Monday, October 3, 2022

Energy Polarity and Universal Forms


There is a symbiotic relationship between two universal forms, male and female/masculine and feminine. All life as we know it is an expression of a potential design (morphology) in the universe. All life forms are expressed in the physical world having a sexual idenitity. All life forms are an expression of the male and female universal energy. Sentient beings can be aware of their own sexual energies, as well as have a biological understanding of the male/female energies of other life forms. From the flower to the higher mammals each is a composite of evolved, genetically, and cellularly based polar energy. Down to the cellular level there is a genetic basis for sexuality or gender.   Since all cell lives have a “sex”, the complement of sex chromosomes has the potential to influence biochemical pathways and cell physiology. The sex chromosome pair is composed of a combination of X and Y chromosomes. The main difference between X and Y chromosome is that X chromosome is the female sex determining chromosome whereas the Y chromosome is the male sex determining chromosome. The only difference between X and Y spermatozoa lies in their DNA content. Moreover, recent proteomic and genomic studies have identified a set of proteins and genes that are differentially expressed between X and Y spermatozoa. Therefore, the difference in DNA content might be responsible for the differential expression of certain genes and proteins between these cells. (1) The genetic difference in chromosomes might lead to the difference in chemical productions responsible for sexual differientation and other polar sexual differences in all sexually polar species (dimorphism). Each expressed form has male and female organs, organs that are specified for the dimorphism of their species. For example the flower expressions, sometimes of distinct gender sometimes combining to form a uni-sexual/intersex life expression.  
In human forms the most important sex-differentiating effect is caused by the Y-linked gene Sry, which acts within gonadal primordia to cause differentiation of testes in males. Genes that are present in both sexes cause differentiation of ovaries unless Sry is present, so Sry expression is the root cause of sex differences in the type of gonads. The differentiation of testes rather than ovaries establishes a lifelong difference in the levels of gonadal hormones, especially testosterone, estradiol, and progesterone, which act directly on cardiovascular and other tissues to make them function differently in the 2 sexes. Some effects of testosterone (or its metabolite 17β-estradiol) are permanent (organizational effects), for example, the hormone-induced male pattern of differentiation of the genitals or brain. Others are reversible (activational effects) and may last only as long as the hormone is present. (2) As we come to understand the sexual nature of alll life forms, we will be able to scientifically differinatate what is responsible for male and female expression in any species we investigate into. Even the brain may be influenced by the chemical and genetic basis for sexual identity. Once we understand what features the polarity contains on a mental/psychological plane, we can have a deeper understanding of ourselves, our sexualities, and their relationships.     Health wise, when the forces at work are better understood we can do energy work that can return the energies to a healthy expression and better identify each other socially.   Where this takes on a transcendent conception is in realizing that this polarity expresses itself not just with life on earth but most probably with life-forms elsewhere. Maybe one day we will discover such life, and in doing so feel more relatable to them if they too, express the energy polarity of masculine and feminine.

*Notes & References Animus and Anima : https://en.wikipedia.org/wiki/Anima_and_animus A science of understanding gender? Gender science?
1. https://www.frontiersin.org/articles/10.3389/fcell.2019.00388/full
2. https://www.ahajournals.org/doi/full/10.1161/ATVBAHA.116.307301