Medical Biotechnology Commons^™

Robotics And A.I In Oncological Surgery, Ian Ngo

Nursing | Student Research Posters

Throughout the decades, advancements in

technology have been surpassing limits that

were thought impossible. Every day these

breakthroughs are improving modern

surgery whether it be enhancing precision

on surgical sites, increasing accuracy of

procedure, or reducing recovery rates for

patients. Among the newly increasing

innovations, the implementation of robotics

systems and artificial intelligence (AI) into

the surgical field has emerged into

becoming a transformative force, especially

within a context as delicate as tumor removal.

This study explores the numerous benefits

of incorporating robotics and artificial

intelligence (AI) in tumor removal surgeries.

We investigate how these innovations

improve surgical accuracy, reduce …

Transcatheter Mitral Valve Replacement And Repair Technology, Joel Thomas

Senior Honors Theses

The mitral valve is a two-cusp valve that is located between the left atrium and left ventricle of the heart. As blood flows from the lungs and enters the atrium, it must pass through this valve in one direction to enter the ventricle and be pumped out to the systemic circuit.

Mitral valve disease occurs when normal mitral valve function is impaired. Many different repair and replacement options exist. These options are contingent upon age and risk factors for patients. This paper focuses on the four main transcatheter mitral valve replacement devices that have limited human trials. It concludes that …

Heme Deficiency In Alzheimer's Disease: A Possible Connection To Porphyria, Barney E. Dwyer, Meghan L. Stone, Xiongwei Zhu, George Perry, Mark A. Smith

Dartmouth Scholarship

Mechanisms that cause Alzheimer's disease (AD), an invariably fatal neurodegenerative disease, are unknown. Important recent data indicate that neuronal heme deficiency may contribute to AD pathogenesis. If true, factors that contribute to the intracellular heme deficiency could potentially alter the course of AD. The porphyrias are metabolic disorders characterized by enzyme deficiencies in the heme biosynthetic pathway. We hypothesize that AD may differ significantly in individuals possessing the genetic trait for an acute hepatic porphyria. We elaborate on this hypothesis and briefly review the characteristics of the acute hepatic porphyrias that may be relevant to AD. We note the proximity …