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Full-Text Articles in Life Sciences
The Biocompatibility Of Various Dental Materials, Amy Noble
The Biocompatibility Of Various Dental Materials, Amy Noble
The Science Journal of the Lander College of Arts and Sciences
Dentistry is a continuously evolving field with new materials and technologies constantly innovated. The oral cavity presents a harsh environment in which restorative and implant materials must be able to withstand. Aside for meeting the appropriate physical and chemical standards, it is important that dental materials be biocompatible. Biocompatibility relates to the material’s ability to function in the body without causing harm to living tissue. It is necessary to analyze the materials being used and determine whether they interact with the body in a detrimental manner. This will enable dental professionals to choose the most beneficial material to utilize for …
Uterine Transplantation: A Review Of Some Of The Factors That Account For The Success Or Failure Of This Experimental Procedure, Rachel Stern
The Science Journal of the Lander College of Arts and Sciences
Those who suffer from infertility, either due to a congenital or acquired cause and cannot or are opposed to other means, such as surrogacy or adoption, to have a child, are potential candidates for uterine transplantation. Uterine transplantation is a form of allograft transplantation, meaning that it is a transplant of tissue from a donor who is genetically different from the recipient. Additionally, it is a vascularized transplant, including donor blood vessels that will be sutured to the vasculature of the recipient (Testa et al. 2017). This procedure has been attempted around the globe with varying levels of success ranging …
What Is The Future Of Organoids?, Michelle Freilich
What Is The Future Of Organoids?, Michelle Freilich
The Science Journal of the Lander College of Arts and Sciences
The term organoid refers to a miniature version of any organ of the body. An organoid is artificially produced in vitro from stem cells or tissue that possess the ability to recapitulate and form the three-dimensional structure of the organ they were once a part of. Scientists have learned to create a culture for the organoid that mimics its original micro cellular environment, allowing the 3-D structure to self-organize and develop into miniature organs. The purpose of this paper is to explore the many advancements of organoid technology, and how this progress has benefited the medical field. Organoid technology allows …
The Biophysical Study Of The Efficacy Of Various Phospholipid Membranes On Daptomycin, Chaya Shor, Tamar Itzkowitz
The Biophysical Study Of The Efficacy Of Various Phospholipid Membranes On Daptomycin, Chaya Shor, Tamar Itzkowitz
The Science Journal of the Lander College of Arts and Sciences
Daptomycin is an important lipopeptide antibiotic used in the treatment of systematic and life-threatening infections of the skin and underlying tissue caused by Gram-positive bacteria. Calcium and phosphatidylglycerol (PG) must be present on the target cell membrane for daptomycin’s mechanism of action to proceed. Calcium and PG also promote oligomerization, a formation that has been assumed to aid in the bactericidal process. The purpose of the experiments conducted was to understand the basic biophysical properties of membrane phospholipids as they exist in their pure and mixed monolayer forms. Furthermore, the experiments conducted attempted to discern how daptomycin penetrates the different …