Innovation Development Services : Theories : Origins of Human Life on Earth
Species evolved from the mobile genetic elements carried by cosmic viral particles brought to our planet by comets , asteroids, protoplanets, and supernovae remnants. These extraterrestrial genetic programs assembled all the species that we see today over time from a stockpile of viral particles in the benthic ecosystem. The most recent source of these viral particles was the protoplanet which collided with pre-earth to create the moon and earth. Over time these mobile genetic elements play a major role in evolving new species and extincting old ones along with Darwinian Evolutionary Processes. Hybridization from various cross species mergers is the major method for mobilizing these elements towards the production of higher levels of intelligent beings. Elements of the "infectious-syntrophic speciation hypothesis". 1. Clostridia combined with Actinobacteria to create double membraned-gram negative bacteria. (the source of the proteobacteria that gave rise to mitochondria ) Subsequently, protoeukaryotic/mycoplasma like cells engulfed double membraned -alpha proteobacteria to create a symbiotic relationship. (resulting in the first mitochondrial eukaryote). Similar syntrophic events occured to generate chloroplasts, peroxisomes, vaults , and other intracellular organelles. 2. Viral Eukaryogenesis : DNA Virus (Orthopoxvirus or T4 Bacteriophage) infects mycoplasma cell creating the first Earth cell with a Nucleus and Phagocytic properties ---supported by findings of the possible transfer of DNA polymerases from DNA Viruses to Archaeukaryota Hosts., similarity in RNA capping enzymes, and separation of translation from transcription. 3. Non-LTR retrotransposons (ie. Line 1 elements ) sense UV light, Heat pulses, and WIMPS ( Weakly interactive massive parrticles ) along with physiological factors such as testosterone and hybrid chromosomes, resulting in increased "mutator" phenotype during stressful periods. 4. DNA transposons hybridized with Non-LTR Retrotransposons to create LTR Retrotansposons. Subsequently, LTR Retrotransposons integrated with ENV genes to create Retroviruses 5.. Retroviruses transferred into new species to create new LTR retrotransposons leading to new Retroviruses, non-LTR retrotransposons, and to New DNA transposons. 6. Human endogenous retroviruses and the evolution of man. Follow the integration steps of various Infectious Retroviral Events and correlate with ardipethicus, australopithecine, and homo speciation-radiation events. 7. Hot Line 1 Elements created chromosomal changes since our last common ancestor with Chimpanzees. Some of these polymorphic human hot line-1 elements can be correlated with ethnogeographic identities. (ie. races) |