MEET YOUR NEIGHBOR: Carlos Romagosa, 17

If there is one common theme among high school valedictorians, its the fact that, when they look back at their high school careers, they often find something they think they could improve upon.

Despite his 3.98 (5.33 weighted) GPA and the achievement of finishing high school ranked No. 1 in his class, Carlos Romagosa is no different.

I was doing it for the wrong reasons, Romagosa said of his quest to become valedictorian of Royal Palm Beach High. I should have been doing it because it was something that could make me a better student and better person. Instead, when I look back, I was just doing it because it was an academic achievement. I wanted to be No. 1 and that was it.

Regardless of the reasoning, Romagosas is an amazing achievement. Especially when you consider the only B that figured into his GPA was one he received before he began high school.

I had always wanted to take AP calculus so I thought Id take on online geometry class before my freshman year began, he said. That was my B. That taught me never to procrastinate.

Of course, he later took the geometry class in person and got an A.

Avoiding procrastination may have been the biggest life lesson that Romagosa took from high school. Applying himself to get work done turned out to be the key to his rising from No. 2 after his sophomore year to No. 1 when he graduated.

During his junior year, Romagosa took only Advanced Placement and Advanced International Certificate of Education courses as he pursued his quest to become valedictorian.

I just had to start taking my time on things. Take care with everything I do and do everything well. Challenge myself, he said. I really wouldnt change a thing. Everything that happened to me has molded me to be in this position. But I would tell students to try new things. Try things youre uncomfortable with as well.

World history taught him that lesson, Romagosa said. He took the class not thinking he would enjoy it, but it ended up being one of his favorite subjects in high school. So much so that, after his trip to the Dominican Republic later this summer, he has places like Africa and Europe on his radar as future destinations.

Romagosa will head to Florida International University, where he will pursue a degree in biochemistry. The hope is to soak up the culture Miami has to offer and finish college with the goal of working in a lab.

I want to study the cellular membrane, he said. See how we might be able to apply photosynthesis to other applications.

Q&A

What are your hobbies?

Reading, writing, I love the game of basketball. Im not good at it but I try to play it. I love watching it. My favorite team is the Golden State Warriors, but Im not a bandwagon fan, Ive been watching them since 2012.

What would you do if you were invisible for a day?

I would love to go into our government and learn all their secrets. Im just so curious. I want to know what theyre hiding from us. What are they keeping from us?

If you could have dinner with anyone in history, who would it be?

This is kind of hard for me, so Im going to say its a tie between FDR and JFK. They were both so progressive, so ahead of their times. Especially FDR and how he could inspire hope in such a weak time in our history. And JFK, every time you see him in a debate, he just looked so lively and full of life.

What is the best advice you ever received?

Be yourself. Its short and sweet. I heard it a lot, but I think the first time it was from a manager at Chick-fil-A. He told me the most important advice is to be yourself. Dont get caught up with people.

What event in history would you have liked to have witnessed?

The rise of the Romans. They were such a dominant group of individuals. I like that when they conquered enemies, they learned their enemies strengths to make them stronger.

What is your favorite childhood memory?

Going to Disney World. There is nothing that beats that for the first time. I was 4 or 5, but I remember Mickey Mouse and all that. It was so cheerful and bright. Universal is exciting, but Disney has that special thing to it.

Who is your hero, someone who inspires you?

Hemingway. He struggled with all these mental breakdowns, but fought through it all and succeeded. For a period of time he pushed through it and excelled. He would write for hours and hours on end. Then he would go out and drink.

What is something most people dont know about you?

I think everyone views me as very serious, but I have a really good sense of humor. All my friends know. I mean, nerds can go crazy too!

What three things would you bring with you if you were stuck on a desert island?

A desalinization machine, a beach umbrella, and a book just to relax. Any book would work, but if I could list one, I would say The Old Man and the Sea, since Im stuck on an island and all.

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Royal Palm valedictorian plans to study biochemistry - Palm Beach Post

The number of conferences on epigenetics has been increasing in the past decade, underscoring the impact of the field on a variety of areas in biology and medicine. However, the mechanistic role of the epigenome in adaptation and inheritance, and how the environment may impinge on epigenetic control, are topics of growing debate. Those themes were the focus of the inaugural international King Abdullah University of Science and Technology (KAUST) Research Conference on Environmental Epigenetics in Saudi Arabia, where more than 100 participants from 19 countries enjoyed vibrant scientific discussions and a pleasant February breeze from the Red Sea.

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Biochemistry - Latest research and news | Nature

Chase Scott Webb, 27, passed away May 14, 2017. He was born June 8, 1989 to Tammy McClendon and Bradley Scott Webb. He loved just having fun with family and friends. He was an outdoorsman, avid reader, and was into astronomy. He is survived by his mother, Tammy McClendon & stepfather, Scott Simmons; daughter, Leyna [...]

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Vitamin b12 administration and dosage - Vitamin b12 suppliers - Biochemistry and clinical chemistry of vitamin b12 ... - Oologahonline

College hallways abound with rumors on the blood, sweat, and tears that accompany biochemistry. Mechanisms, pathways, enzymes Anxiety crept upon me after I signed up for the class and anticipated syllabus day until I stood up, determined, that I willsucceed biochemistry! I understand the heavy workload, tediousness, and specificity of the material, so I would like to share a handful tips on how I aced the class!

When we hear judgments, we could feasibly become influenced by their opinions and prejudge our experiences before we even set foot. I eventually decided to block out peoples opinions on the class, and focus on making the course my own experience. It is crucial to realize other peoples experiences do not determine yours. Further, avoid assuming the nature of the class. It may be boring, and on top of that, nearly impossible! I just hate memorizing pathways! Your attitude affects your performance. Perhaps, approach with a more open viewpoint of the class: It might be challenging, but Im open to learning about the underlying machinery of the human body. If you already find biochemistry intriguing, you are ahead of step one!

Some professors provide students with lecture notes online to print, as others do not. If your professor does not, recording the lecture could help tremendously to go back and listen to what you may have missed or to gain a more solid understanding. If the professor does provide online lecture notes, make sure to print them or download them onto your computer. I read over the lecture notes the same day of the class and quizzed myself over simple questions on the material on the notes. (Keep in mind: biochemistry includes application, critical thinking, and memorization, so your exam most likely may ask questions on a deeper level, but understanding the basics of the lecture is the point of quizzing yourself over the lecture notes). I divided the notes into sections and turned the stated lecture notes into questions to ask and quiz myself over. With this step, you will be familiar with what was covered in class.

A helpful way to perform on exams is to ask the professor if the lecture notes or textbook serve more as a basis for the exams. I studied lecture notes and read the textbook, regardless of when my professor stated the lecture notes were sufficient for the tests (reading the textbook chapters helped tremendously with the exams!) Not everybody prefers to read textbooks, or even needs the textbook for high performance, so this step depends on personal preference. As the material can be overwhelming, I divided my reading into paragraphs. I would read one paragraph once, read it again and highlight, then write my notes in my own words. Be sure to take breaks too!

You cannot go wrong with getting to know your professor! They could introduce you to resources that can help you, take time to elaborate concepts, and overall, help you along your academic journey. If you do not understand material, be sure to make time to visit your professors office hours with a list of things to ask. Emailing is a great option as well (if your professor checks it!); however, face-to-face interaction facilitates the ability to ask questions.

I am such a visual learner! It can be hard for me to visualize the chymotrypsin mechanism or the way translation works. Looking up these mechanisms on YouTube eased understanding of these concepts because I obtained a visual grasp on how they work.

My professor provided us with practice exams for the class; however, if your professor does not, worry not! I sometimes chose not to go with the exams the professor offered and googled biochemistry practice exams for a particular set of topics. It obviously will most likely not resemble your exams difficulty, application style, etc., but it will help train you to apply your knowledge, rather than soak up everything you have learned without using it. Be sure to practice those math problems too!

I have disappointed myself a few times throughout the class, and overall, my college experience. It happens! We are human. Breathe. What matters is your attitude, which drives the recovery. If you did not get the grade you expected, contact the professor, let him/her aware of your concern and what you can do to perform better next time, go over the exam, go over practice problems, etc. At the end of the day, you are taking a challenging class and are willing to succeed! Give yourself credit for the amazing effort you are putting in! Believe in yourself!

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How I Aced Biochemistry - PreMedLife - The Lifestyle Magazine for Pre-Medical Students

Newswise The American Society for Biochemistry and Molecular Biology announced this week the election and appointment of seven new society leaders. They begin their terms July 1.

President-elect

Gerald Hart, Johns Hopkins School of Medicine, who studies nutrient regulation of signaling and transcription.

Council

Takita Sumter, Winthrop University, who studies high-mobility group A proteins in cancer signaling.

JoAnn Trejo, University of California, San Diego, who studies G proteincoupled-receptor signal transduction.

Publications committee

Brian Crane, Cornell University, who studies molecular mechanisms of signal transduction.

Ruth Welti, Kansas State University, who studieslipid metabolism and plant response to environmental stress.

Nominating committee

Anthony Kossiakoff, University of Chicago, who studiesligand-induced receptor activation, antibody engineering and drug delivery.

Iqbal Hamza, University of Maryland, who studies heme trafficking in iron homeostasis.

Note to reporters and PIOs: Print-quality images are available upon request. Email Angela Hopp at ahopp@asbmb.org.

###

About the American Society for Biochemistry and Molecular Biology

The ASBMB is a nonprofit scientific and educational organization with more than 12,000 members worldwide. Most members teach and conduct research at colleges and universities. Others conduct research in various government laboratories, at nonprofit research institutions and in industry. The Societys student members attend undergraduate or graduate institutions. For more information about ASBMB, visit http://www.asbmb.org.

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American Society for Biochemistry and Molecular Biology Selects New Leaders - Newswise (press release)

LONDON, May 29, 2017 /PRNewswire/ -- About the Report

Persistence Market Research in its latest report titled 'Biochemistry Analyzers Market: Global Industry Analysis and Forecast, 2016-2024' has presented a comprehensive research on the competition landscape in the global biochemistry analyzers market. The competition landscape portion of the global biochemistry analyzers market report begins by introducing the readers of the report to the company share analysis of all the important players operating in the global biochemistry analyzers market. This section of the report gives the breakup of the market share of all the key players operating in the global biochemistry analyzers market and observes that the market is highly fragmented owing to the presence of various companies, especially domestic players, in the global biochemistry analyzers market. In the subsequent section of the report, a competition dashboard is presented, which supplies information on various key players operating in the global biochemistry analyzers market; such as product offerings, regional presence and most important of all, strategies adopted by the key market players in order to succeed in the global biochemistry analyzers market. This kind of information is important for any new entrants or established players operating in the global biochemistry analyzers market as it provides insights on the kind of strategies being adopted by the leading market players so that they can emulate their success and also gauge the effectiveness of such strategies in different regions of the global biochemistry analyzers market.

Download the full report: https://www.reportbuyer.com/product/4921067/

In the subsequent sections of the competition landscape, individual information is supplied on the various key players operating in the global biochemistry analyzers market. The kind of information that is given includes company details, company description, product offerings, key financial information and key developments pertaining to the company. In addition, a strategic overview of the companies is also given that provides valuable information regarding the direction that the company is taking with respect to the market in the coming few years and how this will impact the global biochemistry analyzers market. Last but not the least, a SWOT analysis of all the key market players is also given in the competition landscape that provides deep insights regarding the key market players operating in the global biochemistry analyzers market and how the key market players are going to shape up the global market in the future with regards to their strengths and weaknesses and how they utilize the opportunities provided to them and tackle the various market threats and challenges.

Besides this, in the beginning of the report, a market forecast is given that comprises three scenarios, namely the conservative scenario, the likely scenario and the optimistic scenario. All of these three scenarios will result in different market numbers and growth rates and the report gives information why a particular scenario has been chosen as the most likely scenario in the global biochemistry analyzers market and also gives information regarding the other scenarios that may change the market forecasts, if at all, and the magnitude of the change on the forecasted market numbers and growth rates. Besides this, a section on regional biochemistry analyzers market volume (Unit Mn) analysis and forecast by product type, 2016-2024 is also given that provides an overview of the volume share in the regional biochemistry analyzers market and which region is the largest, most lucrative and fastest growing in terms of volume so that correct decisions pertaining to the global biochemistry analyzers market are taken. In addition, there is a section of the report devoted to the fully and semi-automated biochemistry analyzers price forecast by region, 2015 & 2024. This section of the report gives a price overview of the market region wise, so that important decisions on market growth and expansion can be taken by the players who wish to operate in the biochemistry analyzers market.

Another important and attractive feature of the global biochemistry analyzers report present by Persistence Market Research is the inclusion of PEST analysis. The detailed PEST analysis provided in the report gives all the important political, economic, social and technological aspects governing the global biochemistry analyzers market so that readers are fully aware of all the important factors that directly or indirectly affect the growth of the biochemistry analyzers market globally. Besides, information about the Laboratory Accreditation: Internal Quality Control (IQC), Laboratory Accreditation: External Quality Assessment Scheme (EQAS) are also given, adding more value to the report. Important guidelines by the Clinical and Laboratory Standards Institute (CLSI) are provided to enable readers to get an idea about the nuances of the global biochemistry analyzers market.

Also, in addition to all the above, the biochemistry analyzers market report contains an executive summary and also market definitions and the market taxonomy. Macroeconomic factors affecting the global biochemistry analyzers market along with the demand side drivers and supply side drivers are also given in order to give a deep overview of the global biochemistry analyzers market. Besides, restraints impacting the market along with opportunities and trends shaping up the biochemistry analyzers market also given to further add value to the report. The global biochemistry analyzers market analysis and forecast by product type, by end user, by modality, and by region is also given. This section of the report contains valuable information like Basis Point Share (BPS) analysis, Y-o-Y growth projections and market attractiveness analysis to provide in-depth insights into the global biochemistry analyzers market.

Market Segmentation

By Product Type

Semi-automated Biochemistry Analyzer Fully Automated Biochemistry Analyzer

By Application

Clinical Diagnostics Bioreactor Byproduct Detection Drug Development Applications Others

By Modality

Bench-top Floor standing

By End User

Hospitals Diagnostic Centers Pharmaceutical Companies Biotechnology Companies Academic Research Institutes Contract Research Organizations Academic Research Institutes

By Region

North America Latin America Europe Asia Pacific Download the full report: https://www.reportbuyer.com/product/4921067/

About Reportbuyer Reportbuyer is a leading industry intelligence solution that provides all market research reports from top publishers http://www.reportbuyer.com

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To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/global-market-study-on-biochemistry-analyzers-clinical-diagnostics-application-segment-projected-to-retain-its-dominance-through-2024-300465065.html

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Global Market Study on Biochemistry Analyzers: Clinical Diagnostics Application Segment Projected to Retain Its ... - PR Newswire (press release)

Mibelle Biochemistry and Bitop, two cosmetics active ingredients manufacturers, have signed an exclusive distribution agreement for the US market.

The move will see Germany-based Bitop expanding itis global market presence, with Mibelle Biochemistry set to to supply Bitops actives from its US-based customer service centre, in White Plains New York.

By the terms of the agreement, Mibelle will process orders, provide customer service and coordinate US communications with Bitops international headquarters in Witten, Germany.

We are very happy and pleased about this co-operation, said Bitops CEO, Daniel Berger. With Mibelle Biochemistry, we have found a distribution partner who reflects our aspirations in excellent customer service.

United in values

Berger explained in a statement on the deal that Bitop and Mibelle Biochemistry share key values that will encourage the success of the new partnership, and expressed the companys anticipation of a stronger international profile in light of the deal.

Bitop and Mibelle Biochemsitry are both manufacturers of high quality actives. We share the same quality standards."

The CEO also hinted at ambitions to expand further once the actives manufacture has established itself within the US market.

Partnering with a manufacturer like Mibelle Biochemisyry is a grea opportunity for us to expand our market presence and visibility in the USA. Their US sales team is excellent and very well known in the market. This allows us to ensure the best possible technical support on site for our customers and further expansion, he confirmed.

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Bitop 'made in Germany' actives secures US distribution with Mibelle Biochemistry - CosmeticsDesign-Europe.com

This is a live image of the liver of a translucent, larval zebrafish. It was taken using confocal microscopy, which allows for clear images of the internal organs of a whole live animal. Quinlivan fed a fluorescently tagged fatty acid to a larval zebrafish and then photographed its liver at 400x magnification. The round dots of varying sizes are lipid droplets, which contain a kind of fat called triglyceride. These triglycerides were constructed using the fluorescent fat consumed by the larval zebrafish. Fluorescence also shows up in the gallbladder (GB) and developing kidney (K). Credit: Vanessa Quinlivan

Studying how our bodies metabolize lipids such as fatty acids, triglycerides, and cholesterol can teach us about cardiovascular disease, diabetes, and other health problems, as well as reveal basic cellular functions. But the process of studying what happens to lipids after being consumed has been both technologically difficult and expensive to accomplish until now.

New work from Carnegies Steven Farber and his graduate student Vanessa Quinlivan debuts a method using fluorescent tagging to visualize and help measure lipids in real time as they are metabolized by living fish. Their work is published by the Journal of Lipid Research.

Lipids play a vital role in cellular function, because they form the membranes that surround each cell and many of the structures inside of it, Quinlivan said. They are also part of the crucial makeup of hormones such as estrogen and testosterone, which transmit messages between cells.

Unlike proteins, the recipes for different lipid-containing molecules are not precisely encoded by DNA sequences. A cell may receive a genetic signal to build a lipid for a certain cellular purpose, but the exact type may not be indicated with a high degree of specificity.

Instead, lipid molecules are built from an array of building blocks whose combinations can change depending on the type of food we eat. However, lipid compositions vary between cells and cellular structures within the same organism, so diet isnt the only factor determining which lipids are manufactured.

Understanding the balancing act in what makes up our bodies lipidsbetween availability based on what were eating and genetic guidanceis very important to cell biologists, Farber explained. There is growing evidence that these differences can affect wide arrays of cellular processes.

For example, omega-3 fatty acids, which are lipid building blocks found in foods like salmon and walnuts, are known to be especially good for heart and liver health. There is evidence that when people eat omega-3 fatty acids, the cellular membranes into which they are incorporated are less likely to overreact to signals from the immune system than membranes comprised of other kinds of lipids. This has an anti-inflammatory effect that could prevent heart or liver disease.

Farber and Quinlivans method allowed them to delve into these kinds of connections. They were able to tag different kinds of lipids, feed them to live zebrafish, and then watch what the fish did with them.

If we fed the fish a specific type of fat, our technique allowed us to determine into what molecules these lipids were reassembled after they were broken down in the small intestine and in which organs and cells these molecules ended up, Farber explained.

The tags they used were fluorescent. So Farber and Quinlivan and their team were actually able to see the fats that they fed their zebrafish glowing under the microscope as they were broken down and reassembled into new molecules in different organs. Further experiments allowed them to learn into what types of molecules the broken down fat components were incorporated.

Being able to do microscopy and biochemistry in the same experiment made it easier to understand the biological meaning of our results, Quinlivan said. We hope our method will allow us to make further breakthroughs in lipid biochemistry going forward.

The other members of the team were Carnegies Meredith Wilson, and Josef Ruzicka of Thermo Fisher Scientific.

This article has been republished frommaterialsprovided by Carnegie Institution for Science. Note: material may have been edited for length and content. For further information, please contact the cited source.

Reference Farber, et al An HPLC-CAD/fluorescence lipidomics platform using fluorescent fatty acids as metabolic tracers, Journal of Lipid Research (2017), DOI: 10.1194/jlr.D072918

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Fat Metabolism in Live Fish: Real-Time Lipid Biochemistry Observed - Technology Networks

UK is the UniversityforKentucky. At UK, we are educating more students, treating more patients with complex illnesses and conducting more research and service than at any time in our 150-year history. To read more about the UK story and how you can support continued investment in your university and the Commonwealth, go to:uky.edu/uk4ky. #uk4ky #seeblue

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Biochemistry Doctoral Student Receives PEO Scholarship for Women - UKNow (press release)

University of Southern Mississippi faculty members were honored for achievements in teaching, research, service and leadership at the annual Faculty Awards Recognition Ceremony, held May 5 at the Trent Lott Center on the Hattiesburg campus. The event was sponsored by USMs Office of the Provost and Faculty Senate.

Faculty members and their awards/recognition include the following:

*Higher Education Appreciate Day-Working for Academic Excellence (HEADWAE) - Dr. Jiu Ding, Mathematics.

*Nina Bell Suggs Endowed Professorship (2016-17) Dr. Allison Abra (History), Dr. Matthew Casey, History; Dr. Song Guo, Chemistry and Biochemistry; Dr. Donald Sacco, Psychology.

*USM nominee, IHL Diversity Award for Excellence Dr. Mohamed Elasri, Biological Sciences.

*University Excellence Awards Tisha Zelner, Excellence in Service; Dr. Mac Alford, Excellence in Teaching.

*Grand Marshal Dr. David R. Davies, Mass Communication and Journalism.

*USM nominees, National Endowment for the Humanities Award Dr. Matthew Casey History, Dr. Andrew Ross, History.

*Faculty Senate Junior Faculty Awards Dr. Alexandra Valint, English (Teaching); Allen Chen, Psychology (Creative Activity); Dr. Donald Sacco, Psychology (Faculty Research). *Aubrey Keith and Ella Ginn Lucas Endowment for Faculty Excellence Awards Dr. Dan Capper, Religion; Dr. Matthew Casey, History; Dr. Westley Follett, History; Dr. Joshua Haynes, History; Dr. Mark Huff, Psychology; Dr. Shalid Karim, Biological Sciences; Dr. Lucas Keefer, Psychology; Dr. Webb Parker, Music; Dr. Ann Blankenship, Educational Research and Administration; Dr. Jonathon Pluskota, Mass Communication and Journalism; Dr. Stephanie Smith, Psychology; Dr. Timothy Tesh, Music; Dr. Kimberly Ward, Speech and Hearing Sciences; Dr. Matthew Ward, Anthropology and Sociology; Dr. Fei Xue, Mass Communication and Journalism.

*Summer Grants for Improvement of Instruction Dr. Hugh Broome, Chemistry and Biochemistry; Dr. Max Grivno and Dr. Jill Abney, History; Dr. James Lambers, Mathematics; Cynthia Littlejohn and Melissa Gutierrez, Biological Sciences; Dr. Andrew Ross, History; Dr. Jeremy Scott, Physics and Astronomy; Dr. Katie Smith, Anthropology and Sociology; and Dr. Alan Thompson, Criminal Justice.

*Association for College and University Educators (ACUE) Faculty Development Institute Certificate in Active Learning Dr. Cindy Blackwell, Mass Communication and Journalism; Dr. Ann Blankenship, Educational Research and Administration; Dr. Hugh Broome, Chemistry and Biochemistry; Dr. Nick Ciraldo, Music; Dr. Mike Davis, Biological Sciences; Haley Dozier, doctoral student, Mathematics; Dr. Mary Funk, Interdisciplinary Studies; Dr. Max Grivno, History; Melissa Gutierrez, Biological Sciences; Linda Hanson, Chemistry and Biochemistry; Dr. Katie James, Anthropology and Sociology; Dr. Sungsoo Kim, Economic Development, Tourism and Sport Management; Cynthia Littlejohn, Biological Sciences; Dr. Courtney Luckhardt, History; Candice Mitchell, graduate student, Mathematics; Marlene Naquin, Mathematics; Dr. Rebecca Newton, Nursing; Dr. Jennifer Osborne, Curriculum, Instruction and Special Education; Dr. Jonathon Pluskota, Mass Communication and Journalism; Dr. Jennifer Regan, Biological Sciences; Renee Rupp, Nutrition and Food Systems; Dr, Gregory Smith, Curriculum, Instruction and Special Education; Dr. Katie Smith, Anthropology and Sociology; Corwin Stanford, Mathematics; Dr. Steven Stelk, Finance, Real Estate and Business Law; Dr. Gallayanee Yaoyuneyong, Marketing and Merchandising; Dr. Zhu Huiqing, Mathematics; Melissa Ziegler, Kinesiology.

*Innovation in Online Teaching Award Dr. James T. Fox, Educational Research and Administration.

*University Research Council Innovation Awards Dr. Donald Sacco, Psychology, Basic Research Award; Dr. Philip Bates, Chemistry and Biochemistry, Applied Research Award; Mark Rigsby, Art and Design; Creative Activities Award; Dr. Robson Storey, Polymers and High Performance Materials, Academic Partnership Award; Dr. Vijay Rangachari Chemistry and Biochemistry, Multidisciplinary Award; Dr. Marie Danforth, Anthropology and Sociology, Research Advocate Award; Khem Raj Budachetri, Biological Sciences, Graduate Student Award.

USM Faculty Senate Resolutions announced at the ceremony included those honoring recently deceased faculty members Dr. Stan Kuczaj, Psychology; Dr. Ed Nissan, Economics; and Dolly Loyd, Marketing.

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Faculty Recognized for Achievements at Awards Recognition Ceremony - Southern Miss Now