Why We Overeact

It always seems like a mystery when we see ourselves or someone else react inordinately to some some event.. But it is not overreaction; it is that we are reacting to things we cannot see. Once we lay bare the feeling or event that caused the reaction it all makes sense; it is then reaction not overreaction.

Let me explain. When something happens in the present it triggers off related feelings or memories on lower levels of consciousness—in the unconscious. It is what I term “resonance.” ( It may be that the nerve or neuronal circuits have the same frequency so that when one feels neglected or ignored it sets off memories of the parents neglecting us and we “overreact” to the slight in the present). It seems like an overreaction but it is not; what we are reacting to is just hidden from sight. That same feeling can resonate with being ignored in infancy; (no one comes when the baby is crying in the crib). What seems to be happening is that the synaptic weight of the memory is commensurate with the valence of the very early painful imprint. Each level of consciousness contributes its share to the total feeling that will coalesce to produce a unified, cohesive neuronal circuit, finally offering meaning and power to the event. It is that meaning/power that can drive one to kill when a girlfriend leaves her lover—“I feel abandoned (by mother). I can’t live without her.” Murder is clearly an overreaction but when placed in context we can at least understand it. Think of present-day trigger as a dredge that digs deeper and deeper widening access to the most powerful and remote memories. That dredge goes where the feeling leads it. It seeks out related events associated by feeling.
Although the resonance/frequency connects all the top and lower level circuits the weights of the memory are not the same. The valence of some memories is greater than others and become more powerful as we descend down the chain of feeling to the level of birth memories or even to events in the womb. 

The deeper circuits provide the impulsive, importuning force for some of our uncontrollable behavior, forcing us to “overreact”. We will scream and yell or even punch someone. The point is that when we approach the lower levels of imprinted pain we are also approaching the shark brain with all of its possibility for murderous rage. In my experience it is very rare that events in childhood can trigger off anything more than terrible anger and tantrums. In other words, when we start off life with heavy trauma at or before birth our later criminal/psychotic tendencies are given a boost and are better understood. Since those memories are so remote and sequestered we usually have no access to them; thus our current reactions remain a mystery. So something in the present sets off a gathering of these weights on each level which ultimately merge under the rubric of a feeling. The deepest levels of brain organization engender the most heavily weighted memory; it has to be because on that deep-lying level lives our survival mechanisms. On that level lives life-and-death events that require life-and-death reactions, including rage. It is the level we can only arrive at after one has integrated smaller less life-endangering events. The need to be picked up just after birth is primordial. That thwarted—unfulfilled need can turn into rage. Or at least it can be the trampoline that adds volatile fuel to the mix later in life. We can judge from someone’s behavior how deep the memory/imprint is. If there is uncontrolled, rageful, violent behavior we can be fairly certain that very early imprints, often during gestation and around birth, are behind it. In short, anger has levels. The most recent causes would not involve murderous behavior. But when coupled with traumas on even lower levels it can adumbrate into violent tendencies. It is when a current mild event sets off exaggerated reactions that we know how deep the imprinted painful memories go back. And when I discuss behavior it can also encompass symptoms—raging or violent headaches, for example. I had a patient who suffered from migraines. She took aspirins for it, and called these pills her little bullets. It is pretty clear symbolism.

In most current psychotherapies the focus of each session is the act-out of the feeling rather than on the feeling/need itself. This analysis of the by-ways of behavior is an interminable task, skimming the surface reactions. Focusing on the deep internal imprinted reality finally makes it all have sense. The problem is that we cannot approach that deep-lying force with words. We must speak the language encased in our most primitive nervous system. It is for this reason that psychotic rage cannot be treated with conventional psychotherapy. Thus a slight misunderstanding can provoke a massive outburst of behavior. In order to make a dent in our raging behavior we need to delve deep in the brain and its unconscious where the organization of rage gets its start. We can see why it is not a good idea to plunge people in remote and painful memories in psychotherapy because the system is not ready to integrate them. The patient will tumble into overload and the result is a scattered, dysfunctional human being. lost in symbolism. It is also not a good idea to keep all focus on the present when there are icebergs of feelings lying deep ready to disrupt our forward progress. In my patois,severe overreactions are when third line current events set off first-line, brainstem reactions. The feeling may be identical on all levels of brain function but their driving force is quite different. There is no way that a here-and-now behavioral approach is going to solve deep-lying historical tendencies.

The Importance of Good Care on Child Development

From New Scientist 23 Sept 2000 page 18, "You Are What You Eat," by Claire Ainsworth: "A mother's diet in the first few days after conception could determine the health of her unborn child for life". An embryo sets its growth rate according to its environment. If a mother is malnourished the growth rate is slower as part of the adaptation for survival. This leads to low birth weight. Babies that are born small are subject to high blood pressure, diabetes and strokes in later life. This is the work of Tom Fleming of the University of Southampton England. This is an extrapolation from rat research. Source: Development (vol 127, page 4195)

Excerpt from "New Scientist" 16 December 2000 by Meredith F. Small, professor of anthropology at Cornell University. Her book, Kids: How Biology and Culture Shape the Way We Raise Our Children, published in April 2001 by Doubleday.

Human young are dependant on their carers to help them navigate through their crucial early years. So to get the emotional and physical help they need, they must be highly sensitive to the behaviour of their carers-and that makes them particularly vulnerable to family strife. Several studies have shown that it is unpredictability that really stresses kids. British researchers found, for example, that the cortisol levels of some children are lower at school, where life is predictable and stable, and higher at home, where they believe anything can happen.

Normally, their reaction to stress helps kids cope by directing energy to parts of the body that need it most, but if stressful situations are not resolved, the damage can be far-reaching. Megan Gunnar, an expert on stress in children at the Institute of Child Development at the University of Minnesota, points to a growing awareness that stress in childhood is a major mental and physical health risk.

"One reason to worry about stress in childhood is that this is the time when we learn how to manage stress-patterns that we will carry forward into our adult lives," says Gunnar. "And we don't take the hit on some of the health consequences until we are older. Increasingly, we are finding that many of those adult diseases that knock us down when we are 40 or 50- heart disease, high blood pressure and so on-are detectable in childhood, when the patterns are set."

Gunnar and others have shown that when very young children are abused, neglected or bond poorly with their carers, their cortisol levels are high even in mildly stressful situations such as play and they are unable to cope. And several recent studies of women who had been abused as children show that they are biologically vulnerable to depression and anxiety as adults because early experience permanently altered their hormonal responses, making them hypersensitive to stress.

Flinn has uncovered two abnormal patterns of cortisol production in children under continued stress from family trauma. Usually, kids have a constant low background level of cortisol, which peaks when they are under stress. But some highly stressed children have chronically high levels of cortisol. They are also shy and anxious. Another group of children has abnormally low basal cortisol levels interspersed with spikes of unnaturally high levels. They also show what Flinn calls blunted cortisol responses-their levels don't rise as they should during physical activity. Just as worrying, they are less sociable and more aggressive than kids with normal profiles.

Some of these kids have been stressed since they were conceived and they probably missed certain sensitive periods for obtaining normal cortisol profiles, though how exactly the response develops is still unknown. These children also have weakened immune responses, fall ill more frequently, are easily fatigued and don't sleep well. Looking at his record of children who are now adults, Flinn is finding that some of them seem to be permanently affected by stressful events that happened while they were in the womb, in infancy or during early childhood.

Birth Trauma and Psychosis

A report about the relationship between prolonged labor and its complications to schizophrenia has been issued by Reuters Medical News and can be found on the internet. ("Obstetric Complications Correlate with Brain Differences in Schizophrenia." http//psychiatry.medscape.com) This is a report by Dr. T.F. McNeil of the Malmo University Hospital in Sweden. (American Journal of Psychiatry. 2000, 157:203-212.)

Using the magnetic resonance technique to study aspects of the limbic system (hippocampus) in 22 pairs of twins in which only one had diagnosed schizophrenia, they found that the mentally ill twin had smaller hippocampus. There was a significant correlation between labor complications and brain shrinking. Prolonged labor was one central culprit. The authors write, "Trauma at the time of labor and delivery and especially prolonged labor appear to be of importance for brain structure anomalies associated with schizophrenia." (Reuters. 2/22/2000)

What the authors contend, something I have described for decades, is that the birth trauma has something to do with later mental illness. Further, that the feeling system is grossly affected by this trauma. This means that birth trauma affects all manner of feeling states later on, whether of suicidal tendencies or criminal proclivities. So the central questions: "Why does one twin become mentally ill and not the other?", can be partially answered by reference to the birth trauma. Not only the birth trauma, but most importantly, what happened in the womb. We must consider the background, historical effects that made the neonate vulnerable to the birth trauma.

Prenatal Life and Its Later Effects

When I first wrote about how the birth trauma and prenatal experience affect adult behavior it was considered “New Agey.” Now, there are literally hundreds of studies verifying this proposition. There seems to be little question now that the carrying mother’s mood and physiology can produce long-term effects on the offspring. That means us.

Let’s start with a simple bit of research; Dr. Daniel Schacter, psychologist of Harvard University has reported on a study where subjects watched bits of a TV series and then had their brainwaves measured. (see: Science, Sept. 2008).

They found when the subject remembered the event, the single brain cell signature was the same as in the first viewing. They reported that it seemed like a reliving; which of course, has been my position. What do you call it when a memory brings up one’s exact history with its precise early physiology. This happens to our patients every day. When there are certain triggers the brain conjures up its history, intact. That is why our behavior is so compulsive and unwavering; our history motivates us all of the time. We are largely victims of our deep unconscious brain.

In Schacter’s research on epileptic surgery patients, they threaded fine electrodes down in the brain of the subject. These electrodes could pin-point small brain storms at their origins. And they could make minute measurements during recall. The lesson? We can relive past events in their entirety, precisely as they occurred. What is very new in all of this is how early an experience can be to affect our later life. Think of the implications: that old memories reside in the same neurons (nerve cells) as were involved originally. That is why the neurotic cannot distinguish between past and present and sees reality through the prism of the past.

Let’s go back to the notion I discussed earlier of epigenetics. One genotype, a single genetic predisposition, can give rise to many phenotypes depending on what happens to those genes during gestation. So what we might imagine is genetic is genetic-plus what happens to us in the womb. So much happens to us in the womb; so much as been ignored in terms of the their long-term effects that many diseases remain a mystery because we are looking at the wrong place at the wrong time with the wrong tools.

What I am learning is that events in the womb explain so much about later life. If you bend an emerging twig you are bound to get a distorted tree. The question has always been, “how’/ early is early?”

An example: someone is born with all kinds of allergies from birth on. A history of emergency clinic visits for all kinds of infections, asthma, breathing problems due to allergies, and in general, a very deficient immune system. Here is where we need to push back the envelope and direct our attention to those early months in the womb. When we do, we often find out that the mother was quite anxious and/or depressed. Or often, the marriage is falling apart. Or in one case, as her belly got big the husband was turned off and sought out an affair. The mother was crestfallen, fell into a depression, and we had a baby that was impacted by all this and was born with a diminished immune system, something that got its start early on in the pregnancy. Don’t forget that the immune system, in some respects, is our first inchoate nervous system, sussing out dangers and menaces and organizing defenses against them. This includes secreting some of the pain-killing neurotransmitters we know about today. What starts out to defend us ends up hurting us. If the immune system is comprised there is a good chance that natural killers cells will be diminished and weakened.

Because the baby can be born with higher than normal stress hormone levels, and because the immune system works in see-saw fashion with cortisol (high stress—low immune function) the fetus has possibly set the stage for a lifetime of immune problems. Here is where genetics plays a role; high stress in the fetus will affect those areas with genetic vulnerabilities. After all, what is the meaning of high levels of stress hormone during fetal life? It means an input that agitates the system to be chronically alert. And when the system can longer shut off that input we have the makings of an enduring primal imprint. That input is maternally induced. So we have a newborn with a high level of agitation already set in place many weeks earlier. Here is ADDHD (attention deficit disorder) waiting to happen. Over time the deleterious results can range from impulsive tendencies to migraine and high blood pressure (to hold down the imprinted input). It is then no mystery when the child cannot concentrate or sit still. It is not enough to know that there are high levels of stress hormones in the baby, but what causes it, in the first place.

We change natural killer cells after one year of our therapy into normal levels. These cells have as a key function, watching out for cancer developing cells and pouncing on them in an effort to contain them. So a mother’s distress while pregnant can spell life-endangering effects on her baby, not the least of which is later cancer. The earlier the trauma during womb life the more disastrous the effects. That is our important secret life.

What can be done about this? Treating it first and foremost, then make sure it will not come back? How do we do the latter? Reliving the earliest womb-life events. How do we do that? Well, luckily, each new harmful or adverse experience that remains non integrated is re-represented later on a higher level of the nervous system and is noted as the outsider or enemy. It is indeed a threat to the organism. I believe that there are specific frequencies that tie these events together. When we explore these ramified events and begin to relive them we are also reliving deeper and earlier aspects of the feeling and/or pain. And that is how we relive pure physiologic brain-stem responses without ever acknowledging it.

When there are certain kinds of triggers, the brain conjures up its related history, intact. That is why our behavior is so compulsive and unwavering; our history motivates us all of the time. We are largely victims of our deep unconscious brain. We can only reach deeper into the remote past as we gain more and more access to deeper levels of brain activity. We need to have real good access to our feelings first; then very early brainstem events. That takes time but it can be done.

And what about cancer? The beginning deformity of cells can well begin in the womb with mother’s anxiety due to her own history or due to her marital circumstances. In any case, the fetal system needs to gather its resources to shut down excessive input. Here is where many cells are evolving and gathering their identity, but instead there is massive repression and, ultimately, physiologic deviation, even at the cellular level.

One patient had three siblings all “messed up” and depressed. It remained a mystery why all of them were so disturbed, her parents were indeed loving; until she had very early primals (a systematic reliving of early trauma). She learned that in South America, for many years, there was a civil war. The father left to fight, coming home occasionally to make babies. The mother was in desperate straights, had no money and no one to turn to, fearful of the constant raids into her village. The children, even in fetal life, suffered. She was a loving mother whom the children adored, but neglect womb-life, which should not be ignored. It had far-reaching effects. It therefore is an indicator of what went on during fetal life. Can we imagine a doctor learning about a stroke with her patient and then examining his fetal life?

Low birth weight is associated with slow fetal growth and lack of development of various physical systems. If the newborn is abnormal in any respect, even birth weight, we may assume that something abnormal may have happened during gestation. Babies of depressed mothers are more often of low birth weight. At least, let’s consider it. Babies with low birth rate lack muscle, something that follows her into adulthood. Here is a quote from the Helsinki Birth Cohort Study: (we) have shown that the risk for coronary heart disease and type 2 diabetes or impaired glucose tolerance is further increased in 60-to 70-year-olds who were small at birth, thin or short in infancy, but put on weight rapidly between 2 and 11 years of age.2, (55) A similar growth trajectory has been shown to predispose to type 2 diabetes or impaired glucose tolerance. “

People who suffer stroke tend to be thin or short at 2 years. There is evidence that these early events can lead to hypertension later on, which is an important risk factor for both coronary heart disease and stroke. A number of mechanisms have been suggested to explain these links.

We need to study Alzheimer’s disease as it relates to gestational trauma as well as birth difficulties.

Certain height and weight problems at 2 years of age is a well accepted indicator of childhood emotional problems. Why is this so? There are a number of answers. Growth of the fetus relies heavily on adequate oxygen supplies. Because of the large brain, which uses a good deal of oxygen, there is a physiologic demand from more and more. If these supplies become limited for any number of reasons the body growth will slow down so that the brain can be left intact. Hence, lower fetal weight. Let us keep in mind that cancer can develop and live without oxygen, and maybe that adapting to lower levels of oxygen in the womb is part of an explanation for later cancer. Deprive a cell of a majority of what oxygen it requires and you have one key element in the origin of some cancers. This an only be a hypothesis.

In experimental animals it was found that anything that increased fetal stress hormone levels could result later on in elevated blood pressure, anxiety and hyperglycemia. And when we fiddle with stress hormone levels we increase the likelihood of later cardiac crises. And cortisol level is also heavily implicated in signaling the birth process to begin.

Cortisol is a stress hormone because it sets in motion the alarm signals to combat too much and too strong an input. When it goes on for a long time it accelerates again, the possibility of dementia and a whole host of other diseases. Primal imprints do exactly that; maintain a high level of cortisol for a lifetime.

In nearly every study of prenatal life there is the implication that high stress hormone levels in the carrying mother can result in hypertension and cardiac problems later on in the offspring. Infants of mothers who were diagnosed as anxious before pregnancy had significantly higher stress hormone levels. What neuro-psychologist Paula Thompson has explained: “prenatal stress responses are dependent on mother’s stress level. But how babies show it is through a limited physiologic vocabulary.” She believes that the fetal stress response is already skewed and, given later stress, the earlier stress response does not change. It can be blocked, diverted, covered over, but it remains pristine clear.

She believes that stress states in the pre-nate and neonate can be recognized by elevated heart rate, greater activity levels (gross body, single and multiple limb-higher reflex activation (Field et al. 2006). The pre-nate and neonate may show mistimed diffuse movement and overt grimacing. Will be rather clumsy and has a lack coordination. All this can be a predictor of later heart disease. That is only if we look at the problem in a gestalt overview.
Thompson: “One overarching goal of this article is to help clinicians understand the potential deleterious effects of prenatal stress. (See Thompson. “Down Will Come Baby.” Journal of Trauma and Dissociation. Vol. 8(3) 2007) She adds: it is hoped that increased knowledge of prenatal stress will inform psychotherapeutic treatment protocols, especially when treating severely traumatized and dissociated patients who may themselves have suffered early pre-nate stress. Further, when these patients become pregnant, appropriate treatment for the mother may benefit the offspring. When clinicians provide therapeutic intervention to a pregnant woman the pre-nate may also be affected”(Field, 2001; Ponirakis, Susman & Stifer, 1998. (My emphasis)

Let us not forget that (Thompson): one of the most dramatic changes occurs in the first moment of conception. The primitive cell carries the blueprint for an individual who has never existed before and will never exist again. While in the womb he is having the most important experiences in his life, because nearly all of it is of life-and-death significance. This is what Freud should have meant when he was developing his theory of psychoanalysis. Here lies the deep unconscious; a dark place with no exit and no words. Biologic responses dominate. In order to relive we have to include all of our physiologic processes, not just cerebral memory. The first step is to acknowledge these facts; a much more difficult step is to fashion a therapy for them. I think we have done that.

One of the key factors in high levels of maternal cortisol is the increase in the chances of a lost baby; or at the least some kind of prematurity. Again, those levels descend into the fetal system and change the baby in ways we are still learning about. Babies born to depressed mothers have higher levels of cortisol than normal. Here was what Lauren Kaplan and colleagues have to say about this: “in utero environment sculpts the uniquely plastic fetal brain resulting in long-term maladaptive patterns of behavior and physiology.” (Lauren Kaplan, et al, “Effects of Mother’s Prenatal Psychiatric Status and Postnatal Caregiving on Infant Bio-behavioral Regulation.” Early Human Dev. 2008 April; 84 (4) 249-256)

What researchers are now saying over and over again is that womb-life can unalterably affect the lifetime of the offspring. And, it is not only behavior that is altered but the physiology, as well. Does this mean a change in Primal Theory? Absolutely, it pushes the envelope much earlier for when imprints start and for their widespread enduring effects. It means that how the birth trauma is played out and reacted to depends on earlier life circumstances.

I want to reiterate my point about serotonin production in the fetus. For the first few months of gestation the fetus must “borrow” serotonin from momma; that is, if she (mother) has adequate levels. If she doesn’t, the fetus can’t go to the pharmacy bank and make a loan. She can be low in stock if she already has a chronic depression that depletes supplies. What is stamped in is a lack of adequate repression by the fetus and the beginning of a free-floating panic or anxiety, which only becomes evident years later as the defense system is under constant attack. This terror cannot be fully contained because of inadequate supplies of serotonin. Then we have panic attacks that are originated far earlier than we have ever imagined. But also these low levels of serotonin affect and retard development. It is as essential as food; it is food for the fetus.

We now know that a difficult birth can deplete the baby of adequate serotonin/inhibition levels. Later, all kinds of impulse neurotics—criminals—addicts, are low in serotonin, and obviously, low in inhibition. I don’t think we need to stop at birth for adverse effects on serotonin. It can happen as serotonin begins to function adequately, even in the last few months of pregnancy. Again, many of my patients are low in serotonin at the start of therapy but normalize after a year; therefore, it is a reversible phenomenon. (see a full discussion of this in my Primal Healing). It isn’t only serotonin; there is ample research now to show that the neocortical inhibitory prefrontal neurons are low in number due to a trauma at or before birth. These are poor inhibitors from the time of birth on. These individuals cannot wait, lose patience, have attention deficit disorder lash out with little provocation and want what they want NOW! They will interrupt because they cannot wait their turn to speak. All this means that we can be born with a tendency to Attention Deficit Disorder. It is not heredity but the experiences during womb-life that impacted that heredity. It seems like we are born with it but mostly we are not.

Now let’s push the envelope even further back. In a recent experiment, a scientist raised some rats after knocking out some of the building blocks for serotonin (the key element in Prozac), which is key for gating or repression. He then let the females mature, get pregnant and have babies. Of the 43 mouse embryos tested, 37 displayed abnormalities and brain malfunction. This indicates that the animal mother’s state affects the development of the baby’s brain. Her levels of serotonin can determine how her offspring mature. So, when a pregnant woman is chronically depressed, and hence low on serotonin, the baby’s entire life may be adversely affected. And the changes in her as a result of “heredity” will determine what kind of mother the offspring will be. Later childhood environment does count a lot but not as much as when the baby’s brain is rapidly evolving. In gestation, it is essential that the mother be normal in every way possible. Otherwise, she cannot fulfill the needs of her baby in the womb. And one definition of love is helping to fulfill the needs of the child. No fulfilling needs—no love.

What is very important for us to realize was that a mouse fetus does not make her own serotonin until the third trimester. It seems like the mother supplies what is needed until the baby can take over. But when the mother is low on supplies, she cannot fulfill what the developing baby lacks. Therefore, the baby carries around a load of pain. Now if we apply that to humans, there seems to be a time in gestation when pain or noxious stimuli impinge, but we are not yet able to produce enough of our own gating chemicals, leading to ungated pain. This residue will continue and may lead to bouts of anxiety later on in life. It becomes free-floating fear or terror. This is not due to heredity but rather to experience in the womb. This is why we should never neglect womb-life when addressing neurosis. Part of our in utero life, therefore, takes on hurt at a time when our system can do nothing about it. Nevertheless, it affects all later development. At thirty we may suffer from panic attacks (as excessive agitation) that began its life in the very early months of our mother’s pregnancy. It is pristine and free-floating, ready to spring forth whenever we are vulnerable or our defenses are weak. No talk therapy can make a dent in it. It leaves us fragile for a lifetime so that any insult in infancy and childhood weakens us all the more. Demanding and/or aloof parents can easily compound an allergic tendency, for example.

Catherine Monk and her associates studied anxiety in pregnant mothers. (Monk, C. et al.“Effects of Women’s Stress-elicited Physiological Activity and Chronic anxiety on Fetal Heart Rate.” Developmental and Behavioral Pediatrics, 2003. Lippincott publishers. Their conclusion was: “women’s emotion based physiological activity can affect the fetus and may be important to fetal development.” To think that there is a significant physiologic change but no later psychologic one would be to ignore the human brain.

Now as to the enduring effects of pre-birth and birth trauma. Alyx Taylor has shown that the baby’s stress response to an inoculation at eight weeks was largely determined by the “mode of delivery” of the newborn. Those who reacted the most were birthed by assisted delivery. Cesarean showed the least response. The central finding is that the stress response circuits (HPA circuit) in the brain help determine how a baby will response to future stress.

I am not going to cite any number of relevant studies but one such article is of a review if many related ones. Nicole Talge and her colleagues reviewed the data on what happens to the babies of stressed mothers. (“Antenatal Maternal Stress and Long-term effects on Child Neuro-development. How and Why.” J. of Child Psychology and Psychiatry. 48:3/4 4 (2007) pp 245-261)

Nearly all studies claim an effect of the mother on the fetus. I suppose the real question is, “what can we do about it.” Years later it seems an impossible task, but it is not. Once there is an imprinted trauma during womb-life, the brain system closes down on the pain through inhibition/gating. Thereafter the effects are life-long. What we must do is go back to the originating source and undo the trauma. The way we do that is to relive the trauma and open the gates. It can be done, as I have explained elsewhere, is by reliving emotional trauma during childhood, which has at its roots the pre-birth event. When we fully relive the childhood event it incorporates the earlier trauma; each new related trauma is re-represented on higher levels. And when these later traumas are relived we see the disappearance (or reduction in the severity) of the symptom, as for example, high blood pressure. That is because the earlier trauma may only be expressed through specific physiologic reactions such as blood pressure or heart rate. To relive the physiologic responses can be enough given other variables. If we latch onto the related childhood feeling in our therapy it automatically (given deeper access) includes the earlier physiologic component of the feeling. I want to reiterate that there is a timetable of needs that must be fulfilled at that time and no other. Once the fetus has been impacted due to a high level of stress hormones that is it; the system gates it as best as it can, and no other mode of treatment except reliving can change it.

This is a change in our paradigm. It means that trauma that has life-long effects can occur during womb-life, and thereafter has profound effects on our later behavior and symptoms. How, therefore, can we possibly attack allergies, migraine and high blood pressure without an acknowledgment of the deep and remote origins of the problem? I have been writing about this for decades. The difference is that research has now caught up and begins to confirm our theory. And now we see why after one year of our therapy there is a normalization of natural killer cells; as I pointed out, these are cells on the lookout for newly forming cancer cells, and attack them. So we might say that one way to help forestall cancer is to make sure that our immune system is intact and strong.

One may rightly question how anyone can relive events in the womb with no scenes or words. Luckily, that part of the imprint is totally physiological. We don’t need verbal acknowledgment. That deep brainstem is also a very important part of our central nervous system and gives the oomph or push to a feeling. A single feeling will encompass all three levels of brain function. Again, there is no exit here except entering into the most profound of unconscious states as possible.