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Kentucky Academy of Science. Connect with us: Instagram. If you do research, we want you to know about them! This changed with the recent approval in the US farm bill in and subsequent state approval. There are so many areas to be researched with hemp. Hemp can be grown for fiber, seed, and cannabidiol CBD. Replicated field trials of CBD hemp were grown on the historic broiler litter fertility plots and the long-term fertility copper plots, and the will be described for the season.

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Additionally, a replicated biofungicide trial from will be presented. Two different poultry studies were conducted with laying hens and broilers, a pilot study was conducted with the use of CBD pellets for horses, another CBD study was conducted to determine the effects of CBD on osteoarthritic dogs and the most recent study was utilizing a CBD gel on calves being weaned.

Wednesday, July 14, Unforeseen Consequences? Harpal Sandhu, Ph. After graduating from Harvard Medical School, he completed his residency in ophthalmology at the Massachusetts Eye and Ear Infirmary, followed by fellowship in vitreoretinal surgery at the Scheie Eye Institute, University of Pennsylvania. He was an Assistant Professor of Ophthalmology at the University of Louisville for four years before assuming a position in Portland, Oregon. His research interests include mechanisms of anti-inflammatory and immunomodulatory therapies for retinal diseases, pharmacoepidemiology, and artificial intelligence in medicine.

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His talk will be a brief survey of the range of ocular pathology associated with COVID infection as well as COVID vaccines, will assess causation or lack thereof for each of these, and finally will propose mechanisms for the associations that appear genuine. Timothy Ainger, Ph. It will review current literature, domestic and international trends, and several unique case studies wherein the diverse post-COVID presentation will be scrutinized. Ainger's Bio. Christopher Woolverton Watch the Recording.

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A highly pathogenic influenza was anticipated to be the cause of next 21st century pandemic. It was not. A novel coronavirus was, and it caught most of the world by surprise. This discussion will track the natural history of the SARS-CoV-2 coronavirus and the mitigation response by a mid-western university. Included will be a discussion of original research on the development of a novel textile as a potential filtering face mask, and the use of silica be to recycle used, but undamaged, N95 filtering face respirators. Christopher J. Woolverton's research is based in applied microbiology to detect and control infectious diseases of public health concern.

He has published his research on a liquid crystal biosensor, use of electron beam radiation and cold plasma to destroy bacterial spores and biofilms, and antimicrobial drug delivery from liquid crystals and human clotting proteins.

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Woolverton has lectured internationally on his research and novel pedagogical techniques to teach biosafety. He is a former author of Prescott's Microbiology. Leonard Demoranville, Centre College Dr. Pat Heist, Ferm Solutions Dr. John Medley, Buffalo Trace Dr. During his interview at Centre he was asked what upper-level elective he would enjoy teaching. He has given public talks to Centre alumni, friends and community groups about the chemistry involved in the production of bourbon. As the Technical Services Director at Buffalo Trace Distillery, John Medley is responsible for providing technical leadership for Sazerac products and implementing improvements in manufacturing processes.

With a broad background in chemistry and engineering, John began his career with Buffalo Trace Distillery in as a Lead Chemist, where he led the quality lab and worked to foster strong workplace teams and encourage advancement to higher-level positions. Not only has John served as an appointed leader among colleagues, but he has also been a visiting professor to students at education institutions including Transylvania University and Centre College in Kentucky.

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Pat Heist is well known in the beverage alcohol industry for problem solving skills relative to the microbiology and biochemistry of fermentation. Education includes B. Heist and his research team collaborate with industrial and academic partners on projects related to controlling bacterial contamination during alcohol production and yeast strain selection and improvement for Bourbon and other distilled spirits and have published multiple times. InDr. Heist, along with his business partner Shane Baker, co-founded Wilderness Trail Distillery, which is currently one of the fastest growing premium bourbon whiskey distilleries and in six short years has grown to become the 14th largest Bourbon producer in the U.

Heist also serves as an Adjunct Professor at the James B. As a graduate student specializing in wine, he divided his time between the University of Adelaide and the University of California, Davis. With both institutions based in prominent wine-growing regions, he was able to conduct groundbreaking research, discovering the tartaric acid pathway in wine grapes. Now he is eager to improve our knowledge of the key chemical components that determine quality in bourbon and is collaborating on a variety of projects across campus and within the spirits industry focusing on bourbon whiskey production, flavor and quality.

Stuart Williams received his Ph. During the period to he held a faculty appointment at Jefferson Medical College where he was Director of Research in the Department of Surgery. In Dr. Williams ed the faculty at the University of Arizona and founded the University of Arizona Biomedical Engineering Program creating a research and educational link between the Medical School and College of Engineering.

Williams was selected as the Scientific Director of the newly established Cardiovascular Innovation Institute, a partnership between Jewish Hospital and the University of Louisville in Louisville Kentucky. Central to this effort is the use of 3D bioprinting technologies. He developed and patented the first methods to use fat-derived stem and regenerative cells for therapeutic use. Williams has authored over scientific publications including scientific papers, abstracts, book chapters and editorials. His entrepreneurial spirit has resulted in 27 issued US patents with numerous patents pending.

He has founded several biotechnology companies; maintained active managerial positions and has been an active consultant to the medical device, regenerative medicine and pharmaceutical community. Black Holes and how we can find and measure them. In February Karl Schwarzschild formulated the metric that describedthe curvature or war of spacetime around massive bodies.

At the time these were just theoretical objects and Einstein was never convinced that they really exist, but we know today that super massive black holes exist in the centers of every single galaxy, like our Milky Way. From they physical parameters Black Holes are the simplest objects in the Universe, just described by their mass, spin, and theoretically their electric charge. I will describe methods how we can measure their spin and mass. Before coming to Kentucky, Dr. His interest is in particular in Narrow-Line Seyfert 1 galaxies, AGN on thelower end of the black hole mass spectrum, which are characterized by strong X-ray and ultra-violet variability.

Maryam Dehghanian, Astrophysics, the University of Kentucky. During her Ph. The most extensive observations were in andin which its emission and absorption lines behaved in an anomalous way that had never before been seen. She successfully explained the physics by which the variations of a disk wind produce the observed holiday. Her work was once highlighted in the University of Kentucky news. Dehghanian is one of the 17 scientists who proposed the project. Dehghanian as a postdoctoral scholar to continue her work.

Watch the Recording. Paula J. Bates was involved in the discovery and bench-to-bedside translation of an experimental anticancer drug named AS This agent is an aptamer made from synthetic DNA that binds specifically to nucleolin, a protein with roles in both cancer and viral infections. She is currently involved in numerous translational research projects and is working with an industry partner to take two ASrelated drugs one for cancer, one for COVID to human clinical trials.

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Bates was co-founder of a successful startup Aptamera and is a co-inventor on 15 issued US patents and more than 30 foreign patents. She was elected as Fellow of the National Academy of Inventors in ly, Dr.

Mishra worked as a postdoctoral fellow in the Vanderbilt Vaccine Center, where he tried developing vaccine candidates against Zika and Dengue. He got his Ph. You can find his articles at The Conversation. On the Track of Diabetes Cure. But, overall, it was not the result of a single research team, although the Nobel Prize was controversially granted to only two Canadian scientists: F. Banting and J. Macleod who shared their awards with coworkers C. Best and J. Collip; the team had obtained and purified the pancreatic extract and showed that it can reverse diabetes after it has been injected into patients.

However, the modern period of insulin history is set in the 19th century, by the research of C. Bernard, P. Langerhans, O. Minkovski, J. Von Mering, and several others, who laid the foundations of the scientific understanding of diabetes and the first attempts to get the miracle hormone. Cardiac metabolism in health and disease See sildes here Dr. Hill will discuss how the use of nutrients by the heart can dictate cardiac responses to s tress. He will begin by discussing why studying metabolism is important and highlight some of the major questions in the field.

In the latter half of the talk, he will present data that highlight new strategies to track metabolism in the heart, which could lend insight into how cardiac remodeling occurs under physiological contexts such as exercise and in pathological contexts such as chronic hypertension. Archaeology and Science in Kentucky Karen Stevens, University of Kentucky For the majority of the human past, our ancestors did not leave behind a written record. We will never be able to meet these people of the past, so how do we learn about them? Archaeology, which is the study of the human past, allows us to access the lifeways and experiences of those people through the study of their material culture and landscapes.

One way we learn about people through the things they left behind is by adapting scientific techniques and methods to the holistic study of what it is to be human. Here in Kentucky, we borrow from many different fields of study including biology, botany, physics, chemistry, and soil science. In this talk, I will give some examples of how observations using remote sensing, microscopy, chemical analysis, and other scientific data collection and analysis techniques tell us about the people that have lived here in the Commonwealth for over 12, years.

These objects allow us to create a narrative of past culture and society that help us understand the birth, life and death of people in the past. Over the last few decades, the use of experiment in archaeological research has gained popularity as a means to test hypotheses surrounding human material culture. With nearly two centuries of archaeological evidence surrounding socketed axes, I reconstructed the socketed axe casting techniques in Ireland to get a better sense of how Bronze Age casters made these tools, and how this rib played a roll in that process.

Register Now. How do we use visual and other cues when we communicate with each other? How do we adjust to new norms of communicating through a screens or from behind a mask? They connect to our brains and, in milliseconds, translate the objects and people we see into things we recognize. How exactly does the brain do this so quickly, and is it affected when our environment changes? As we continue to navigate these interesting times—wearing masks and having virtual meetings—is it possible these interactions affect the wiring of our nervous system? When our sight is impaired, the lack of visual information from mouth movements can impact other senses such as hearing, but how does this work?

To answer these questions, we will explore the neuroscience behind how visual information is transmitted and examine the area and characteristics of the brain regions specifically responsible for recognizing faces.

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Naomi recently earned her PhD at the University of Louisville. Listen to Naomi's presentation on the Bench Talk podcast. Today's environment poses some interesting challenges for us as we navigate social interaction wearing masks or as we interact with one another as perceptually smaller beings on screens. Visual emotion cues from the lower half of the face are hidden, potentially reducing our ability to anticipate others' emotional status.

Older interaction partners may also cope with unique challenges given age-normative changes in facial scanning patterns and in facial cue confusion. The role that facial cues play in emotion recognition across adulthood will be discussed, as well as the impact that blocking these cues may have on social interaction.

Tuesday June 2 Watch the Recording. Seyed Allameh, Northern Kentucky University Digital Homes: Manufacturing Futuristic Structures See the Slide show here Imagine your dream home has the shape, functionality, and orientation dictated only by your imagination. Step-by-step, digital printing is evolving into a complete set of tools to build homes by robots that will mix and match materials, and perform processing, deposition, positioning, and timing to create works of art.

These unique and beautiful structures will be functional in providing comfort, saving energy, reducing waste, recyclability, and sustainability. The know-how, tools, and feasibility of such revolutionary home building technology will be discussed along its implications for building structures on Moon and Mars.

Photo credit dwell. But a growing of architects and scientists are recognizing that creating homes must involve more than mere gadgetry. It must be environmentally sustainable that uses energy, water and building materials efficiently. Additionally, it is a great way to contribute towards a better future for the community and ultimately to all life on Earth. Green home makes a positive contribution to the environment or at least has a minimal negative impact.

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