Pregnancy increases the risk of developing oral diseases and can lead to tooth loss. The aim of our study is to determine the influence of demographic factors, social status, attitudes, habits, and behaviors related to diet and oral hygiene, that may result in tooth loss in postpartum women.
The most important heterocyclic complexes involved in the manufacture of DNA and RNA are dihydropyrimidines. Through multi-component synthetic procedures like the Biginelli reaction and the Hantzsch dihydropyridine reaction, they were created.
The environmental degradation of infrastructures is widely widespread. Every material or combination of it is subjected to a specific type of deterioration, which can occur in combination with other damaging effects.
Enteroviruses are a group of small RNA viruses. With their ubiquitous nature, they cause a wide spectrum of diseases worldwide. The majority of infections can be seen in the pediatric age group.
Parkinson’s disease is a degenerative neurological disorder accompanied by motor symptoms such as slow movement, tremors, rigidity, and imbalance
The aim of the study was to determine the effect of soaking time and acidity of the soaking solution on millet phytate content.
The semiconductor industry is continuously seeking to develop more compact, faster, and less expensive transistors allowing for more power to be packed into the same chip.
Asphalt rutting is a major permanent degradation issue caused by the high temperature and the cyclic load of vehicles along roadways.
The university environment entails carrying out a great diversity of productive activities. All of them are carried out without detriment to the academic obligation, which implicitly involves occupational pressure on the students who decide to venture into any of the activities foreseen in the student work since all of them require the availability of time, dedication, tenacity, perseverance, and both physical and mental resistance due to the effort that is necessary to carry them out for their execution.
Building the foundations of polymer thermoelectronics became possible only after the correction of thermodynamic errors in traditional, semiconductor electronics.
