Tag Archives: psychotic

Involuntary Intoxication and Automatism Homicide Defense (prescription drugs)




Effexor and a multiple of other psyche drugs, can cause people to commit murder and proposes how an nontraditional but commonly recognized criminal defense should be applied to such people. Effexor is labeled for homicidal ideations.  The rest are black box warned for suicidal ideations.  But the reality is that there are two sides to the same coin.  Suicide is committed by those who blame themselves.  Homicide is committed by those who blame “others”.  If the pharmaceuticals put homicidal ideations on each drug, as Effexor did) the public would connect the heinous murders such as school shootings with the drug.  Suicides and the homicides are committed by those persons (10% of Causcasians and 7 % of African Americans) who are “non metabolizers”.  These demographics, simply by genetic variations, do not have the Cytochrome P450 2D6 physiological mechanics to metabolize today’s modern psyche drugs.  The drugs therefore accumulatesin the body in such a toxic manner that the distressed person either kills himself or another.  Today suicides in veterans who are given drugs for PST is at an epidemic proportion.

Part III analyzes two defenses,
involuntary intoxication and automatism, which a criminal
defendant taking antidepressants could raise to avoid being
unjustly convicted.

After a comparison of these two defenses –

Part IV proposes that courts accept automatism as a viable defense for criminal defendants who take Effexor and then commit homicide. Automatism could function as either a complete defense (absolute exoneration) or as a partial defense (sentence mitigation). In giving life to the automatism defense, courts should consider the latest scientific findings about the link between genetic mutations and one’s inability to process drugs and the resulting toxic effect.

Genetic testing for mutations on the CYP450 gene can prevent future homicides by identifying people who are predisposed to side effects from these drugs.

Read more…


(click here for studies on infant metabolism of vaccine ingredients)

More and more  research in the area of pharmacogenetics is being funded by pharmacuetical companies in order to give physicians better guidelines for dosages.

Cytochrome P450, the major detox mechanism in the body (plants, animals and humans), varies among individuals.  Individuals can be rapid metabolizers, normal metabolizers and poor or non metabolizers.

Other than the fact that 10% of Caucasians and 7% of African Americans are straight out “non-metabolizers” and have the tendency to suicidal and/or homicidal ideations when given prescription drugs, cytochrome P450 is “maturing” and all infants do not have full mature activity this  important detox mechanism until the age of 3.

Ped cyp enzymes  (see graph)  (very important study of the immaturity of cyp 450 superfamilies in infants and children.

At birth and one hour old, all infants, except those whose parents have declined, will received a Vitamin K shot and Heb B vaccination.  With this they will be injected at birth with 450 mcgs. of aluminum and an amount of formaldehyde…we are talking an hour old.

According to Dr. Sherri Tenpenny:

Dr. Sherri J. Tenpenny’s Integrative Medical Center, by the time a child has reached 5 years of age, he or she has been injected with a total of 1,795 micrograms (mcg), or 1.795 milligrams of formaldehyde, as follows  Read more…

  • Hepatitis b – 3 doses x 15 mcg each
  • DTaP – 5 doses x 100 mcg each
  • Polio (IPV) – 5 doses x 200 mcg each
  • Influenza – 6 doses x 25 mcg each
  • Hepatitis A – 1 dose x 100 mcg each

              Total:  1,795 mcgs of fomaldehyde by age five

Included in the list of vaccine excipients is not only formaldehyde but ethanol, phenol, polysorbate 80, benzethonium chloride,  glutaraldehyde, acetone, thimerosal, aluminum. All needing mature cytochrome P450 enzymes to metabolize.

VLA Comment: Finally we have proof that our infants and children are being directly injected with poisons (toxins) that cannot be metabolized at such a young age.