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Guided learning journeys that build knowledge step by step.
category · Learning · slug · learning · 7817 Paths
7817 Paths · page 574 / 782
This learning path guides graduate students through the application of single-cell genomics, focusing on single-cell RNA-seq, trajectory analysis, and the study of developmental dynamics. It covers essential concepts from basic genomics to advanced analytical methods, emphasizing how these tools reveal cell types and developmental processes.
This learning path equips graduate-level Drosophila researchers with the practical genetics skills needed to design and interpret experiments in developmental biology. It covers fly biology, genetic tools, crossing schemes, balancer chromosomes, P-element mutagenesis, and mutant characterization, culminating in the application of these techniques to study developmental processes.
This advanced learning path guides graduate-level developmental biologists through the principles and techniques for generating and using transgenic mice. It covers foundational mouse biology, the two major transgenic strategies (pronuclear injection and ES cell targeting), conditional gene targeting with Cre-lox, and the essential phenotyping approaches required to analyze mutant models.
This advanced learning path equips developmental biology researchers with the theoretical knowledge and practical skills needed to perform microsurgery on embryos. It covers basic embryology, microtool fabrication, tissue dissection, transplantation, and grafting techniques, with a strong emphasis on hands-on practice and troubleshooting.
This advanced learning path equips stem cell and developmental biology researchers with the theoretical and practical skills to culture and maintain organoids. It covers essential cell culture techniques, extracellular matrix (ECM) biology, culture media design, passaging, differentiation, and characterization methods, ensuring a solid foundation for organoid research.
This advanced learning path equips developmental biology researchers with the conceptual and practical knowledge to trace cell lineages during development. It covers dye-based and genetic labeling techniques (Cre-Lox, Gal4/UAS), clonal analysis, and lineage reconstruction, grounded in essential genetics and developmental biology principles.
This advanced graduate-level path equips developmental genetics researchers with the skills to design, deliver, and validate CRISPR-mediated gene edits in model organisms. It covers guide RNA design, embryo microinjection, mutant screening, and phenotyping, grounded in fundamental CRISPR mechanisms and developmental biology context.
This advanced learning path guides developmental and histology researchers through the complete workflow of analyzing protein expression in tissue sections, from sample preparation through imaging and analysis. It covers essential techniques including embedding, sectioning, antigen retrieval, antibody incubation, and fluorescence microscopy, along with the necessary prerequisite knowledge in histology and basic microscopy.
A comprehensive learning path for developmental biology researchers to master whole-mount in situ hybridization (WISH) for detecting gene expression patterns in embryos. It covers probe design, fixation, hybridization, washing, and colorimetric detection, building from molecular biology fundamentals to advanced troubleshooting.
This learning path equips developmental biology lab students with the practical skills needed for experimental research, covering embryo manipulation, microinjection, in situ hybridization, and immunostaining. It begins with essential cell biology and lab safety, then progresses through hands-on techniques and their applications in studying developmental processes.