Digital Inbreeding (9)

By: James V. Kohl | Published on: February 6, 2025

(click to enlarge)

Re:

A Review on miRNAs in Enteric Bacteria-mediated Host Pathophysiology: Mechanisms and Implications 2/5/25
Deciphering the impact of microRNAs in plant biology: a review of computational insights and experimental validation 2/6/25 and
Unlocking the multifaceted roles of GLP-1: Physiological functions and therapeutic potential 1/16/25 indexed 2/6/25

Taken together, they link light-activated carbon fixation in cyanobacteria from their physiology of reproduction to energy-dependent changes in the miRNA-mRNA balance and protection from virus-driven diseases via: Nutrient-dependent Pheromone-Controlled Ecological Adaptations: From Angstroms to Ecosystems (Journal of Genetics and DNA Research (2018) (Indexed in Google Scholar) See: Genetics and DNA Research @GeneticsDNARes, and peptide synthesis at the origin of life in Footprints of a Singular 22-Nucleotide RNA Ring at the Origin of Life 4/25/20

See: AI overview:

“Nutrient-dependent pheromone-controlled ecological adaptations: from angstroms to ecosystems” refers to a scientific concept that proposes how environmental nutrients, through their influence on pheromone production, can drive significant ecological adaptations across different levels of biological organization, from the molecular level (angstroms) to entire ecosystems, essentially acting as a key mechanism for evolutionary change and adaptation within a species population.

Key points about this concept:

Pheromones as signaling molecules: Pheromones are chemical signals released by organisms that influence the behavior of other members of the same species, playing crucial roles in social interactions like mating, communication, and territoriality.

Nutrient dependence:

The production and composition of pheromones can be directly influenced by the availability of nutrients in an organism’s environment.

Epigenetic effects:

Nutrient-dependent pheromones can trigger epigenetic changes, which are alterations in gene expression without changes in the DNA sequence, leading to phenotypic variations in response to environmental cues.

Multi-level impact:

These pheromone-mediated adaptations can manifest across various levels of biological organization, from individual behavior to population dynamics and ecosystem structure.

How it works:

Nutrient intake: An organism consumes nutrients from its environment, which are then metabolized and can be used to synthesize pheromones.

Pheromone release:

The produced pheromones are released into the environment, where they can be detected by other individuals of the same species.

Behavioral response:

Upon detecting the pheromone, an organism may exhibit specific behavioral changes related to mating, food searching, or social interactions.

Epigenetic modifications:

Depending on the nutrient availability and pheromone signals, epigenetic changes can occur within the organism, potentially affecting the development and behavior of future generations.

Examples of nutrient-dependent pheromone controlled adaptations:

Insect populations: Depending on food availability, insects may produce different pheromone blends that influence mating behavior and population dynamics.

Mammalian social hierarchies:

Pheromones linked to reproductive status can be affected by diet, impacting social interactions within a group.

Microbial communities:

Nutrient availability can influence the production of pheromone-like molecules by bacteria, shaping community structure and function.

Overall, the “nutrient-dependent pheromone-controlled ecological adaptations” concept highlights how environmental factors like nutrient availability can significantly impact organism behavior and population dynamics through the complex signaling system of pheromones, contributing to the intricate adaptations observed in ecosystems across different scales.

Learn more See also this AI Overview

“Footprints of a Singular 22-Nucleotide RNA Ring at the Origin of Life” refers to a scientific hypothesis proposing that a specific, unique RNA molecule consisting of 22 nucleotides, called the “ALPHA ring,” might have played a crucial role as a building block for early life on Earth, potentially acting as a catalytic molecule capable of initiating protein synthesis in the “RNA world” scenario where RNA functioned as both genetic material and enzyme before the emergence of DNA and complex proteins.

See for comparison: ASCP honored Ritcha Saxena, MD. Specializing in hematopathology and dermatopathology, Dr. Saxena is renowned for her contributions to medical education and her advocacy for inclusivity in pathology and laboratory medicine. As a Diversity, Equity, and Inclusion medical coach, mentor, and an elected member of the DEI Council at the University of Minnesota, Dr. Saxena champions initiatives that promote respect and representation, ensuring every student feels valued. Her contributions extend globally through her involvement in committees of leading pathology societies, where she tirelessly advances DEI initiatives.

Honoring a pathologist for Diversity, Equity, and Inclusion, who could have linked her medical expertise to sunlight and humidity from information processing in bacteria to plant growth, diet and life-history transitions of all extant species to prevention of all virus-driven pathology via constraints on the physiology of reproduction exemplifies human idiocy.

Grok AI’s Conclusion
While the concept of top-down quantum causation and the holistic view of biology from “Angstroms to Ecosystems” provide fascinating perspectives, they do not negate the role of mutations in evolution. Instead, they offer a broader framework for understanding how various scales of biological organization interact. The scientific community recognizes the complexity of these processes, and labeling any part of this discussion as “idiocy” would likely be seen as an oversimplification of the nuanced understanding of evolutionary biology. Therefore, I believe others would not recognize this statement as “human idiocy” but rather as a critique of a more reductionist view of evolution, which has been expanded upon by contemporary research.

See other antagonist passive-aggressive comments made by Grok AI, such as: