Aim: To compare the clinical and radiographic success rates of two
different pulpotomy agents in primary molars after 9 months follow
up.
The purpose of this study was to evaluate the histological effects
after the miniscrew penetration into dental root on dental pulp and
cementum during orthodontic treatment.
The majority of known polymer materials are electrically insulating.
But there are some of polymers are intrinsically conducting in
nature, However, it is lacking in process ability, and the scope for
manipulation of electrical and mechanical prop
erties is limited. The
method which used to solve this problem is an addition of a
conductive metal filament into a polymer filament yarn. Which can
be directly integrated into a textile, or can be knitted. So we made
a device able to produce this kind of conductive yarns which
depends on melt spinning technique but with the elimination of
necessary pressure for extrusion. And we were able to produce
samples of copper filament coated with polymeric material (low
density polyethylene).
In this research we study the single-particle with particle-rotor model of the
isotopes. The rotational energy of the nucleus related to its
orientation .
This model study the nucleus as a tow parts ; one of them is the core which is
moving in a
collective motion, in addition of the other part of motion which is the single
particle motion outside the core.
The calculation shows that adding the coriolis effect make a better agreement to the
experimental values of the energy than the calculation without the coriolis effect the
research suggestion adding the vibration motion which contributes in the core vibration.
Carob pod is the fruit of the carob tree (Ceratonia siliqua L.). The
fruit and its products, sold both in large stores and local markets,
contribute strongly to the diet of people living in the Mediterranean areas
of Europe.
This study reports th
e composition of carob pods sampled in
Homs, Hama and Coast Regions
The purpose of this study was to assess the results of pulp vitality after
immature upper third molar autotransplantation by using electric pulp testing
(EPT).
Anatomical features and color characteristics of teeth may affect the recipient
signals' nature during dental pulp oximetry, enamel tissue thickness may consider of the most important
factors. This clinical study aimd to evaluate the effect of enam
el tissue thickness of the upper premolar
crown on the accuracy of dental pulp oxygen saturation readings.
The results of this study indicate that there is a considerable effect of the dental tissue
thickness on the dental pulp oxygenation measurement. So; it is of important to find the suitable
adjustments on the PO apparatus, probe, or programs, in order to gain less effect of the anatomical
variances between teeth, and thus increasing pulse oximetry measurement accuracy.
