What's the difference between osteodentine and pulp?

Osteodentine


Definition:

  • (n.) A hard substance, somewhat like bone, which is sometimes deposited within the pulp cavity of teeth.

Example Sentences:

  • (1) The lower Selachii have an osteodentine nucleus which suffer alterations until it disappears leaving a pulp chamber in its place.
  • (2) Tubular osteodentin matrix was, however, present most incisally in some teeth 60 days postoperatively.
  • (3) The surrounding of these cells were filled with abundant matrix vesicles and collagen fibers, which would show the production of osteodentin matrix and the minerilization were active in this region.
  • (4) It is concluded that under the present experimental conditions the pulp tissue possesses a high healing potential and that the osteodentin formation reflects the pulpal healing pattern after replantation traumas.
  • (5) Osteodentinocytes and odontoblasts, then, formed osteodentin and tubular dentin.
  • (6) The outer region is the superficial part of the mature scale (called here osteodentin), which is covered by the ganoine deposited by the epidermal cells.
  • (7) The dental pulp will form on osteodentin bridge and the pulp adjoining the bridge will remain histologically viable and free of inflammation.
  • (8) TEM, SEM and X-ray diffraction analysis demonstrate the heterogeneity of the dentinal tissue on Anarhichas lupus, a vascular osteodentine.
  • (9) Osteodentine, supporting bone and proper bone have in common a mineral phase, more or less organized, different from the apatite system.
  • (10) Osteodentin formation was studied in rat incisor pulp after adriamycin administration.
  • (11) The phenotypic changes brought on by the drug were permanent, and osteodentin continued to be formed throughout the course of this study.
  • (12) On day 20, defined root formation had begun but occasionally irregular and cellular osteodentine was formed in root areas.
  • (13) We investigated the ultrastructural distribution of calcium in several kinds of hard tissue forming cells (secretory and maturation ameloblasts, odontoblasts osteoblasts, chondrocytes, and osteodentine forming cells) of mammals, amphibians, and fish by use of the potassium pyroantimonate technique.
  • (14) MPG produced statistically significant reductions in the severity of osteodentin generation, but not its frequency, at some radiation levels.
  • (15) Widespread intrapulpal formation of osteodentin was prominent in later observation periods.
  • (16) The reestablishment and rate of osteodentin and dentin matrix formation in 27 apicoectomized replanted and 20 control incisors in cats were studied after Procion H8-BS vital staining.
  • (17) Osteodentin formation in guinea pig teeth was studied using in vivo microscopic and histologic techniques.
  • (18) When HAp was applied, osteodentin was formed and when alpha-TCP was applied, dentin was formed on the site of exposure of a pulp following pulpotomy.
  • (19) Early cessation of dentin described in b and c of 2) is due to cell dysfunction occurred by pressure induced by osteodentin formation.
  • (20) It therefore appears that osteodentin formation, as observed in the rat incisor pulp after adriamycin administration, is the result of an abnormal differentiation of pulp mesenchymal cells.

Pulp


Definition:

  • (n.) A moist, slightly cohering mass, consisting of soft, undissolved animal or vegetable matter.
  • (n.) A tissue or part resembling pulp; especially, the soft, highly vascular and sensitive tissue which fills the central cavity, called the pulp cavity, of teeth.
  • (n.) The soft, succulent part of fruit; as, the pulp of a grape.
  • (n.) The exterior part of a coffee berry.
  • (n.) The material of which paper is made when ground up and suspended in water.
  • (v. t.) To reduce to pulp.
  • (v. t.) To deprive of the pulp, or integument.

Example Sentences:

  • (1) The only sign of life was excavators loading trees on to barges to take to pulp mills.
  • (2) It is suggested that the reduction in the amount of white pulp present could explain at least in part the reduced ability of splenotic tissue to deal with infection.
  • (3) Some pulp irritation can occur if deep restorations are not placed over a protective film.
  • (4) Blood flow changes in the dental pulp of lower canine teeth of mature cats and incisors of mature rats were investigated with simultaneous laser Doppler flowmetry and local 125I-clearance (wash-out) during electrical sympathetic stimulation, efferent stimulation of n. alveolaris inferior (IAN) (cats) and i.a.
  • (5) The tooth also gave a positive response to pulp-testing procedures, even though no new tissue could be demonstrated histologically.
  • (6) We present our results with 8 free transfers of the toe pulp and demonstrate the successful restoration of a well-padded and sensitive fingertip.
  • (7) SP injection into the dental pulp and lip induced dye leakage.
  • (8) The root canal anatomy of 149 mandibular second molars was studied using a technique in which the pulp was removed, the canal space filled with black ink and the roots demineralized and made transparent.
  • (9) Surgical sympathectomy significantly reduced the NA content in the pulp by 76%.
  • (10) Monkey pulps were homogenized in a Triton tris solution.
  • (11) The fate, proliferation, and developmental potentialities of cell suspensions made from white pulp containing large germinal centers have been studied in the mouse by transfer of cells labeled with thymidine-(3)H to lethally irradiated, syngeneic recipients.
  • (12) While exposure of root surface dentin alone (negative control) produced no alterations, grinding the surface (positive control) caused noticeable changes in dentin, odontoblasts, and pulp.
  • (13) Control procedures were employed to assure that the electrical stimuli reached only tooth pulp fibers but no extrapulpal sensory fibers.
  • (14) The red pulp was characterized by increased densities of cells in pulp cords demonstrating metalophilia, hydrolytic enzyme activity, PAS positivity and hemosiderin.
  • (15) He reminds also of the possibility of the danger of iatrogenic damage for the dental pulp.
  • (16) Surprisingly, SP and CGRP caused weak albumin leakage in the pulp, while the opposite is true in high compliance tissues, such as muscles, suggesting that the vessels in a low compliance environment, such as the pulp, may not be as permeable in response to selected mediators.
  • (17) Primary cultures from human dental pulp were produced in Leighton tubes in the compound nutritive medium of Eagle consisting of calf serum, ascorbic acid, penicillin and streptomycin.
  • (18) This layer had lysyl-oxidase (EC 1.4.3.13) activity, 4-11 times higher than either the sub-odontoblast layer or central pulp tissue, and similar to that in chick aorta, one of the tissues richest in such activity.
  • (19) Informed understanding of the likely progressive development of index-middle finger scissoring, pronation of the index ray with spontaneous broadening of the pulp, and the deteriorating use of an existing hypoplastic thumb may make the decision for ablation easier for parents.
  • (20) Judged radiographically, partial obliteration (pulp chamber not discernible, root canal markedly narrowed but clearly visible) had occurred in 44 teeth (36%).

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