The evening opened with "A Globe Itself Infolding," a 2014 work for organ and orchestra by Samy Moussa.
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Also on the bill are Bartok's Concerto for Orchestra and Samy Moussa's "A Globe Itself Infolding," for organ and orchestra.
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Even if you do have favorites in the Saint-Saëns, you may want this disc for the briefer new works, Samy Moussa's "A Globe Itself Infolding" and Kaija Saariaho's "Maan Varjot" ("Earth's Shadows").
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In different earthworm families, the typhlosole appears to have multiple origins. The Lumbricidae, for example, have a typhlosole which is an infolding of all layers of the intestine wall, whereas in some other families (e.g. Megascolecidae), it is an infolding of only the inner layer, and in many earthworms it is absent.
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The infolding provides added strength to the young tooth, but offers little advantage when the tooth is mature. Such teeth are associated with feeding on soft prey in juveniles.
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Most choristoderes have rather simple teeth, but neochoristoderes have teeth completely enveloped in striated enamel with an enamel infolding at the base, labiolingually compressed and hooked, the exception being Ikechosaurus which has still rather simple teeth aside from the start of an enamel infolding. There is some tooth differentiation, with the anterior teeth being larger than the posterior ones. Choristoderes have retained palatal teeth, indicating food manipulation in the mouth. As a whole, choristoderes were exceptionally well adapted to life in the water.
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Cross-section of a labyrinthodont tooth Tetrapods had a tooth structure known as "plicidentine" characterized by infolding of the enamel as seen in cross-section. The more extreme version found in early tetrapods is known as "labyrinthodont" or "labyrinthodont plicidentine". This type of tooth structure has evolved independently in several types of bony fishes, both ray- finned and lobe finned, some modern lizards, and in a number of tetrapodomorph fishes. The infolding appears to evolve when a fang or large tooth grows in a small jaw, erupting when it still weak and immature.
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ERICKSON, B. R. (1985). ASPECTS OF SOME ANATOMICAL STRUCTURES OF CHAMPSOSAURUS (REPTILIA: EOSUCHIA). JOURNAL OF VERTEBRATE PALEONTOLOGY, 5(2), 111-127. Champsosaurus, like many of its fellow neochoristoderes, features teeth with striated enamel of the tooth crown with enamel infolding at the base.
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A canaliculus is an adaptation found on gastric parietal cells. It is a deep infolding, or little channel, which serves to increase the surface area, e.g. for secretion. The parietal cell membrane is dynamic; the numbers of canaliculi rise and fall according to secretory need.
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In between two terminal cisternae is a tubular infolding called a transverse tubule (T tubule). T tubules are the pathways for action potentials to signal the sarcoplasmic reticulum to release calcium, causing a muscle contraction. Together, two terminal cisternae and a transverse tubule form a triad.
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In: Schultze H.-P., Trueb L., (ed) Origins of the higher groups of tetrapods — controversy and consensus. Ithaca: Cornell University Press, pp 331-353. Contrary to the more advanced herbivorous diadectids, the teeth retained labyrinthodont infolding of the enamel, and were pointed and slightly recurved at the tip.
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5th ed. Chichester: Wiley-Blackwell, 2014. Print. The phragma, or endotergite, is a transverse infolding of the intersegmental sclerite, and its main function is to provide a reinforcing basis of attachment for the dorsal longitudinal muscles. Accordingly, phragmata tend to be best developed in actively flying insect species.
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Systematic Biology no 53 (4): pp 594-622. article It shares many features with reptiles and other early amniotes rather than most amphibious tetrapods of its age. These include a lower number of ankle bones, no labyrinthodont infolding of the dentin, the lack of an otic notch, and a generally small skull.
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In theosophy, anthroposophy and Rosicrucianism, involution and evolution are part of a complex sequence of cosmic cycles, called Round. When the universe attains a stage of sufficient density, the individual spirit is able to descend and participate in the evolution. Involution thus refers to the incarnation of spirit in an already established matter, the necessary prerequisite of evolution: :As an example, the so-called descent of the Monad into matter means an involution or involving or infolding of spiritual potencies into material vehicles which coincidentally and contemporaneously, through the compelling urge of the infolding energies, unfold their own latent capacities, unwrap them, roll them forth; and this is the evolution of matter. — Gottfried de PuruckerGottfried de Purucker, Occult Glossary, TUP, 2nd ed.
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Research has also shown the decline in the number of pinealocytes by way of apoptosis as the age of the organism increases. There are two different types of pinealocytes, type I and type II, which have been classified based on certain properties including shape, presence or absence of infolding of the nuclear envelope, and composition of the cytoplasm.
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Basilar invagination is invagination (infolding) of the base of the skull that occurs when the top of the C2 vertebra migrates upward. It can cause narrowing of the foramen magnum (the opening in the skull where the spinal cord passes through to the brain). It also may press on the lower brainstem. This is similar to Chiari malformation.
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Anal columns (Columns of Morgagni or less commonly Morgagni's columns) are a number of vertical folds, produced by an infolding of the mucous membrane and some of the muscular tissue in the upper half of the lumen of the anal canal. They are named after Giovanni Battista Morgagni who also has several other eponyms named after himself.
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It is derived from the Latin procidere - "to fall forward". Procidentia usually refers to uterine prolapse, but rectal procidentia can also be a synonym for rectal prolapse. Intussusception is defined as invagination (infolding), especially referring to "the slipping of a length of intestine into an adjacent portion". It is derived from the Latin intus - "within" and susceptio - "action of undertaking", from suscipere - "to take up".
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The entorhinal cortex (EC) is a major part of the hippocampal formation of the brain, and is reciprocally connected with the hippocampus. The hippocampal formation, which consists of the hippocampus, perirhinal cortex, the dentate gyrus, the subicular areas and the EC forms one of the most important parts of the limbic system. The entorhinal cortex is an infolding of the parahippocampal gyrus into the inferior (temporal) horn of the lateral ventricle.
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Attachment of the osteoclast to the osteon begins the process. The osteoclast then induces an infolding of its cell membrane and secretes collagenase and other enzymes important in the resorption process. High levels of calcium, magnesium, phosphate and products of collagen will be released into the extracellular fluid as the osteoclasts tunnel into the mineralized bone. Osteoclasts are prominent in the tissue destruction found in psoriatic arthritis and rheumatological disorders.
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In the model organism Drosophila, pole cells passively move from the posterior end of the embryo to the posterior midgut because of the infolding of the blastoderm. Then they actively move through the gut into the mesoderm. Endodermal cells differentiate and together with Wunen proteins they induce the migration through the gut. Wunen proteins are chemorepellents that lead the germ cells away from the endoderm and into the mesoderm.
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This cord then sinks into the embryo and becomes hollow, forming the neural tube. This process contrasts with the process in other chordates, which occurs by an infolding of the ectoderm to form a hollow tube. Throughout the years advances in research have shown that neural formation relies on interactions between extrinsic signaling factors and intrinsic transcription factors. Extrinsic signals involved are BMP, Wnt, and FGF and intrinsic transcription factors like SoxB1 related genes.
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Skull of Limnoscelis, in lateral (A) and dorsal (B) views Limnoscelis had a relatively elongated skull, with a narrow snout and wider posterior region. Its teeth were conical and labyrinthodont, with infolding of enamel and dentin. Limnoscelis had particularly well- developed incisors, peaking in size at the anterior maxilla, similar to the placement of the canine tooth of many derived synapsids. This tooth morphology has been used to infer that Limnoscelis was a carnivore.
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The mandible of Limnoscelis was well-built, with large processes for jaw muscle attachment, indicating that it had a powerful bite. In addition to its premaxillary, maxillary, and dentary teeth, Limnoscelis had additional palatal teeth on transverse flanges of its pterygoid. These flanges consisted of an anterior row of smaller blunt denticles, and a posterior row of larger teeth, with neither having labyrinthodont infolding. The pterygoid of Limnoscelis articulated with the basisphenoid.
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Unusually, the teeth also have a maze-like internal structure, formally known as labyrinthine infolding. This type of structure is known in large "labyrinthodont" tetrapods and their tetrapodomorph ancestors, but unknown in any other aistopod. Lingually from the dentary tooth row (i.e. towards the tongue), the upper surface of the mandible has five plate-like bones: a parasymphyseal plate at the chin, an adsymphyseal bone directly behind it, and a string of three coronoid bones directly behind the adsymphyseal.
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Rounded atelectasis (also known as Blesovsky’s or folded lung syndrome) develops from infolding of thickened visceral pleura with collapse of the intervening lung parenchyma. It presents radiographically as a mass and may be mistaken for a tumour. On a CT scan of the chest it appears as a rounded mass like opacity in the peripheral lung adjacent to thickened pleura and with curvilinear opacities which are the bronchi and vessels (comet tail).Batra, P., et al.
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The incidence of dens evaginatus has been reported to affect up to 6% of the population, with greater incidence in certain ethnic groups. Dens invaginatus is a rare dental anomaly where there is an infolding of enamel into the dentine. The presence of dens evaginatus can lead to rapid pulpal necrosis when there is continuous trauma from occlusion. In both dens evaginatus and dens invaginatus, direct exposure of pulp to the oral environment will eventually lead to inflammation and infection of the pulp.
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It is also the only facultative air breather lungfish species, only breathing air when oxygen in the water is not sufficient to meet their needs. The lung is a single long sac situated above and extending the length of the body cavity, and is formed by a ventral outgrowth of the gut. Internally, the lung is divided into two distinct lobes that interconnect along its length, compartmentalized by the infolding of the walls. Each compartment is further divided to form a spongy alveolar region.
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Life restoration of Limnoscelis Diadectomorphs possess both amphibian and reptilian characteristics. Originally these animals were included under the order Cotylosauria, and were considered the most primitive and ancestral lineage of reptiles. More recently they have been reclassified as amphibian-grade tetrapods, closely related to the first true amniotes (though they have also been argued to be amniotes more closely related to synapsids than to sauropsids). Contrary to other Reptiliomorph amphibians, the teeth of the Diadectomorpha lacked the infolding of the dentine and enamel that account for the name Labyrinthodontia for the non-amniote tetrapods.
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Internal rectal intussusception (rectal intussusception, internal intussusception, internal rectal prolapse, occult rectal prolapse, internal rectal procidentia and rectal invagination) is a medical condition defined as a funnel shaped infolding of the rectal wall that can occur during defecation. This phenomenon was first described in the late 1960s when defecography was first developed and became widespread. Degrees of internal intussusception have been demonstrated in 40% of asymptomatic subjects, raising the possibility that it represents a normal variant in some, and may predispose patients to develop symptoms, or exacerbate other problems.
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It is widely assumed pitfall traps evolved by epiascidiation (infolding of the leaf with the adaxial or upper surface becoming the inside of the pitcher), with selection pressure favouring more deeply cupped leaves over evolutionary time. The pitcher trap evolved independently in three eudicot lineages and one monocot lineage, representing a case of convergent evolution. Some pitcher plant families (such as Nepenthaceae) are placed within clades consisting mostly of flypaper traps, indicating that some pitchers may have evolved from the common ancestors of today's flypaper traps by loss of mucilage.
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This is often interpreted as meaning the outer chloroplast membrane is the product of the host's cell membrane infolding to form a vesicle to surround the ancestral cyanobacterium—which is not true—both chloroplast membranes are homologous to the cyanobacterium's original double membranes. The chloroplast double membrane is also often compared to the mitochondrial double membrane. This is not a valid comparison—the inner mitochondria membrane is used to run proton pumps and carry out oxidative phosphorylation across to generate ATP energy. The only chloroplast structure that can considered analogous to it is the internal thylakoid system.
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This helped to uncover the origin of the eukaryotes and the symbiogenesis of two important eukaryote organelles, mitochondria and chloroplasts. In 1977, Woese and George Fox introduced a "third form of life", which they called the Archaebacteria; in 1990, Woese, Otto Kandler and Mark L. Wheelis renamed this the Archaea. In 1979, G. W. Gould and G. J. Dring suggested that the eukaryotic cell's nucleus came from the ability of Gram-positive bacteria to form endospores. In 1987 and later papers, Thomas Cavalier-Smith proposed instead that the membranes of the nucleus and endoplasmic reticulum first formed by infolding a prokaryote's plasma membrane.
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These niche differences are inferred from cranial stress and structural patterns along with labyrinthodont dentition (labyrinthodonty refers to infolding of enamel and dentine within a tooth). The morphology of Rhineceps thus likely restricts its ability to hunt in specific ways that crocodilians and giant salamanders such as sweeping sideways bites. Rhineceps also used its unique morphology in service of catching prey, including its strong powerful bite and its palatal tooth row to grasp and hold fish in its jaw. Many temnospondyls including Rhineceps likely shared certain physiological characteristics with modern amphibians that cannot be directly observed in the fossil record.
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Devonian fishes, including an early shark Cladoselache, Eusthenopteron and other lobe-finned fishes, and the placoderm Bothriolepis (Joseph Smit, 1905). The relatives of Kenichthys soon established themselves in the waterways and brackish estuaries and became the most numerous of the bony fishes throughout the Devonian and most of the Carboniferous. The basic anatomy of group is well known thanks to the very detailed work on Eusthenopteron by Erik Jarvik in the second half of the 20th century. The bones of the skull roof were broadly similar to those of early tetrapods and the teeth had an infolding of the enamel similar to that of labyrinthodonts.
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The proboscis is an infolding of the body wall, and sits in the rhynchocoel when inactive. When muscles in the wall of the rhynchocoel compress the fluid in the rhynchocoel, the pressure makes the proboscis jump inside-out to attack the animal's prey along a canal called the rhynchodeum and through an orifice, the proboscis pore. The proboscis has a muscle which attaches to the back of the rhynchocoel, and which can stretch up to 30 times its inactive length and then retract the proboscis. thumbThe proboscis of the class Anopla ("unarmed") exits from an orifice which is separate from the mouth, coils around the prey and immobilizes it by sticky, toxic secretions.
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The National Center for Biotechnology, Pachygyria with Mental Retardation and SeizuresOmim Entry - % 600176 - Pachygyria With Mental Retardation, Seizures, And Arachnoid Cysts MRI showing the abnormal infolding of the perisylvian region typical of this syndrome. The abnormality is due to polymicrogyria. Additional research projects include the development of a watch sensor to detect convulsive seizures.. Kuzniecky continues to work on the Analysis of the Epilepsy Genome Phenome project through the EPi4K Genomic Discovery team. In addition, Kuzniecky, in conjunction with Dr. Daniel Lowenstein and Dr. Jacqueline French, launched the Human Epilepsy Project (HEP).Human Epilepsy Project (HEP) This project, involving 30 sites, aims to recruit 500 patients with new onset epilepsy and follow them up for seven years.
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They emerge in the descending seder hishtalshelus (Chain of Being) through Tzimtzum (contraction of the Divine Ohr), as part of the purpose of Creation. In this they also have beneficial properties, as peel protects the fruit, restraining the Divine flow from being dissipated. Kabbalah distinguishes between two realms in qlippot, the completely impure and the intermediate. Their four "concentric" terms are derived from Ezekiel's vision (1:4), "And I looked and behold, a whirlwind came out of the north, a great cloud, and a fire infolding itself, and a brightness was about it..."Ezekiel 1:4 (King James Version) The "Three Impure Qlippot" (completely Tamei "impure") are read in the first three terms, the intermediate "Shining Qlippah" (Nogah "brightness") is read in the fourth term, mediating as the first covering directly surrounding holiness, and capable of sublimation.
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49 Elaine Jordan argues, in her 1988 analysis of Tennyson's works, that the poem's depiction of "self-infolding [...] is a negation which involves the drawing-in of forces in order perhaps to assert the self differently. Mariana is the most powerful expression, very early, of such a moment, though its assertiveness exists only as strong gloom in image and rhythm, not as narrative possibility except in the desire for an end to it all preferred over patience." In 2002, Ruth Glancy writes, "In the last stanza, Mariana's grip on the present is loosening, and Tennyson's mastery of sound and images is evident (even in this early poem) in his description of the house that echoes her utter desolation". Anna Barton, in her 2008 analysis, declares Mariana "the most famous heroine of the 1830 volume" and that both The Ballad of Oriana and "Mariana" are "poems of greater substance that develop the poetic that Tennyson begins to establish in his briefer songs".
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