三星无法与谷歌服务器通信
三星无法与谷歌服务器通信
三星无法与谷歌服务器通信
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三星无法与谷歌服务器通信
三星无法与谷歌服务器通信
Serghei will present a highlight talk titled, “Profiling immunoglobulin repertoires across multiple human tissues using RNA Sequencing,” at the ICML 2023 Workshop on Computational Biology. The talk will highlight a paper recently published in Nature Communications. ICML 2023 received 68 submissions for highlight talks, and only six highlighted talks were [...]
三星无法与谷歌服务器通信
Congratulations to Nathan LaPierre on the acceptance of his abstract to the High Throughput Sequencing (HiTSeq) 2023 virtual meeting. Nathan will be presenting his talk, “Metalign: Efficient alignment-based metagenomic profiling via containment min hash,” on July 15, 2023. → Read our post on Nathan’s presentation of the same project at [...]
三星无法与谷歌服务器通信
Congratulations to Jaque Brito, Mangul Lab postdoctoral scholar, Niko Darci-Maher, Mangul Lab undergraduate researcher, and Varuni Sarwal, Mangul Lab alumni, on the acceptance of their papers to the Bioinformatics Community Conference (BCC) 2023 virtual meeting. Niko will be presenting his short talk, “Secondary analysis of publicly available omics data across [...]
三星无法与谷歌服务器通信
I have been in the lab since a junior year at UCLA, and I started out learning about the error correction benchmarking project. I began by learning about the general structure of the project and the functions of different scripts from generating results, evaluating them to summarizing them. Then I 花猫破解
三星无法与谷歌服务器通信
Mangul Lab welcomes to the team a new undergraduate researcher, Harman Singh! Harman is an Electrical Engineering sophomore at the Indian Institute of Technology Delhi, where he pursues his diverse interests in computer science, biology, and electrical engineering. Harman is studying to use mathematical models and machine learning to understand 花猫破解版
三星无法与谷歌服务器通信
Congratulations to Nathan LaPierre, a PhD student in ZarLab at UCLA and a collaborator with Mangul Lab at USC, on the acceptance of his oral presentation, “Metalign: Efficient alignment-based metagenomic profiling via containment min hash,” in the RECOMB-Seq Massively Parallel Sequencing virtual satellite meeting. Along with co-authors Mohammed Alser (Senior [...]