 2004 yeast cell-cycle network (11 nodes, 34 edges) under the threshold (magnitude-component) model: 7 fixed points, basins [1764,151,109,9,7,7,1]; largest basin 1764 (86.1%) is the G1 steady state. instrument
Cite
Claim template
〔工程级〕旋机全基因组分析器：以旋机（相位＋老少）引擎做基因调控网络命运预测与敲除扫描的软件。——李旭彤《旋机全基因组分析器》（SGC-0071），问道研究所，2026。
Chinese
李旭彤：〈SGC-0071〉旋机全基因组分析器：以旋机（相位＋老少）引擎做基因调控网络命运预测与敲除扫描的软件〔工程级〕，载《旋机全基因组分析器》，问道研究所，2026。https://reresearch.org/claim/sgc-0071/
English
Li, Xutong (2026). SGC-0071 [Engineering]: Rotor Whole-Genome Analyzer: software for gene-regulatory-network fate prediction and knockout scans using the rotor (phase + magnitude) engine. Source: Rotor Whole-Genome Analyzer. Reasoning Research Institute. https://reresearch.org/en/claim/sgc-0071/
BibTeX
@misc{SGC-0071,
author = {Li, Xutong},
title = {{SGC-0071}: Rotor Whole-Genome Analyzer: software for gene-regulatory-network fate prediction and knockout scans using the rotor (phase + magnitude) engine.},
howpublished = {Science of Generation Portal},
organization = {Reasoning Research Institute},
year = {2026},
url = {https://reresearch.org/en/claim/sgc-0071/},
note = {Epistemic tier: Engineering. Source: Rotor Whole-Genome Analyzer}
}