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Guided learning journeys that build knowledge step by step.
category · Learning · slug · learning · 7817 Paths
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This advanced learning path equips drug discovery researchers with the skills to design, execute, and analyze high-content automated microscopy screens. It covers automated microscopy, image processing, feature extraction, and multivariate analysis, emphasizing quality control and data interpretation.
This learning path guides structural biology graduate students from foundational structural biology concepts through advanced cryo-EM techniques, including sample preparation, data acquisition, and 3D reconstruction, with a focus on applications in cell biology. It integrates essential background in molecular biology, biophysics, and computational methods.
This learning path guides graduate researchers through the theoretical and practical foundations of single-cell analysis, covering key technologies such as FACS, microfluidics, and single-cell RNA-seq, along with essential data interpretation skills. It emphasizes the integration of these methods to address biological questions about cellular heterogeneity.
A graduate-level learning path covering the design, delivery, and analysis of CRISPR-based genome edits in cultured cells. Learners will progress from molecular biology fundamentals through sgRNA design, Cas9 delivery, knock-in strategies, and off-target analysis, with practical applications for gene knockout and precise editing.
This learning path teaches molecular and cell biology researchers how to introduce and manipulate DNA in eukaryotic cells. It covers essential molecular biology techniques including restriction enzyme digestion, vector design, ligation, transfection, and reporter assays, with an emphasis on practical application and troubleshooting.
A practical learning path for cell biology researchers to master antibody-based protein localization in fixed cells. It covers sample preparation, antibody labeling, and imaging, with a foundation in antibody biology.
A practical learning path for lab personnel covering essential techniques to evaluate cell viability, proliferation, and cytotoxicity. It begins with basic cell culture principles, then covers cell counting and viability assays, and progresses to specific assays like MTT, BrdU, and colony formation.
A structured learning path for bioscience students to master core mammalian cell culture techniques, covering safety, sterile technique, media preparation, passaging, cryopreservation, and contamination control. This path progresses from foundational principles to hands-on skills, ensuring safe and reliable cell culture practices.
This advanced graduate-level path explores the cellular and molecular hallmarks of aging, including telomere attrition, cellular senescence, mitochondrial dysfunction, epigenetic changes, and loss of proteostasis. It builds from core cell biology concepts to current theories and experimental approaches, emphasizing the interconnectedness of aging mechanisms.
This learning path bridges fundamental cell biology with practical applications in agricultural biotechnology. It covers essential plant cell structure, gene expression, and tissue culture techniques, progressing to genetic modification and stress resistance strategies for crop improvement.