Our project is a theoretical Computer Science and Mathematics project that aimed to explore the outcomes of optimal play scenarios in Erickson’s Square Game by applying the Minimax algorithm to the game.
Why do people age? This has always been an age-old question of humanity. We all know that we do not live forever and that life on our planet will end one day. Life comes with death, but it is a natural process. It is an imposed order that mankind lives up to.
Until the 1970’s, people did not know what telomeres were and what their function is in our organs. Hence, aging had been a mystery. Between 1975 and 1977 Elisabeth Blackburn, a postdoctoral fellow at Yale University, together with Joseph Gail discovered telomeres. Later in 2009 Elisabeth Blackburn was awarded the Nobel Prize in Physiology or Medicine for her discovery.
This paper hypothesizes a connection between gravity and entropy. Gravity, which has not been successfully unified with other fundamental forces yet, is now alternatively explained as an entropic force that is caused by change in information associated with the positions of material bodies. We consider the statistical definition of entropy and ultimately conclude that gravity and entropy are two sides of the same coin and their inter-conversion is what we call ‘time’.
Current diagnostic approaches to neurodegenerative diseases are often flawed as they are often invasive and cannot effectively diagnose early-onset dementia. Antibody-based therapeutics for neurodegenerative diseases are very promising but often lack specificity to certain biomarkers and require invasive methods of administration such as a lumbar puncture. In this study I report a novel quantum-dot (QD) conjugated bispecific-antibody (BsAb) diagnosis system designed for Alzheimer’s disease. This structure is easy to synthesize and displays specificity to oligomeric amyloid-beta (Aβ), which is often present before Alzheimer’s symptoms starts to manifest. The bispecific antibody also binds with a weak affinity to transferrin receptors – thus potentially allowing it to cross the blood-brain barrier (BBB) via receptor-mediated transcytosis and reducing the necessity for extremely- invasive means of administration such as a lumbar puncture. The CdTe/ZnS QDs conjugated to the BsAb have multimodal, non-invasive MRI and fNIR imaging capabilities and also displayed allow cytotoxicity to neuronal cells. The synthesized nanoparticles composed of CdTe/ZnS with a Gd-DOTA doped silica shell also displayed therapeutic properties by immobilizing the toxic oligomeric Aβ and increasing neuronal viability. These novel BsAb-QD structures display promising diagnostic and therapeutic properties and represent an important evolution in neurodegenerative drug design.
I synthesized a novel nanoparticle-bound antibody for the earlier diagnosis and treatment of Alzheimer’s disease which proves to be less invasive and more accurate in comparison to existing tests of its kind.
Bring out your inner poet with a chance to win storage space on a lunar lander!
Genes located only on the Y chromosome are male specific and are thus not expressed in female cells, which results in gene dependent sex differences. One of the genes located on the Y chromosome and expressed only in male cells is Kdm5d. In our study, the hypothalamus was compared between female and male SF-1 KO, intact WT and gonadectomised WT mice to investigate the genetically and hormonally dependent differences between the expression of the protein encoded by the Kdm5d gene. Standard immunohistochemical staining on floating brain sections was used to visualize the Kdm5d protein and was further analysed under the microscope. Immunoexpression of Kdm5d protein was observed only in WT intact males, but was not detected in any other groups. This observation suggests that the expression of the Kdm5d protein is both genetically and hormonally conditioned. Further experiments with testosterone supplementation should be carried out to confirm our findings.
Young Scientists Journal’s new senior team, led by Chief Editor Michael Hofmann, presents its vision for the 2016/17 academic year.
DOWNLOAD AS PDF Young Scientists Journal – the world’s peer review science journal, written, edited and produced by 12-20 year olds – are delighted to introduce its new senior team and vision for the 2016/17 academic year. Our new Chief Editor and Team Leaders are as follows: Michael Hofmann – Chief Editor Cormac Larkin – […]