• Science of Homosexuality: Lesbian Mice FucM Genes Reveal Why Gay Males Are Moody And Dysfunctional

    October 11, 2010 2:36 pm 26 comments
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  • The amount of people who self-identify as homosexuals in society is increasing at an alarmingly exponential rate. Within popular media and general society, homosexual norms and traditions are saturating culture at large. From the young to the geriatric, we are witnessing the spread of what may be the scourge and undoing of humanity.

    In recent times, the proclivity of this bizarre, queer lifestyle has become oddly widespread and even practiced by those who have traditionally defended mankind from homosexual, or gay, antics.

    Why have we found clergy and even respected politicians falling to the wiles of this disease-inducing lifestyle, one that is not a part of nature’s point-forward evolutionary process or our divinely sculpted bauplan?

    While such questions remain a mystery and a societal institution of homosexuality threatens not only our way of life, but the nuclear family itself, it is prudent to understand the socio-scientific mechanism that drives people who truly believe they are homosexuals.

    Somewhere within the human genome, there exists the possibility of genetic error or environmental pressures corrupting the body and mind. Such pressures as traumatic experiences can cause an individual to lose a normative perspective of society, sometimes even developing dementia in the process.

    Alcoholism is a disease recognized by the American Medical Association. Much as with other drugs and addictive, degenerative toxins, alcohol works on the brain’s dopamine reward pleasure center to induce an insatiable thirst for an agent that poisons the body.

    Through qualitative and quantitative analysis, we find that homosexuality has a similar genetic and resultant somatic effect on the body. The destruction produced by homosexuality occurs at the microscopic chemical level, but is phenotypically apparent and readily observed in the day-to-day lifestyle of those afflicted by the horrible condition.

    Unraveling The Genetic Science of Homosexuality

    Homosexuality has been a long standing socio-genetic disorder within the human species. Throughout the annals of history, there are numerous references to individuals who participate in identifiable homosexual activities. There is not a historically outstanding culture that goes without significant mention of gay individuals, though Greek and Roman societies extensively alluded to gay acts among contemporaries in their locales, without major consequence.

    Gay people and acts continue to be present within the human species, H. sapiens, through modern times. Such historical-to-current considerations give credence to the notion that within the human genome, there has always existed a set of genes that either through mutation or stress-induced activation, induce the necessary biochemical pathway that allows homosexuals to overcome their natural desire to procreate with a member of the opposite gender, and instead, develop an animal attraction to members of the same species.

    Lesbian Mice: FucM Gene Knockout Results in Homosexual Behavior
    Within every organism exists genes that contain deoxyribonucleic acid (DNA). DNA codes for chemical structures that will determine the overall function of the body. Structure dictates function.

    Within the transcription of various coding agents of the body, there exists possibilities for error. Every day, thousands of transcription errors occur (e.g., skin cells of the body’s outer integument) and uncaught, can lead to errant cellular replication and common illnesses such as cancer. Genetic proofreading oft times fix these errors, though there exists the possibility of mutation.

    Rodents such as mice share similar genetic make-up to that of humans. Korean scientists discovered that within mice, there exists a gene fucose mutarotase, or FucM.

    When the gene is active and working properly, female mice are very receptive to male advances. Mice are well-known for mating frequency and strong offspring values due to continuous copulation.

    Scientists in Korea knocked-out the FucM gene within female mice. The results were novel and revealing. Female mice who had their FucM genes deactivated progressively lost interest in male mice and began to engage in lesbian behaviors, such as affinity toward the genitalia of other female mice and reverse-mounting of female mice, in large clusters.

    Image 1-1: Researchers discovered that deactivation of FucM (fucose mutarotase) lead to lesbian behavior in female mice. Chemical analyses of female brains of female mice with deactivated FucM show statically significant low estrogen values. Female mice with deactivated FucM exist as wild-type males in adult mating stages of life.

    In this analysis, we see that the FucM -/- mouse has a phenotypic similarity to wild type males, in terms of minor somatic development and observable sexual behavior. The faux-male behavior develops due to the neurodevelopmental changes in the preoptic region of the mutant lesbian female mouse brain. The changes induced by the chemical occlusion of FucM cause the female to behave like a wild-type male.

    Further analysis of this study shows that reduced fucosylation, the product of reduced AFP in FucM knockout mice, has corrupted the brain’s function and structure in such a way that female mice behave such as males. A similar mechanism can exist in humans.

    The body’s natural design can be corrupted by genetic occlusion or inclusion. Structural or functional changes of one gene can cause an error in a molecule’s receptor site, increased and reduced production of crucial proteins and hormones in vital biochemical pathways and overall changes in behavior or habits of a person.

    Gay Brain: Product of Genetic Variance and Societal Induced Stressors Influencing Expected Biochemical Pathways

    The symmetry of an adult homosexual brain resembles that of the opposite sex. Swiss researchers used qualitative MRI studies to first establish the concept of neuroscience.

    Diagram 1-2 – Sample covariations of respective amygdala in heterosexual and homosexual individuals of H. sapiens

    Covariations of amygdala are labeled in the preceding diagram. Heterosexual and homosexual male and female brains are with labels HeM HeW HoM HoW, respectively.

    The Sokoloff scale values show clusters at T = 3.0. The study producing these MRI values underline the tendency of homosexual brains to exhibit tendencies in the opposite sex, while retaining latent desires and interests of the body’s natural sex.

    Such findings attribute to why homosexual men have a strong affinity toward children, as female heterosexual brains are wired with a mothering instinct. Homosexual brains still lack complete capacity to appropriately nurture children in a female manner, leading to confused and horrible actions homosexual men oft take with those they exploit.

    The MRI findings also show that homosexuals exhibit habits of the opposite sex in brain behavior that is unrelated to sexual activity. Crowd survey shows that heterosexual individuals often identify gays by a peculiar ‘gay accent’ or ‘manner of walking’. These are not necessarily done on purpose, but an intrinsic effort by a mutant gay brain to emulate female behavior. Gay men and women may not notice they are subconsciously exhibiting mixed habits of the opposite gender.

    Dr. Ivanka Savic and Per Lindstrom, of the clinical neuroscience department of the Karolinska Institute, Sweden, report that the brains of heterosexual men and homosexual women are slightly asymmetric. The right hemisphere of normal heterosexual men and homosexual women is larger than the left side. In the images, it is seen that the this is not true for heterosexual women and homosexual males.

    Positron Emission Tomography (PET) scans give further revelation into the mechanism and induced changes of a brain that identifies as gay throughout childhood developmental stages to adulthood. The scans show connectivity of the amygdala, a vital component of emotional learning. From the diagram, amygdala connectivity matches for the following groups: lesbians and normal heterosexual men; gay men and normal heterosexual women.

    The amygdala is crucial for behaviors such as emotion and even the flight-or-fight response, showing why gay men tend to be very emotionally strung and may shy away from coarse physical labor or altercations. Opposed to this, a significant number of lesbians tend to aspire toward more rigorous engagements and have behaviors that are fitting for socially and naturally normative males.

    On the cusp of these factors is a feature area of the brain, the amygdala. The amygdala varies in individuals who have a pointed sexual preference outside the norm. The amygdala is also present and associated with one other important group for our study: lesbian mice.


    Lesbian mice are created by the occlusion of the FucM gene. In nature, this gene could be destroyed by environmental factors (e.g., virii that inhibit its protein dictation, mutating factors that destroy the gene’s codons, stressors that influence hormones that influence the gene or its chemical cascade). The possibilities for factors that negatively alter or damage a gene’s expression are numerous.

    What we can observe is that the receptors in the amygdala are vulnerable and can be easily obstructed, corrupted or even non-existent after a traumatic genetic event.

    In FuM -/- female mice, the amygdala also resembles that of a wild type male. Lesbian mice exhibit male behavior and brain structuring, similar to the behavior and neural structures seen within lesbian females.

    These brain conditions are not normal. As our studies reveal, these conditions are caused by mutations and inhibiting stressors. While mutations to somatic homosexual-inducing cells are not reversible or curable, they are not at the germatic cellular level. This means that homosexuality cannot spread via reproduction and there is no transmissible gay-gene from reproduction.

    Errors in genetic coding can occur. These errors are fueled by oxidative environmental catalysts, such as free radicals present in many day-to-day household items labeled as carcinogenic.

    Stress-induced homosexuality, however, is curable and is the most common type that afflicts people. FucM -/- mice exist because one enzyme, fucose mutarotase, causes masculanization of a female brain. This process runs completely opposite of mammalian bauplan to default as female and have male activation due to specialized genes dictated by Y chromosome presence influencing embryonic development of necessary male protein receptors.

    Children can be stressed and traumatized to the point that they develop homosexual habits. They do this not out of choice, but because their brain is being genetically altered. The suppression of their body’s natural hormones, due to stress, can cause a gender switch within the brain itself. Such findings terrify parents such as yourself. Even at an older age, your brain can become victim to a stress-induced gender switch, resembling the opposite gender as found in our MRI study.

    Mutant homosexuals are largely without cure until research into the human genome find the specific gene knock-out or protein occlusion responsible for this brain shift, such as found within female mice. Social homosexuals, however, those who choose to sway into the lifestyle of iniquity, can be immediately helped through counseling.

    The most volatile group is children. If you believe your child is gay, you must immediately act and dissuade their gay behavior. You must find any stressors or toxins that may be corrupting their body. You must get them counseling so that they body may find homeostasis and balance for a normal, healthy life.

    Homosexuals are dysfunctional because their brains are in conflict. Gay males are irritable and suffer from troubled female teen afflictions such as mood disorder and depression, due to the masofemi conflict within the cortexes of their brain. The emotional brain center becomes confused and overloaded, resulting in the deviant acts we see in this type of homosexual. The same can be seen in lesbian women, whose conditions often reflect that of hormonal teenage boys.

    Homosexuality does have a scientific aspect and we learn more about it every day. The more we can learn, the more apt we will be in helping the millions of people afflicted with homosexuality overcome their disease.

    1. Errors in DNA Replication
    2. Male-like sexual behavior of female mouse lacking fucose mutarotase
    3. Amygdala Receptor of Mammalian Brains Prone to Corruption

    Charles “Chuck” Reagan is an esteemed Rhodes fellow and Washington D.C. lobbyist who advocates for the restoration of conservative fiscal principle in America. Chuck Reagan’s recent endeavors include instrumenting the modern neoconservative and extensive grassroots endeavors to educate Americans on the need for fiscal responsibility to restore the nation’s wealth, power, prestige and most importantly, security for every American’s family and future.

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    Chuck Reagan Bringing back morality one kneecap at a time.

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