Anti-Christian bias (3)

By: James V. Kohl | Published on: February 18, 2025

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From Anti-Christian bias (2) “Healthy longevity is miRNA-mediated.”

Moving forward, see: The human genome encodes a multitude of novel miRNAs 2/18/25

“…these results suggest that we are at the very beginning of understanding the true functional complexity of the sRNA component of the “RNA dark matter.”

But first, see: miRNAs 181,175 results. The results attest to the fact that their claim about the “very beginning of understanding” may be one of the biggest lies ever told by the CCP.

See for comparison: Betaine lipids: Biosynthesis, functional diversity and evolutionary perspectives 1/8/25

Betaine is trimethylglycine, an important methyl donor used in the liver and kidney via the enzyme called Betaine Homocysteine MethylTransferase [BHMT], which coverts Homocysteine into Methionine.

The nutrient-dependent pheromone regulated physiology of reproduction links light-activated carbon fixation in cyanobacteria from blue-green algae to biophysically constrained viral latency in all jawed vertebrates via fixation of achiral glycine in position 6 of the GnRH decapeptide in species such as humans and cancer-free African elephants.

See also From Google AI:

Key points about this concept:

“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.

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 mating, social interactions, and population dynamics.

Nutrient dependence:

The production and composition of pheromones can be directly affected by the nutrients available to an organism, leading to variations in pheromone signals depending on the environmental conditions.

Epigenetic effects:

Nutrient-dependent pheromone signaling can trigger epigenetic changes in an organism’s DNA, leading to heritable alterations in gene expression without changes in the genetic code itself.

Ecological implications:

These epigenetic changes can influence various aspects of an organism’s phenotype, including behavior, physiology, and development, allowing them to adapt to changing environmental conditions and ecological niches.

How it works from angstroms to ecosystems:

Molecular level (angstroms): Nutrients are metabolized into building blocks for pheromone molecules, which are then synthesized at the cellular level.
Individual level: Pheromone signals received by an organism can influence its behavior, such as mating choices, resource allocation, or social interactions, impacting its individual fitness.
Population level: Variations in pheromone signals based on nutrient availability can lead to population-level changes in behavior and adaptation strategies within a species.
Ecosystem level: As different species within an ecosystem interact through pheromone signaling, the overall community structure and dynamics can be influenced by nutrient availability and pheromone-controlled adaptations.

Example scenarios:

Insect populations: Depending on the quality of food sources, insects may produce different pheromones, affecting their mating behavior and potentially leading to population shifts in response to changing environmental conditions.
Mammalian social hierarchies: Pheromone signals influenced by diet can play a role in establishing dominance hierarchies within social groups.

Overall, the “nutrient-dependent pheromone-controlled ecological adaptations” concept highlights how environmental factors, specifically nutrient availability, can significantly impact organismal behavior and population dynamics through the complex interplay of pheromone signaling and epigenetic mechanisms, enabling adaptive responses across various ecological scales.

Citations

Nutrient-dependent pheromone-controlled ecological …Apr 10, 2014 — This atoms to ecosystems model of ecological adaptations links nutrient-dependent epigenetic effects on base pairs and…Figshare