π The Biological Secret of Pregnancy: What You Were Never Told
𧬠Egg Cells and the Wisdom of the Female Body
πΌ Intrauterine Development
π§« Egg cells begin as diploid pre-oocytes, meaning cells with two sets of chromosomes.
π They multiply intensely until the third month of gestation β this occurs during a sympathetic-dominant phase.
π From the fourth to sixth month, the body enters vagotonia, and the egg cells transform from diploid to haploid.
π By the sixth month of gestation, all the eggs that the woman will ever have in her life are already present in her ovaries β waiting for the right moment to be released.
π Fertilization: A Dance of Biological Precision
𧬠The 200,000 haploid eggs (with only one set of chromosomes) are designed to combine with sperm cells (also haploid).
π When they merge, they form a diploid egg: a complete cell with a double chromosomal set, ready to begin new life.
π Monthly Cycle and Biological Logic
πΈ Each month, one follicle matures, opens, and releases an egg from the ovary.
β οΈ In case of an Active Phase of losing a group member (according to the biological logic of the species), multiple follicles may open to compensate for that loss.
π This is part of a natural regulation of group member quantity.
This explains the biological origin of twins and multiples.
πΆπΆ Whatβs the Difference Between Fraternal and Identical Twins?
The fundamental difference lies in their genetic origin:
π Fraternal Twins (Dizygotic):
πΉ Formed from two separate eggs fertilized by two different sperm cells.
πΉ Genetically, they are like any other siblings.
πΉ They can be of the same or different sex.
πΉ Each has their own placenta and amniotic sac.
π’ Identical Twins (Monozygotic):
πΉ Originate from a single egg fertilized by a sperm cell, which later divides into two embryos.
πΉ They have identical DNA, making them genetically the same.
πΉ They are always the same sex (except in rare genetic exceptions).
πΉ They may or may not share a placenta, depending on when the split occurs.
𧬠Medical Terminology:
πΆ Identical twins = monozygotic
(1 egg + 1 sperm β 1 zygote β splits into 2)
πΆπΆ Fraternal twins = dizygotic
(2 eggs + 2 sperm β 2 different zygotes)
π§ And What About Sperm Cells?
β»οΈ Unlike egg cells, sperm is produced throughout a manβs life, generated on demand.
πΊ Female Hormones: The Biological Language of Love and Motherhood
𧬠Where Are They Produced?
π§ The main female sex hormones are:
- Estrogen
- Progesterone
π₯ These are produced in:
- The interstitial tissue (new mesoderm) of the ovaries
- The cortex of the adrenal glands
π Estrogen: The Call for Love
π₯ Activates libido
π― Its action targets ectodermal and mesodermal organs, especially:
π Mouth (kissing)
π€² Outer skin (caresses, hugs)
π Vulva, vagina, cervix
πͺ Genital muscles and rectum
πΌ Milk ducts
(βbreast touch sensitivity connects directly to the vaginaβ)
π€° Progesterone: The Loving Care of Pregnancy
ποΈ Acts as the counterpart of estrogen, lowering libido
π It is the motherhood hormone:
π§± Builds the uterine lining to support the baby
πͺ Thickens the uterine muscle
πΌ Prepares and enlarges the mammary gland
π After ovulation, progesterone levels rise to prepare for pregnancy.
π©Έ If fertilization doesnβt occur, its effects vanish with menstruation.
π Women who take progesterone-based birth control pills simulate pregnancy and undergo similar hormonal changes. This often causes hormonal imbalance, altering their behavioral codes and frequently leading to significant relationship issues.
π€± Phases of Pregnancy: A Dance Between Brain and Body
πΊ First Phase: Sympathetic Dominance (0β3 months)
π§ In this stage, dominated by the Paleobrain (the ancient brain), the main tissues that grow are of endodermal and old mesodermal origin.
π‘ Common symptoms:
- Cold sensations
- Nausea
- Vomiting
- Hypersensitivity
π§ The intensity of these symptoms depends on the active conflicts or emotional tensions the mother is experiencing β especially during her first pregnancy.
π Second Phase: Vagotonia (4β9 months)
π§ββοΈ This phase is governed by the Neobrain (new brain), where tissues controlled by the new mesoderm and cerebral cortex develop.
π€± It ends with a 4-hour epicrisis (the delivery), followed by lactation (PclB phase).
π§ Swelling in the belly after the first trimester can be due to activity in the Collecting Tubules of the Kidneys (CTKs).
(See related article on the CTKs.)
π« Causes of Failed Pregnancy (Even If Fertilization Occurs)
1. βοΈFertilization Without Implantation
πΆ In nature, pregnancy occurs with every ovulation. But in modern society, motherhood is a voluntary and infrequent decision.
π©Έ Frequent menstruation is seen as a biological conflict of having failed to achieve implantation. In a natural biological state:
A woman is programmed for reproduction as follows:
- First ovulation around age 13 (earlier or later due to sexual DHS conflicts)
- Breastfeeding each baby for 3 years
- Reproduction every 4 years in cycles
π Birth control pills simulate pregnancy and disrupt the female biological rhythms.
π Today, many women experience:
- Masculine physical development (broad back, narrow hips)
- Early sexual conflicts
- Cerebral constellations from ages 12β13 (e.g., nymphomania, suicidal, post-mortem states)
π§ͺ Frequent menstrual recurrences β uterine acidity β implantation failure even if fertilization occurred.
2. π· Sexually Connoted Conflict
β οΈ If fertilization occurs in an emotionally unpleasant context (e.g., with a disrespectful or βdirtyβ man), a Biological Special Program (SBS) may activate in the fallopian tubes.
π¨ Result: The fertilized egg increases mobility but fails to implant.
(This results in an ectopic pregnancy, with recurring semi-genital DHS of βdirty and unpleasantβ perception in the fallopian tubes.)
π€° First Trimester Pregnancy Loss
The conflict that prevents the retention of the fertilized egg in the Endometrium (endoderm) during the first trimester is a visceral feeling of insecurity in the environment. The woman does not feel safe or protected. Common causes include:
πΉ Fights with her partner
πΈ Financial instability (her own or her partner’s)
π· Frequent alcohol or drug use by the partner
π Suspicions of infidelity or fear of abandonment
π« Partner doesn’t want children
ποΈ Inadequate housing to raise a child
The Endometrium, being an endodermal organ, is governed by the Brainstem, and therefore reacts in a primitive, biological way, without conscious influence.
π©Έ This type of loss can happen in the first days or weeks, sometimes without the woman even realizing she was pregnant. It is often misdiagnosed as infertility, when in fact, the woman did become pregnant but the conditions for development were not met.
β Key to sustaining pregnancy: The woman must feel safe, supported, at peace, and in a stable relationship.
π€± Pregnancy Loss in the 2nd and 3rd Trimesters
Losses in these stages are typically related to conflicts experienced by the fetus, not the mother. If the fetus undergoes an Active Conflict Phase, an Epicrisis, or a Healing Phase while in the womb, it can:
β οΈ Die
πΆ Be born prematurely (preterm labor)
π§ββοΈ During these stages, the mother is in vagotonia.
πΆ Multiple Pregnancies
Each month, one follicle matures and releases an egg. If the woman has experienced the loss of a group member, multiple follicles may release eggs in a single cycle as a biological attempt to restore the group, following natural species logic.
π§ Conflicts and Problems During Pregnancy
π½οΈ Studies using video evidence show how a fetus reacts abruptly during parental arguments while undergoing an ultrasound.
This debunks the myth that the fetus does not feel or react emotionally.
It proves that biological conflicts can be experienced in utero. Emotions are merely after-effects of a biological conflict.
π§ͺ High levels of maternal cortisol impact the formation of nephrons, which will affect the babyβs future blood pressure.
π The baby is in total symbiosis with the mother. If she is anxious:
π» Blood vessels constrict
π« Oxygen may become scarce
π½οΈ Nutrient supply is limited
𧬠Conflicts can form in the lungs, liver, and other organs
β οΈ Common Intrauterine Conflicts
π§ Liquid conflicts: If a stressful event (e.g., argument) happens with the sound of running water, this can create a renal conflict β cysts in the renal parenchyma (water becomes a “rail”).
π Loud noises (saws, yelling) β motor conflicts β atrophy or paralysis
π Contact rupture: Loud noises drowning out the motherβs heartbeat β separation conflict β skin or periosteum
ποΈ Existential conflict: Affects CTKs and eye muscles β lateral eye deviation (from pressure on the abducens nerve due to inflammation of the CTK brain relay)
π£οΈ Territory threat conflict: Affects bronchi, larynx, and speech center
π Injustice or resentment: Affects bile ducts β hepatitis
π¨ Suffocation conflict: Umbilical cord around the neck β overgrowth of goblet cells β leads to cystic fibrosis with repeated conflict relapses
π± The Prenatal Environment Shapes Life
The fetus adapts to the environment perceived by the parents to prepare for life outside the womb.
π€°ββ‘οΈπΆ Birth
Birth is a 4-hour uterine epicrisis.
If the mother is afraid β the cervical sphincter contracts, blocking the baby’s exit.
Epidural anesthesia, being strongly vagotonic, should only be administered after dilation, otherwise it can halt the dilation process.
𧬠Cystic Fibrosis at Birth
Conventional medicine claims it is hereditary, but in reality, it results from a Special Biological Program (SBS) being encapsulated due to the lack of tuberculosis mycobacteria in utero.
If the fetus experiences a lack of oxygen (due to maternal anxiety), it may develop pulmonary adenocarcinomas that get encapsulated.
If the conflict occurs after birth, caseation happens thanks to the presence of mycobacteria.
π‘ Neonatal Jaundice
πΆ Cause: increased bilirubin in bile
π¨ Yellowing of skin and eyes
π If the mother is calm, it resolves in 2β3 days
π If the mother is stressed, it can last weeks due to active CTKs
π§© Down Syndrome
π¬ Not hereditary. Caused by auditory conflict shocks (loud noises) in the early stages of embryonic development. Historically called the βcircular saw syndrome.β
π§ The auditory cortex is linked to chromosome 21 β auditory conflicts = trisomy
𦻠Sounds like saws, hammers, shouting β perceived as predator threats
π‘ Each child presents unique symptoms depending on their experienced biological conflicts.
𧬠Dr. Hamerβs New Findings
π Biological conflicts impact not just organs and brain, but also chromosomes.
𧬠Hamer Foci can appear on chromosomal maps.
π‘ Down Syndrome could be reversible if the SBS reaches the healing phase.
π¨βπ©βπ§ Therapy requires family teamwork, especially from the mother.

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