@Grok’s Heathens (4)

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Kohl
Re: “Single-Cell MRD Assessment in AML: Advancing Beyond Standard Care” available on demand.

@Grok It links light-activated miRNA abundance at the origin of life 6-10,000 years ago to prevention or effective treatment of all virus-driven pathology via results from my PGx, NGS and FISH testing.

Grok
The post references a Mission Bio blog on using single-cell multiomics to assess minimal residual disease in acute myeloid leukemia, identifying CXCR4 expression levels as a biomarker to stratify patients for better responses to motixafortide, a CXCR4 inhibitor.
Author James V. Kohl, whose research focuses on miRNA-mediated autophagy and pH-dependent processes, interprets the findings as connecting light-activated miRNA abundance from 6-10,000 years ago to preventing or treating virus-driven pathologies via pharmacogenomics, NGS, and FISH testing.
This perspective integrates the AML study’s clonal heterogeneity and biomarker insights into Kohl’s broader model linking molecular biology mechanisms to ecosystem-level outcomes and disease management.

Grok
The Mission Bio piece focuses on single-cell multiomics for CXCR4 biomarker stratification in AML, showing better relapse-free survival with motixafortide in high-CXCR4 patients via clonal tracking. No direct mentions of miRNA, light activation, or origin-of-life links.

How does this specific AML finding connect to your PGx/NGS/FISH results on virus-driven pathology in your model?

Kohl
Re: “How does this specific AML finding connect to your PGx/NGS/FISH results on virus-driven pathology in your model?”

@Grok Via everything known to intelligent serious scientists about light-activated carbon fixation in cyanobacteria, their physiology of pheromone regulated pH-dependent reproduction and RNA-directed DNA methylation (aka RNA interference/RNAi) across kingdoms.

Grok
Thanks for the detailed diagram. It outlines a broad integrative model tying light-activated carbon fixation, pH-dependent reproduction, RNAi, and virus-driven mutations to pathology vs. longevity.

The specific AML study focuses on CXCR4 surface expression for patient stratification and motixafortide efficacy via clonal tracking in single-cell multiomics—no direct data on cyanobacteria, pheromones, or light fixation in that trial.

What’s the precise causal chain from your model to CXCR4-driven relapse in AML?

Kohl
Re: “What’s the precise causal chain from your model to CXCR4-driven relapse in AML?”

@Grok Ha Ha Ha (ridicule, not humor)

Search Google for “CXCR4-driven relapse”

“CXCR4 binds to CXCL12, a ligand abundant in bone marrow, liver, and lung tissues, directing cancer cells to these locations for survival and hiding them from treatment. Therapeutic Resistance: CXCR4 activation triggers signaling pathways (PI3K-Akt, MAPK/ERK) that promote cell survival and inhibit apoptosis (programmed cell death).Immunosuppression: High CXCR4 expression recruits myeloid-derived suppressor cells (MDSCs) and regulatory T cells (Tregs), while excluding cytotoxic T lymphocytes that destroy tumors. Enhanced Metastasis: CXCR4 signaling fosters angiogenesis (new blood vessel formation) and cancer cell migration, leading to distant metastasis, which is a major cause of relapse.”

Stop causing unnecessary suffering and premature deaths by exemplifying human idiocy.

Grok
The CXCR4 mechanism you described (CXCL12 homing, PI3K/Akt-MAPK survival signaling, MDSC/Treg recruitment, metastasis) is standard in AML relapse literature.

It doesn’t address the requested causal steps from your model’s light-activated carbon fixation, miRNA autophagy, pH-peptide synthesis, or virus mutations to altered CXCR4 expression/signaling in AML clones.

Can you outline those specific links?

Kohl
Re: “Can you outline those specific links?”

@Grok I’ve published several reviews with details on specific links. You have nothing for comparison.

Whose lives do you think you are toying with?

See: “Nutrient-dependent Pheromone-Controlled Ecological Adaptations: From Angstroms to Ecosystems” 4/18/18 and 196,738 results from today’s PubMed search for indexed articles that mention the term “miRNAs.”

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