From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #4025 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, April 19 2020 Volume 14 : Number 4025 Today's Subjects: ----------------- Your Aging Prostate ["Prostate Discovery" ] Claim Your Free ProTAC PM2.5 Mask Here ["Breathing Mask" ] Is This The WORST Food You Can Possibly Eat? ["PhysioTru" Subject: Your Aging Prostate Your Aging Prostate a http://startmatual.bid/2AiGoTzCgVeOHWLMCo5Shk5q1ip859CUSzWrGhIHA6a30g http://startmatual.bid/HW74lp2g5siTOL50SlBXccBLLcW8WOuT0AP5QOIcE4MYYnAV The vast majority of organisms encode their genes in long strands of DNA (deoxyribonucleic acid). DNA consists of a chain made from four types of nucleotide subunits, each composed of: a five-carbon sugar (2-deoxyribose), a phosphate group, and one of the four bases adenine, cytosine, guanine, and thymine.:2.1 Two chains of DNA twist around each other to form a DNA double helix with the phosphate-sugar backbone spiralling around the outside, and the bases pointing inwards with adenine base pairing to thymine and guanine to cytosine. The specificity of base pairing occurs because adenine and thymine align to form two hydrogen bonds, whereas cytosine and guanine form three hydrogen bonds. The two strands in a double helix must therefore be complementary, with their sequence of bases matching such that the adenines of one strand are paired with the thymines of the other strand, and so on.:4.1 Due to the chemical composition of the pentose residues of the bases, DNA strands have directionality. One end of a DNA polymer contains an exposed hydroxyl group on the deoxyribose; this is known as the 3' end of the molecule. The other end contains an exposed phosphate group; this is the 5' end. The two strands of a double-helix run in opposite directions. Nucleic acid synthesis, including DNA replication and transcription occurs in the 5'?3' direction, because new nucleotides are added via a dehydration reaction that uses the exposed 3' hydroxyl as a nucleophile.:27.2 The expression of genes encoded in DNA begins by transcribing the gene into RNA, a second type of nucleic acid that is very similar to DNA, but whose monomers contain the sugar ribose rather than deoxyribose. RNA also contains the base uracil in place of thymine. RNA molecules are less stable than DNA and are typically single-stranded. Genes that encode proteins are composed of a series of three-nucleotide sequences called codons, which serve as the "words" in the genetic "language". The genetic code specifies the correspondence during protein translation between codons and amino acids. The genetic code is nearly the same for all known organisms ------------------------------ Date: Sun, 19 Apr 2020 10:49:16 -0400 From: "BNF - Coronavirus" <**BNFCoronavirus**@heartgov.buzz> Subject: Urgent Coronavirus Video Urgent Coronavirus Video http://heartgov.buzz/JmoEDTt_8mAB8BrCLy03hK9AFMarpeKIFuwgGwZmDXda5_6W http://heartgov.buzz/u0WClQvRWmS3exIeV4lL8epgaNxaY1o5DWA9XvlAJI72AHMm avity is the primary obstacle to flight. Because it is impossible for any organism to have a density as low as that of air, flying animals must generate enough lift to ascend and remain airborne. One way to achieve this is with wings, which when moved through the air generate an upward lift force on the animal's body. Flying animals must be very light to achieve flight, the largest living flying animals being birds of around 20 kilograms. Other structural adaptations of flying animals include reduced and redistributed body weight, fusiform shape and powerful flight muscles; there may also be physiological adaptations. Active flight has independently evolved at least four times, in the insects, pterosaurs, birds, and bats. Insects were the first taxon to evolve flight, approximately 400 million years ago (mya), followed by pterosaurs approximately 220 mya, birds approximately 160 mya, then bats about 60 mya.[better source needed] Gliding Main article: Flying and gliding animals Rather than active flight, some (semi-) arboreal animals reduce their rate of falling by gliding. Gliding is heavier-than-air flight without the use of thrust; the term "volplaning" also refers to this mode of flight in animals. This mode of flight involves flying a greater distance horizontally than vertically and therefore can be distinguished from a simple descent like a parachute. Gliding has evolved on more occasions than active flight. There are examples of gliding animals in several major taxonomic classes such as the invertebrates (e.g., gliding ants), reptiles (e.g., banded flying snake), amphibians (e.g., flying frog), mammals (e.g., sugar glider, squirrel glider). Flying fish taking off Some aquatic animals also regularly use gliding, for example, flying fish, octopus and squid. The flights of flying fish are typically around 50 meters (160 ft), though they can use updrafts at the leading edge of waves to cover distances of up to 400 m (1,300 ft). To glide upward out of the water, a flying fish moves its tail up to 70 times per second. Several oceanic squid, such as the Pacific flying squid, leap out of the water to escape predators, an adaptation similar to that of flying fish. Smaller squids fly in shoals, and have been observed to cover distances as long as 50 m. Small fins towar ------------------------------ Date: Sun, 19 Apr 2020 09:38:08 -0400 From: "Power saving Box" Subject: Save on your electricity bill This email must be viewed in HTML mode. ------------------------------ Date: Sun, 19 Apr 2020 06:19:29 -0400 From: "Breathing Mask" Subject: Claim Your Free ProTAC PM2.5 Mask Here Claim Your Free ProTAC PM2.5 Mask Here http://proxx.co/y8CktYwfBQ8rUO36FIYTgjJukLRQ4L2IruwkxL6nSk_Cbrvq http://proxx.co/XVmqjfqM6TwvlThaL8c30S4ode7iB3dKRNSXvYWC3UFbgQs8 ugh giant mouse lemurs are relatively small cheirogaleids, they are more than three times larger than the smallest members of the family, the mouse lemurs. Their body weight averages 300 g (11 oz). At around 300 mm (12 in), their bushy and long tail is longer than their head-body length, which averages 233 mm (9.2 in). Their forelimbs are shorter than the hind limbs (with an intermembral index of 70), a trait shared with mouse lemurs. The skull is similar to that of dwarf and mouse lemurs, and the auditory bullae are small. Like other cheirogaleids, the dental formula for giant mouse lemurs is 2.1.3.3 2.1.3.3 ?C?2 = 36; on each side of the mouth, top and bottom, there are two incisors, one canine, three premolars, and three molarsba total of 36 teeth. Their upper teeth converge towards the front of the mouth, but are straighter than those in mouse lemurs. The first upper premolar (P2) is relatively small, but nearly as tall as the next premolar (P3). Unlike mouse lemurs and more like dwarf lemurs, giant mouse lemurs have a prominent anterior lower premolar (P2). Also more aligned with dwarf lemurs, the first two upper molars (M1b2) have a more anterior hypocone that sits opposite the metacone, compared to the mouse lemurs' more posterior hypocone, which is presumably a symplesiomorphic (ancestral) trait. Also on M1 and M2, the cingulum (a crest or ridge on the tongue side) comprises two small cuspules. In all other dental characteristics, giant mouse lemurs are noticeably similar to both dwarf and mouse lemurs. Giant mouse lemurs have two pairs of mammae, one on the chest (pectoral) and one on the abdomen (abdominal). Their fur is typically grayish-brown on the dorsal (back) side and more gray in color on the ventral (front) side. The tail is typically black-tipped. The new population found by WWF in 2010 has an overall lighter color, along with reddish or rusty patches near the hands and feet on the dorsal side of the arms and legs. This population also has a red tail, which darkens at the end. Vibrissae are found above the eyes (superciliary), above the mouth (buccal), under the lower jaw (genal), near the top of the jaw (interramal), and on the wrist (carpal). Like mouse lemurs, the ears are large and membranous. Ear size is one differentiating factor between the northern giant mouse lemur and Coquerel's giant mo ------------------------------ Date: Sun, 19 Apr 2020 04:00:31 -0400 From: "Your Safe Date" Subject: Interested in singles See photos! Interested in singles See photos! http://proxx.co/KKqBsCGTAG4tOdwz3RmSAhvVZzNzJxEl7g3cz7IMiUyI8arG http://proxx.co/mkSJnMRsrB7vnjp403UjhVL1lp8aCU3YYWuMM7lMkq0PNrDh ebrates breathe with gills. The gills are carried right behind the head, bordering the posterior margins of a series of openings from the pharynx to the exterior. Each gill is supported by a cartilagenous or bony gill arch. The bony fish have three pairs of arches, cartilaginous fish have five to seven pairs, while the primitive jawless fish have seven. The vertebrate ancestor no doubt had more arches than this, as some of their chordate relatives have more than 50 pairs of gills. In amphibians and some primitive bony fishes, the larvae bear external gills, branching off from the gill arches. These are reduced in adulthood, their function taken over by the gills proper in fishes and by lungs in most amphibians. Some amphibians retain the external larval gills in adulthood, the complex internal gill system as seen in fish apparently being irrevocably lost very early in the evolution of tetrapods. While the more derived vertebrates lack gills, the gill arches form during fetal development, and form the basis of essential structures such as jaws, the thyroid gland, the larynx, the columella (corresponding to the stapes in mammals) and, in mammals, the malleus and incus. Central nervous system The central nervous system of vertebrates is based on a hollow nerve cord running along the length of the animal. Of particular importance and unique to vertebrates is the presence of neural crest cells. These are progenitors of stem cells, and critical to coordinating the functions of cellular components. Neural crest cells migrate through the body from the nerve cord during development, and initiate the formation of neural ganglia and structures such as the jaws and skull. The vertebrates are the only chordate group to exhibit cephalisation, the concentration of brain functions in the head. A slight swelling of the anterior end of the nerve cord is found in the lancelet, a chordate, though it lacks the eyes and other complex sense organs comparable to those of vertebrates. Other chordates do not show any trends towards cephalisation. A peripheral nervous system branches out from the nerve cord to innervate the various systems. The front end of the nerve tube is expanded by a thickening of the walls and expansion of the central canal of spi ------------------------------ Date: Sat, 18 Apr 2020 08:35:06 -0400 From: "PhysioTru" Subject: Is This The WORST Food You Can Possibly Eat? Is This The WORST Food You Can Possibly Eat? http://maxxd.guru/WdUDZn1CkWAA7NtO7T7I7DAKC4PsJu-1Sm5sLfh_5ZmFXCRb http://maxxd.guru/eVU27nK4x7xQOXHedADlo7dFJd5xupVEfK2jQKFsodRe7qdl There are variations on the mass-start races. In the regulations of roller sports, eight different types of mass starts are described. Among them are elimination races, where one or more competitors are eliminated at fixed points during the course; simple distance races, which may include preliminary races; endurance races with time limits instead of a fixed distance; points races; and individual pursuits. Races usually have some rules about disqualification if an opponent is unfairly hindered; these rules vary between the disciplines. In long track speed skating, almost any infringement on the pairmate is punished, though skaters are permitted to change from the inner to the outer lane out of the final curve if they are not able to hold the inner curve, as long as they are not interfering with the other skater. In mass-start races, skaters will usually be allowed some physical contact. Team races are also held; in long track speed skating, the only team race at the highest level of competition is the Team pursuit, though athletics-style relay races are held at children's competitions. Relay races are also held in short track and inline competitions, but here, exchanges may take place at any time during the race, though exchanges may be banned during the last couple of laps. Most speed skating races are held on an oval course, but there are exceptions. Oval sizes vary; in short track speed skating, the rink must be an oval of 111.12 metres, while long track speed skating uses a similarly standardized 400 m rink. Inline skating rinks are between 125 and 400 metres, though banked tracks can only be 250 metres long. Inline skating can also be held on closed road courses between 400 and 1,000 metres, as well as open-road competitions where starting and finishing lines do not coincide. This is also a feature of outdoor marathons Wrecked automobiles gathered for smelting Certain requirements must be met for recycling to be economically feasible and environmentally effective. These include an adequate source of recyclates, a system to extract those recyclates from the waste stream, a nearby factory capable ------------------------------ End of alt.music.moxy-fruvous digest V14 #4025 **********************************************