It is beneficial to genetically engineer Dandelion as well as the other 100 most frequently occurring weeds on earth to reduce as well as block ITach the brain and effect 5HT receptors like the profile of receptor activity at the antipsychotic
pimavanserin, as well as having protein as well as peptide drugs with the same dopamine, like D2 receptor, activation profile as the antipsychotic lurisidone, they could be linked to the production of blue and green fluorescent proteins like blue at
leaves with 5HT pimavanserin like activity, and green at dopamine receptor like activity with the genetics of different leaves being different colors as well, phemibut has calming and prosocial effects and also has antipsychotic activity, GABA active
peptides that have GABA receptor effects like those of phenibut cause antipsychotic and pleasant effects, these leaves are genetically engineered to be white

There is also the possibility of making antipsychotic antibodies, producing antibodies that attach to 5HT receptors at the same amplitude of effect as pimavanserin as well as making antibodies with the same magnitude of effect as lurisidone at dopamine
receptors and other receptors with the same amplitude and activity as lurisidone at mosses modified everywhere on Earth with gene drive CRISPR/cas9

A different plant, genetically engineered could benefit those who may have previously experienced pattern recruitment if it actually happens, the genetic activity profile of pre-any concept of recruitment as well as pre-any awareness of IT pattern
awareness persons is quantified and if epigenetically different, epigenetically described, then gene drive CRISPR/cas9 is utilized to genetically engineer the epigenetics of absence of pattern awareness epigenetics at all the brassicas

longevity drugs engineered to be at the dandelion stalks as well as the tallest part of all the weed species' tallest part of the plant is beneficial

other weed stalks engineered at a dandelion I support updating the longevity

Epigenetic longevity peptide could exist

Antipsychotic epigenetic peptides could exist, to find epigenetic effects on schizophrenia as well as psychosis, the difference between one monozygotic twin diagnosed as schizophrenic or also psychotic, possibly a twin responsive to antipsychotics, then
the epigenetics of the schizophrenic or also psychotic monozygotic twin compared with the epigenetics of the psychologically well monozygotic twin could describe a treatable epigenetic variation quantifiable at mice and volunteer humans, finding a
treatable epigenetics of schizophrenia or also psychosis could also cause that treatment to decrease pattern awareness as well as pattern recruitment, if there are epigenetics modifying peptides, proteins, RNA drugs, or even RNAi then plants genetically
engineered to produce antipsychotic epigenetic drugs, notably with the antipsychotic producing peptides, proteins, or RNA drugs availablized everywhere globally using CRISPR/cas9 gene drive technology or more advanced technology

could also minimize pattern recruitment and pattern awareness, perception of synchronization of items, those items' movements and perveibed synchronization and paradlia, people

has an opposite

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