Shock

Shock is one of the possible consequences of circumcision, especially in newborns and infants at an age when effective pain suppression with general anesthesia is not possible.

(The following text or part of it is quoted from the free Wikipedia:)

Shock is the state of insufficient blood flow to the tissues of the body as a result of problems with the circulatory system. Initial symptoms of shock may include weakness, fast heart rate, fast breathing, sweating, anxiety, and increased thirst. This may be followed by confusion, unconsciousness, or cardiac arrest, as complications worsen. Shock is divided into four main types based on the underlying cause: low volume, cardiogenic, obstructive, and distributive shock. Low volume shock, also known as hypovolemic shock, may be from bleeding, diarrhea, or vomiting.[1] Cardiogenic shock may be due to a heart attack or cardiac contusion. Obstructive shock may be due to cardiac tamponade or a tension pneumothorax. Distributive shock may be due to sepsis, anaphylaxis, injury to the upper spinal cord, or certain overdoses.

Neurogenic shock

In neurogenic shock, a nervous failure of the regulation of circulatory and / or vascular tone results in circulatory failure. Common causes of neurogenic shock are lesions of the spinal cord, spinal anesthesia and injuries or intoxication of the central nervous system (e.g. traumatic brain injury in a traffic accident). Cancer, meningitis and brain inflammation (encephalitis) are also among the causes of neurogenic shock. Functional neurogenic shock is less common, for example in the case of very strong pain stimuli.

Hypovolemic shock

Every operation, including circumcision, can lead to severe blood loss, which can lead to a “traumatic-hemorrhagic shock” (bleeding as a result of traumatic effects).

Hypovolemic shock or volume depletion shock is a form of shock that results from a decrease in the amount of blood circulating, e.g. after major blood or plasma losses, severe vomiting, as well as pronounced diarrhea or severe burns.

Traumatic hemorrhagic shock

The early complications of circumcision are bleeding, pain, inadequate skin removal, and surgical site infection, but they usually tend to be minor. Of these, bleeding is the most common complication of circumcision. Bleeding may occur along the skin edges between sutures or from a discrete blood vessel, most commonly at the frenulum.

The primary treatment for blood loss is hemostasis; further symptomatic therapy consists of balancing out the metabolic acidosis with bicarbonate buffer solution, preventing the occurrence of a shock kidney or a stress ulcer and, if necessary, treating shock-induced lung damage and blood clotting failure.

Misinterpretation of the shock

More and more parents (especially from the USA) are posting photos of their newborn sons on the Internet after genital mutilation. Your comments on the photos often testify to a complete misinterpretation of the situation.

• Example postings from social media
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Other publicly visible photos of newborn boys in shock after circumcision:

• timesofisrael.com: Berlin declares circumcision legal, but only if performed by a doctor — not as a ritual
• alphamom.com: Circumcision: the kindest cut, or the cruelest?

Infants regularly go into shock during circumcision due to the extreme pain they cannot escape and from which they cannot defend themselves (because of being restrained by a Circumstraint or because of being held by adults). This is their only way to turn off pain perception. Visible symptoms are usually very swollen eyelids and puffy faces after the intense screaming before. With some, the apathetic eyes do not close by themselves in shock.

"Felt nothing"

infant after Brit Milah

Parents are very often misled by the statement by doctors and nurses that the child did not feel anything and is now sleeping peacefully. Often the parents are not present at the circumcision either. Newborns do not yet have any or only very few blockers of the nociceptors that transmit pain sensations to the brain.

When circumcision techniques last several minutes, children often go into a freeze, which was previously misinterpreted as falling asleep peacefully and which led to the belief that babies felt no pain. Measurements in such cases resulted in an usually 3 to 4 times increased cortisol value, which corresponds to a severe shock state.

We owe the perception of pain to so-called nociceptors, free nerve endings that are excited when the body is injured or damaged. These specialized nerve cells are distributed all over the body; they send their signals via the spinal cord to the brain, where the excitation is then processed and interpreted as pain. The number of nociceptors exceeds that of all other receptors and their reporting system is largely independent of other sensory channels such as the sensation of warmth or touch. This shows how central the perception of pain is for the organism.

The facial expressions of these children are described by some intactivists as after being subjected to cruel torture (e.g. rape). Many babies are apathetic, no longer respond to their parents' speech and have massive breastfeeding confusion.

Witch sleep

An analogy to the misinterpretation of shock sleep in newborns after genital mutilation, which is still common today, can already be found in the Middle Ages in the so-called "witch sleep":

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Kramer showed no mercy in this. He was particularly interested in women. They are particularly easy to be seduced by the devil. The author described exactly how witches are "exposed": with torture! The witch hunters then shaved the suspects all over their bodies, cut their nails to the flesh and tortured them in the worst possible way. If the victims fainted from pain, the torturers interpreted this as evidence of the "witch's sleep". Through him, they claimed, the devil protected his followers from agony. – Heinrich Kramer (1430–1505), Author of the so-called "Hexenhammer" (Witch Hammer) (GEOlino)

See also

• Pain