From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #9442 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, July 31 2022 Volume 14 : Number 9442 Today's Subjects: ----------------- A quick way to REGROW GUMS OVERNIGHT ["Extraordinary results" Subject: A quick way to REGROW GUMS OVERNIGHT A quick way to REGROW GUMS OVERNIGHT http://steelbiteepro.sa.com/3KvWk1_oCdntzTp7mDSITzSbgy8qwFHyYGV0dLD0llJudO7i5g http://steelbiteepro.sa.com/vZRXw8toOyu6f9E-iFsWNNh14i7n01GAaQjdThyYcIgzuxDG5w rea at the tip of T. sethi's snout was a sharp ridge, similar to the keel seen on the upper surface of the mandibular symphysis where the two halves of the lower jaw connected. Small slit-like foramina (openings) on the lower side edges of the ridge indicate that it had a horny covering in life, similar to Tupandactylus. The lower edge of the area was somewhat curved, which probably created a small gap when the jaws were closed. Further back, immediately in front of the nasoantorbital fenestra, the palatal ridge became a strong, blunt, convex keel. This convexity fit into the symphyseal shelf at the front end of the lower jaw, and they would have tightly interlocked when the jaws were closed. The palatal ridge ended in a strongly concave area unique to this species. The postpalatine fenestrae (openings behind the palatine bone) were oval and very small, differing from those of related species. The ectopterygoid (bone on the side of the palate) had large, plate-like sides, and was well-developed compared to related species. The supraoccipital bone, which formed the hindmost base of the cranial crest, had muscle scars at its upper end (probably corresponding to the attachment of neck muscles). Although the lower jaw of T. sethi is incomplete, its total length is estimated at 670 mm (26 in) b 47 percent of which was occupied by the mandibular symphysis. The tip of the mandible is missing, but its front surface indicates that it might have been turned slightly upwards as in T. oberlii (the possible second species of Thalassodromeus, or possibly a different genus (Banguela) which is known only from a jaw tip). The symphyseal shelf, the upper surface of the symphysis, extended for 170 mm (6.7 in) and had a flat surface. Seen from above, the side edges of this area were tall and formed a sharp margin. Near the front end of the symphysis, the edges which formed the marg ------------------------------ Date: Thu, 28 Jul 2022 09:53:02 -0400 From: "Peoplewhiz Ad" Subject: Who are You Curious About? Who are You Curious About? http://peoplewhiiz.sa.com/To1ifPFgkXQ6-nuRqv0ufIdpGby-4DJ0K6vHGB2UqkCrjAl40A http://peoplewhiiz.sa.com/2QnIlhth4oIQ7-sQ0taeRXtQCGsHdZFdNDrmmAZGLSuiIcu3eg ossible functions for Thalassodromeus' cranial crest were proposed by Kellner and Campos in 2002. They suggested that the network of blood vessels on its large surface was consistent with use for thermoregulation, which had also been suggested for the crests of some dinosaurs. Kellner and Campos thought that the crest was used for cooling (enabling the animal to dissipate excess metabolic heat through convection), while heat transfer was controlled by b and depended on b the network of blood vessels. The ability to control its body temperature would have aided Thalassodromeus during intense activity (such as hunting), and they suggested that, when in flight, heat would have been dispelled more effectively if the crest was aligned with the wind, while the head was intentionally moved to the sides. Kellner and Campos posited that the crest could have had additional functions, such as display; aided by colour, it could have been used in species recognition, and could also have been a sexually dimorphic feature (differing according to sex), as has been proposed for Pteranodon. In 2006, Martill and Naish found that the crests of Tupuxuara and its relatives developed by the premaxillary portion of the crests growing backwards over the skull-roof (as indicated by the well-defined suture between the premaxilla and the underlying bones). The hind margin of the premaxillary part of this specimen's crest had only reached above the hind margin of the nasoantorbital fenestra, indicating that it was not an adult at the time of death. This suggests that the development of the crest happened late in the growth of an individual, was probably related to sexual display, and the sexual maturity of a given specimen could be assessed by the size and disposition of the crest. The T. sethi holotype, with its. ------------------------------ Date: Thu, 28 Jul 2022 06:23:04 -0400 From: "Costco Shopper Feedback" Subject: Leave your feedback and you could WIN! Leave your feedback and you could WIN! http://costcoosurvey.sa.com/xP-cKg1uV4C3vath8YygfCyFEwNstOEK1cMEp4diy_sCE28sCw http://costcoosurvey.sa.com/30rfPPhhQBRpr7ThRkcZPdD9AnaK_-BLsuDiZDQ5_pYaNddAxQ alaeontologists David M. Martill and Darren Naish suggested that Thalassodromeus was a junior synonym of the related genus Tupuxuara, which was named by Kellner and Campos in 1988 based on fossils from the same formation. In the view of Martill and Naish, the differences between these genera (including two species of Tupuxuara, T. longicristatus and T. leonardii) were due to ontogeny (changes during growth) and compression of the fossils; Thalassodromeus was simply an older, larger, and better-preserved individual. This idea was rejected by Kellner and Campos in 2007, who pointed out these species had differences in features other than their crests. They also noted that one specimen of Tupuxuara had a larger skull than Thalassodromeus (measured from the tip of the premaxilla to the back of the squamosal bone), despite Martill and Naish's contention that the latter was an older individual. Kellner and Campos' view has since been accepted by other researchers, including Martill and Naish. Veldmeijer and colleagues assigned the front part of a mandible collected from the same formation to T. sethi in 2005. They concluded that although the two specimens differed in several details, the differences were not significant enough to base a new species on the mandible, and that the new specimen filled in the gap of Kellner and Campos' T. sethi skull reconstruction. Palaeontologists Jaime A. Headden and Herbert B. N. Campos coined the new binomial Banguela oberlii, based on their reinterpretation of the jaw tip as belonging to a toothless member of the family Dsungaripteridae, in 2014. The generic name is Portuguese for "toothless" and the specific name honours private collector Urs Oberli, who had donated the specimen to the Naturmuseum St. Gallen (where it is catalogued as NMSG SAO 25109). Headden and Campos interpreted the tip of T. sethi's lower jaw as downturned; this and other features distinguished it from Banguela. In their 2018 re-description of the further-prepared T. sethi holotype skull, palaeontologists Rodrigo V. PC*gas, Fabiana R. Costa, and Kellner assigned B. oberlii back to Thalassodromeus while recognising it as a distinct species, and thereby created ------------------------------ Date: Wed, 27 Jul 2022 13:54:14 -0800 From: Ray Ban Subject: Ray-Ban Sunglasses Up To 90% Off!Top Quality Low Cost!Shop Online Now! Ray-Ban Sunglasses Up To 90% Off! 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