From the movie "DUNE" by David Lynch and the DREAMER that must awaken.
The shift to the Goddess with the extra Moon resulting from having displaced through the worm hole between genders and having found that the dream= the portal
function into the alternate point of view as defined by the gravity displacement of the 2 sides of the worm hole.
In this case, there would be 2 Moons or 2 STARS.
function into the alternate point of view as defined by the gravity displacement of the 2 sides of the worm hole.
In this case, there would be 2 Moons or 2 STARS.
Neolithic Maltese Goddess
from about 3000 BC.
Showing the sleeping and resting the head on the hand as the first comforting development that related to dreaming
and relations to the Earth as the goddess.
from about 3000 BC.
Showing the sleeping and resting the head on the hand as the first comforting development that related to dreaming
and relations to the Earth as the goddess.
Shown above, "WORM HOLE" and Sleeping.
Shown below: " the DUNE worm from the Movie "DUNE"..
Shown below: " the DUNE worm from the Movie "DUNE"..
from
www.theguardian.com
date 2017
November 17
Do earth worms sleep?
- RESEARCH with deep burrowing species, such as Lumbricus terrestris (the lob worm), demonstrates that during a 24-hour period, activity is greatest from dusk until dawn. This is not surprising, as these creatures possess photo-receptive cells (even though they have no eyes) and therefore only surface to feed and mate under cover of darkness. During less active periods of the day, their oxygen consumption has been shown to be at its lowest, but only physiological experiments could determine the level of nervous activity at these times. During adverse soil conditions, such as drought, certain species (there are 28 different types of earthworm in the UK) enter a dormant state known as dispause. Within the soil the earthworms form a mucus-lined chamber, in which they curl into a tight ball in order to prevent moisture loss. They remain in these chambers until more favourable soil conditions prevail. If earthworms do 'sleep', it must be during such times when all other behaviours cease.
(Dr) Kevin Butt, Soil Ecologist, The Open University, Milton Key
from
www.sciencedaily.com
date 2017
November 17
The roundworm C. elegans, a staple of laboratory research, may be key in unlocking one of the central biological mysteries: why we sleep. Researchers at the University of Pennsylvania School of Medicine report in the January 11 advanced online edition of Nature that the round worm has a sleep-like state, joining most of the animal kingdom in displaying this physiology. This research has implications for explaining the evolution and purpose of sleep and sleep-like states in animals.
In addition, genetic work associated with the study provides new prospects for the use of C. elegans to identify sleep-regulatory genes and drug targets for sleep disorders.
First author David M. Raizen, MD, PhD, Assistant Professor of Neurology, in collaboration with other researchers at the Penn Center for Sleep, showed that there is a period of behavioral quiescence during the worm's development called lethargus that has sleep-like properties. "Just as humans are less responsive during sleep, so is the worm during lethargus," explains Raizen. "And, just as humans fall asleep faster and sleep deeper following sleep deprivation, so does the worm."
By demonstrating that worms sleep, Raizen and colleagues have not only demonstrated the ubiquity of sleep in nature, but also propose a compelling hypothesis for the purpose for sleep.
Because the time of lethargus coincides with a time in the round worms' life cycle when synaptic changes occur in the nervous system, they propose that sleep is a state required for nervous system plasticity. In other words, in order for the nervous system to grow and change, there must be down time of active behavior. Other researchers at Penn have shown that, in mammals, synaptic changes occur during sleep and that deprivation of sleep results in a disruption of these synaptic changes.
In addition, the research team used C. elegans as a model system to identify a gene that regulates sleep. This gene, which encodes a protein kinase and is regulated by a small molecule called cyclic GMP, has been previously studied but not suspected to play a role in sleep regulation. The findings suggest a potential role for this gene in regulating human sleep and may provide an avenue for developing new drugs for sleep disorders.
"It opens up an entire new line of inquiry into the functions of sleep," notes Penn Center for Sleep Director and co-author Allan I. Pack, MB, Chb, PhD.
The Center for Sleep and Respiratory Neurobiology at the University of Pennsylvania is a multidisciplinary center dedicated to exploring and understanding the basic mechanism of sleep and circadian rhythm, the pathogenesis of sleep disorders, and the outcomes of therapy.
In addition to Raizen and Pack, co-authors are John E. Zimmerman, Matthew H. Maycock, Uyen D, Ta, Meera V. Sundaram, all from Penn, and Young-jai You from the University of Texas Southwestern Medical Center (Dallas). The research was supported by grants from the National Institute of Neurological Disorders and Stroke, the National Heart Lung and Blood Institute, and the National Alliance for Research on Schizophrenia and Depression.