edX online learning vs Find My Understudied Genes

edX is the online learning platform that prepares you for every career moment. Register for free, and get immediate access to: * Education for every budget and background. Choose from thousands of courses and programs — from free courses to full degrees — that match your personal, professional, and financial needs. * World-class academic and industry partners. Discover immersive programs from Harvard, Amazon, Google, MIT, IBM, and hundreds of other exceptional institutions around the world. * Learning that drives meaningful career outcomes. Upskill in dozens of critical disciplines — like AI, supply chain management, and sustainability — to build a résumé-redefining skill set. It’s never too late or too early to join edX. Our courses and programs meet you where you are in your professional trajectory. You can: * Switch industries. Launch, change, or advance your tech career with immersive boot camps. * Strengthen your résumé. Deepen your expertise and showcase your skills with professional certificate programs. * Level up as a leader. Learn to lead initiatives and teams with executive education programs. * Earn a degree. Unlock new career opportunities with master’s, doctorate, and undergraduate degree programs. Make your next career move on your schedule. With edX’s free mobile app, you can: * Stream online courses in AI, cybersecurity, data science, and more. * Download course materials and transcripts for uninterrupted access. * Test your knowledge with quizzes, assignments, and exams. * Discover and enroll in new courses and programs as your skills evolve. Visit: edx.org Like: facebook.com/edx Follow: x.com/edxonline and instagram.com/edxonline

Find My Understudied Genes (FMUG) is a rationally-designed tool to helps biologists identify understudied genes and characterize their tractability for future research. Users submit a list of human genes (presumably from a high-throughput -omics experiment) and can filter these genes down based on a large list of factors, including: - Number of articles about gene - Probability of differential expression - Homology in model organisms - Availability of reagents - Number of articles about relationship between gene and disease and many more! More information is available at our website.