From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #8555 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Sunday, February 27 2022 Volume 14 : Number 8555 Today's Subjects: ----------------- Are tomatoes off the safe list? ["Reduce Pain" Subject: Are tomatoes off the safe list? Are tomatoes off the safe list? http://hypercore.buzz/BrI6eQ3VP75_TNlR-7fHaj9rKB0HC-OLvg1VNjIt4vPvH4qCYg http://hypercore.buzz/b3h61rj1Za7FmBnvHRVogwdao0LbdgET2F40f5jzxA_ULHwMjQ f the concept of the 'system of ground regulation', as well as Drs. Helmut Schimmel, and Hartmut Heine, using Voll's method of electro-dermal screening. This further research revealed that the gene is not so much the controller but the repository of blueprints on how cells and higher systems should operate, and that the actual regulation of biological activities (see Epigenetic cellular biology) lies in a 'system of ground regulation'. This system is built on the ground substance, a complex connective tissue between all the cells, often also called the extra-cellular matrix. This ground substance is made up of 'amorphous' and 'structural' ground substance. The former is "a transparent, half-fluid gel produced and sustained by the fibroblast cells of the connective tissues" consisting of highly polymerized sugar-protein complexes.[unreliable source?] The ground substance, according to German research, determines what enters and exits the cell and maintains homeostasis, which requires a rapid communication system to respond to complex signals (see also Bruce Lipton). This is made possible by the diversity of molecular structures of the sugar polymers of the ground substance, the ability to swiftly generate new such substances, and their high interconnectedness. This creates a redundance that makes possible the controlled oscillation of values above and below the dynamic homeostasis present in all living creatures. This is a kind of fast-responding, "short term memory" of the ground substance. Without this labile capacity, the system would quickly move to an energetic equilibrium, which would bring inactivity and death. For its biochemical survival, every organism requires the ability to rapidly construct, destroy and reconstruct the constituents of the ground substance. Between the molecules that make up the ground substance there are minimal surfaces of potential energy. The charging and discharging of the materials of the ground substance cause 'biofield oscillations' (photon fields). The interference of these fields creates short lived ------------------------------ Date: Sat, 26 Feb 2022 09:21:08 -0500 From: "Garden Landscaping" Subject: 7000+ Landscaping Ideas The Most Complete Landscaping Resource On The Net! 7000+ Landscaping Ideas The Most Complete Landscaping Resource On The Net! http://landguide.buzz/lviNNrXkJ_hNGIENYJdwefJSeanvee7Z7j15OvtUZ2nW2sg_Sg http://landguide.buzz/vehA871yj-mEUJARVfbNJQKBekrmH7ldGCMfaGauwxVoqSEGgQ he tenrecs, golden moles, and some shrews retain a cloaca as adults. In marsupials, the genital tract is separate from the anus, but a trace of the original cloaca does remain externally. Monotremes, which translates from Greek into "single hole", have a true cloaca. Sound production A diagram of ultrasonic signals emitted by a bat, and the echo from a nearby object As in all other tetrapods, mammals have a larynx that can quickly open and close to produce sounds, and a supralaryngeal vocal tract which filters this sound. The lungs and surrounding musculature provide the air stream and pressure required to phonate. The larynx controls the pitch and volume of sound, but the strength the lungs exert to exhale also contributes to volume. More primitive mammals, such as the echidna, can only hiss, as sound is achieved solely through exhaling through a partially closed larynx. Other mammals phonate using vocal folds. The movement or tenseness of the vocal folds can result in many sounds such as purring and screaming. Mammals can change the position of the larynx, allowing them to breathe through the nose while swallowing through the mouth, and to form both oral and nasal sounds; nasal sounds, such as a dog whine, are generally soft sounds, and oral sounds, such as a do ------------------------------ End of alt.music.moxy-fruvous digest V14 #8555 **********************************************