On October 4, 2023, Tarun Mamidi, a doctoral candidate in CGDS, showcased his research at the UAB Cystic Fibrosis Research Center Symposium, focusing on the use of neural networks to identify modifier variants in Cystic Fibrosis (CF).
His work aims to improve our understanding of how these variants can change how CF affects individuals and their response to treatments. By applying advanced neural network techniques, Tarun’s research offers potential pathways for more precise and effective therapeutic strategies.
Tarun Mamidi, a doctoral candidate in CGDS, recently participated in the Critical Assessment of Genome Interpretation (CAGI⁕⁕) Workshop from September 29 to October 1, 2023, in Boston, Massachusetts.
His presentation, “DITTO: Automated tertiary rare disease diagnosis pipeline using explainable Machine Learning,” highlighted innovative approaches to rare disease diagnosis.
The CAGI⁕⁕ Workshop is a gathering aimed at advancing genome interpretation techniques and addressing ethical, methodological, and technological challenges in the field. Through discussions on variant impact prediction and clinical genome interpretation, the event fosters collaboration among experts to enhance diagnosis and treatment strategies.
Tarun’s contribution to this forum underscores our lab’s commitment to leveraging technology for meaningful advancements in genome interpretation.
Samuel Bharti, a doctoral trainee in CGDS, attended the 2023 CCTS Training Symposium in Biloxi, MS from September 27th to September 29th. Thanks to his outstanding work, Samuel received a $300 travel award to present his latest research on Neurofibromatosis Type 1 (NF1).
In his poster presentation titled “Application of a Multi-Omics Approach in NF1 Deficient Tumors and Controls can Highlight Novel Associations and Therapeutic Targets,” Samuel shared how his research approach could open new pathways for understanding and treating NF1.
The CCTS Training Symposium is a gathering of some of the brightest minds in clinical and translational science, offering a platform for sharing cutting-edge research.
Congratulations to Samuel on his well-deserved recognition!
We’re excited to announce that Rabab Fatima, a Software Developer II at CGDS, has been accepted into the Master’s in Computer Science (Online) program at the Georgia Institute of Technology, starting Spring 2024.
Rabab’s decision to pursue this advanced degree stems from her commitment to deepening her expertise in Computer Science and Software Engineering, with a keen focus on the Interactive Intelligence specialization. This specialization aligns with her passion for exploring the intersection of Artificial Intelligence, Human-Computer Interaction, and Cognitive Science.
Rabab’s goal is to harness the knowledge and skills acquired through the OMSCS program to innovate and create cutting-edge technical products and tools. She aims to develop solutions that are not only technologically advanced but also intelligent and human-centered, reflecting a deep understanding of cognitive science alongside the latest developments in AI and Machine Learning. Rabab’s journey into this prestigious program is a testament to her dedication to her professional growth and her vision for contributing meaningful advancements in the tech world.
We congratulate Rabab on this significant achievement and look forward to the innovative contributions she will undoubtedly make to our field with the insights gained from her studies at Georgia Tech.
CGDS trainees Shaurita Hutchins, Brandon Wilik, and Tarun Mamidi attended and presented at the 2022 CCTS Translational Training Symposium in Mobile, Alabama. Both Mamidi and Hutchins received the CCTS Scientific Excellence Award to support travel to the symposium starting on September 14th.
Shaurita, Brandon, and Tarun (left to right) on the final day.
Shaurita presenting a poster on pulmonary arterial hypertension.
Tarun presenting his variant pathogenicity tool called DITTO.
All trainees presented posters at the conference and were able to gain valuable knowledge on networking, utilizing social media as scientists, navigating relationships with mentors, and writing aims for their researchers.
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