CMB Honors and Awards

Spring 2022 Student Awards

The Gerald S. Gussack Award

(1 winner) The Gerald S. Gussack Award to the most outstanding Graduating Senior in Cell and Molecular Biology.   ($200 procured from Tulane/Newcomb College)

The Gerald S. Gussack Award goes to the most outstanding graduating senior in Tulane/Newcomb College in Cell and Molecular Biology.  The recipient is chosen based on excellence in Grade Point Average, creativity in honors thesis research, and a demonstration of well-balanced academic achievement.  The award is named in honor of the late Gerald Gussack, a Professor of Otolaryngology at Emory University School of Medicine, who was a 1975 graduate of Tulane College.

Maity, Apratim “Raj” (751007025): Raj is an extremely focused, bright student with a keen interest in science. He has contributed to the field of vascular research through his work in Dr. Meadow’s lab, served as a peer mentor to increase learning accessibility, and co-founded a service to promote healthy sleep habits. Raj consistently offers insightful contributions to his learning community, is a fierce tennis player, and a kind animal companion. His general vibe is totally excellent!

Honors Thesis Award

Honors Thesis Award for the outstanding thesis in Cell and Molecular Biology.   ($200 procured from Department of Cell and Molecular Biology) (1 or 2 winners)

Pierson, Lane M (540006093): Lane is a dedicated, lively student with an acute interest in basic science research. His work in Dr. Hu’s lab has contributed to the field of virology and immunology, leading to development of technologies to enhance screening and detection of pathogenic viruses. Lane consistently supports his peers in their learning processes, and always offers thoughtful ideas and a positive outlook to the learning community.

Sheffmaker, Roger (354008313): Roger’s honor’s thesis focused on the nuclear import of a protein coiled-coil domain, which was recently found to play a tumor suppressive role in breast cancer cells. His contributions to the discovery of the nuclear localization site have furthered our understanding of this novel tumor suppressor protein’s function within the cell, expanding the current understanding of CCDC3’s complex molecular mechanisms. Roger is also engaged in service as president and goalie of the Tulane Men’s Club Lacross team.

Professor Erik G. Ellgaard Award for Excellence in Cell and Molecular Biology

Professor Erik G. Ellgaard Award for Excellence in Cell and Molecular Biology for the best Graduating Senior in Tulane/Newcomb College in Cell and Molecular Biology.  ($300 procured from Department of Cell and Molecular Biology).  Professor Ellgaard was very popular with students because of his excellent teaching and his devotion to advising and helping students achieve their career goals.  The Erik G. Ellgaard Fund awards money each year for a graduating senior in Tulane/Newcomb College for demonstrating excellence in cell and molecular biology.  (1 or 2 winners)

Gutierrez, Andrea (579007863): Andrea is a truly exceptional student and is always prepared to contribute to class discussions. She is extremely thoughtful in her approach to scientific discovery and strives to make insightful contributions to her learning community. Andrea has achieved an outstanding GPA of 3.995 and plans to go to medical school after graduation.

Liz Earley Prize in Cell and Molecular Biology

Liz Earley Prize in Cell and Molecular Biology is based on excellence and proficiency in laboratory science.  ($200 procured from Department of Cell and Molecular Biology) (1 or 2 winners)

Goodreaux, Beau (579006718): Beau is a kind, compassionate and highly intelligent student, both intellectually and emotionally. He consistently engages with both his peers and faculty from a place of curiosity and creativity, and is quite willing to take risks that promote learning among everyone in the community. His courage and vulnerability in the lab and classroom have furthered our common goals of learning through experiential activities, which is the ultimate purpose of the academy.

The Cell and Molecular Biology Prize

The Cell and Molecular Biology Prize is special recognition for interest, enthusiasm and proficiency in Biology.  ($200 procured from Department of Cell and Molecular Biology) (1 winner)

Bond, Jennifer (403000357): Jenny’s capstone presentation on the effects of chronic stress on tumor progression was outstanding. Jenny is always present and prepared to engage in her own work as well as lead her peers through the process. She brings with her a positive demeanor, treating her classmates with kindness and compassion above all. She embodies the human-centered values that make our world a better place to live.

Senior Scholar Award

This person should be the very best you have (but does not have to be judged on G.P.A. – other contributions and difficult curriculum can also be considered).  The student should be a member of the Tulane Honors Program and have a minimum cumulative grade point average of 3.6.  The student should be doing an honors thesis. (Can be more than 1 winner)

Pierson, Lane M (540006093): In addition to his honor’s thesis work, Lane has made exceptional contributions to the undergraduate student experience. Through his service as president of both the Tulane Student Chapter of ASBMB (BEAST) and the Science and Engineering Honor Society (SEHS), he has resurrected both organizations from near-death after the COVID imposed hiatus. Lane is dedicated to service to his community and will undoubtedly contribute further as he continues his career in graduate school.

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Faculty Awards

Dr. Shusheng Wang received an NIH grant for his study entitled The Role of Long Noncoding RNAs in Human Ocular Angiogenesis's. Dr. Wang will receive $376,250/year from 09/01/2016 through 08/31/2021. The goal of the project is to uncover the mechanism whereby long noncoding RNAs regulate ocular angiogenesis in humans using our unique ex vivo model and the cutting-edge CRISPR technology. Findings from the proposed project could be directly translated into human vascular diseases. Dr. Wang was recently published in Scientific Reports Journal. His paper was entitled "Regulation of Intraocular Pressure by MicroRNA cluster miR-143/145."  In this paper they showed that two microRNAs, miR-143 and miR-145, are important regulators of intraocular pressure in mice.

Dr. Stryder Meadows was awarded a 3-year Investigator-Initiated Research Award from the Department of Defense for his study entitled "Elucidating the Role of Smad4 in Arteriovenous Malformations Associated with HHT." This grant will provide funds from September 2017 to August 2020 in the total amount of $1,785,199. This project seeks to uncover Smad4 mediated mechanisms of arteriovenous malformations (AVMs) associated with the genetic disease Hereditary Hemorrhagic Telangiectasia (HHT). These studies will utilize next generation sequencing techniques and a novel mouse model of HHT to identify the genes responsible for AVM formation.

Dr. Yiping Chen was awarded a 5 year NIH grant starting April 1, 2017. The total amount of the grant is $1,787,190. The title of the grant is “Molecular patterning of the hard palate during palatogenesis.” The goal of this project is reveal how the transcription factor Shox2 interacts with TALE factors to regulate osteogenesis and pattern the hard palate. The proposed studies will utilize multiple unique transgenic/knockout mouse lines, biochemistry, molecular biology, and the state-of-the art genomic approaches as well as CRISPR/Cas-9 technology to uncover key elements of chromatin regulatory network and epigenetic states of regulatory genes that are essential for hard palate development. Dr. Chen was recently published. His article was titled, "A Unique Stylopod Patterning Mechanism by Shox2 Controlled Osteogenesis"

Dr. Stryder Meadows was awarded a 3-year Scientist Development Grant (SDG) from the American Heart Association for his study entitled "Molecular Characterization of Vascular Anastomosis". This project aims to uncover the cellular events and the molecular regulators of blood vessel fusion, thereby broadening our understanding of the complex mechanisms underlying cardiovascular development. The SDG grant will provide funds from July 2016 to June 2019 in the amount of $231,000.

Dr. Shusheng Wang and his post-doctoral fellow just published an important paper describing a compound that they have patented which could have a clinical application for the treatment of age-related macular degeneration. The title of their paper is “Gossypol Acetic Acid Prevents Oxidative Stress-Induced Retinal Pigment Epithelial Necrosis by Regulating the FoxO3/Sestrin2 Pathway”, published in the journal Molecular and Cellular Biology (Hanus, Zhang, Chen, Zhou, Jin, Liu, and Wang, Molecular and Cellular Biology 35: 1952, 2015).

Dr. YiPing Chen received the School of Science and Engineering “Outstanding Researcher Award” in 2016. Jeff Tasker had received this award previously in 2015.

Dr. Jeff Tasker received a 3-year NSF grant in the summer of 2015 for $650,000, “Neuronal‐glial interactions mediating crosstalk of homeostatic systems”.

YiPing Chen received a 5-year NIH grant in the fall of 2014 for $1.8 M. "Role of BMP and Wnt signaling in early tooth development"
In this project, the Chen lab will investigate how BMP and Wnt signaling pathways act in a synergistic way to regulate early tooth development and will also study the functional mechanism of a novel BMP signaling pathway in the developing tooth that was recently discovered by the Chen lab.

Jeff Tasker received a 5-year NIH grant in the spring of 2015 for $1.8 M, “Stress Facilitation of Fear Memory”.
In this project, Tasker’s lab will study how stress affects the formation of fear memories by stimulating endogenous cannabis production in the basolateral nucleus of the amygdala. Their studies will provide insight into how stress affects fear and anxiety and will contribute to our understanding of anxiety disorders such as posttraumatic stress disorder.