An attack conflict is a conflict of attack, defilement, dirtiness, puncture, or pain.
A brain relay is the specific part of the brain that mediates between a particular biological conflict and its corresponding organ/tissue during the course of a special biological program.
In new-brain tissues (controlled through the cerebral cortex or cerebral medulla), cell loss resulting in tissue deterioration occurs during conflict activity.
An increase in tissue size due to cell duplication.
The cerebellum governs corium skin and evaginated gland tissues, which respond in special biological programs related to “attack.”
The cerebral cortex governs sensitive tissues, sexuality, and fight-flight-freeze functions, which respond in special biological programs related to sensing and responding to the environment and to social order.
Part of the “new brain,” responding to biological conflicts of self-devaluation. The cerebral medulla governs new mesoderm tissues, which includes most of the musculoskeletal tissue, blood and lymph, gonads, renal parenchyma, and more.
When two biological conflicts of a similar nature run at the same time and in both sides of the brain, it creates a “constellation,” which produces a third symptom in addition to the symptoms of the constituent special biological programs.
Crossover describes the neurological principle by which the right side of the brain relays to the left side of the body, and the left side of the brain relays to the right side of the body. Crossover applies in the cerebellum, cerebral medulla, and cerebral cortex, but not in the brainstem.
The ectoderm is the outermost embryonic germ layer, giving rise to cerebral-cortex-controlled tissues involved in sensory, motor, and sex and territory.
The endoderm is the innermost embryonic germ layer, giving rise to tissues involved in obtaining, digesting, absorbing, and eliminating literal and metaphorical “morsels” — food, air, water, sound, light, and more. Endodermal tissues are relayed through the brainstem (pons) and respond to morsel conflicts by growing additional tissue to improve function.
A feminine conflict is a temporal-lobe conflict concerning belonging, receptivity, relation, safety, or rejection from within the territory or container. It is the feminine counterpart to the territorial (masculine) conflict, and each feminine conflict relays from one of the temporal lobes of the cerebral cortex.
In Germanische Heilkunde, the term “functional loss” refers to the active phase of a special biological conflict relayed from the cerebral cortex, in which there is meaningful functional impairment but there is neither cell loss nor cell proliferation.
A germ layer is one of the three early cell layers in an embryo (ectoderm, mesoderm, endoderm) that later develop into all the body’s tissues and organs. The tissues within the germ layer will always have similar structure and behaviour.
The Hamer compass (or GNM compass) is based in embryology, behavioural sciences, and the ontogenetic history of the germ layers of animals. These seven compass points allow us to understand and predict the course of a special biological program based on conflict content, which brain relays are involved, and what changes are occurring in body tissues or functions.
Hormone status describes the psyche’s current mode of organization in relation to belonging and territory, and will always be in either feminine or masculine mode.
Your dominant neurological side decides how you “map” people/animals you know within your psyche. Laterality also determines rule of weight for temporal lobe (territory and belonging) conflicts.
A morsel conflict is a biological conflict in the psyche involving the inability to obtain, ingest, or absorb a vital “morsel” or eliminate an unwanted or spent “morsel” (feces). Morsels may be literal (food, water, air) or metaphorical (income, words, “crappy” situation). Morsel conflicts trigger special biological programs in endodermal tissues, relayed through the brainstem.
Your dominant neurological side decides how you “map” people/animals you know within your psyche. You map “mother-child” – those to whom you feel an unconditional, nurturing relationship – to your non-dominant side.
New brain tissues are body tissues whose special biological programs are relayed through the cerebrum — either the cerebral medulla (for self-devaluation conflicts) or the cerebral cortex (for separation, motor, blood sugar, territorial, belonging, and similar “sense and respond” conflicts). New brain tissues respond to conflict by undergoing cell loss and/or functional loss during the active phase, then rebuilding — often to a greater size — during the healing phase.
The new mesoderm is the outer middle embryonic germ layer, giving rise to the body’s structural and connective tissues: the bulk of the mammalian body. New mesodermal tissues are relayed through the cerebral medulla and respond to self-devaluation conflicts by undergoing cell loss during the active phase and rebuilding to a permanently larger and stronger state during the healing phase.
Old brain tissues are body tissues whose special biological programs are relayed through the brainstem (pons), the midbrain, and the cerebellum — the most evolutionarily ancient parts of the brain. These tissues respond to core survival conflicts by growing additional cells during the conflict-active phase, and breaking them down during the healing phase with the help of microbes.
The old mesoderm is the inner middle embryonic germ layer. Old mesodermal tissues are relayed through the cerebellum and respond to attack conflicts.
Your dominant neurological side decides how you “map” people/animals you know within your psyche. You map “partners” – those whom you perceive as colleagues, peers, or acquaintances: father, siblings, friends, competitors, sexual partners, coworkers, etc – to your dominant side.
The rule of weight describes how third and subsequent temporal-lobe conflicts relay once both temporal lobes are already active with territorial or feminine conflicts.
The temporal lobes are the cerebral-cortex regions through which feminine (belonging) conflicts and (masculine) territorial conflicts relay.
The Third Biological Law shows us that every special biological program has evolved in only one of four germ layers. This allows us to decipher conflict content based on which specific germ layer is manifesting symptoms.