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Guided learning journeys that build knowledge step by step.
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7821 Paths · page 762 / 783
This learning path equips university students with the knowledge and skills to apply systems biology approaches. It covers foundational concepts in molecular biology and statistics, progresses through omics data generation and integration, and culminates in mathematical modeling and network analysis to understand biological systems.
This learning path equips university students with the principles and practical skills to analyze biological sequence data using computational tools. Starting with molecular biology and programming fundamentals, it progresses through sequence databases, alignment, BLAST, and culminates in phylogenetic analysis and sequence annotation.
A comprehensive learning path for university students to understand population genetics and evolutionary processes at the genetic level. It covers allele frequencies, Hardy-Weinberg equilibrium, evolutionary forces, and population structure, with necessary foundations in genetics, evolution, and statistics.
This learning path guides university students from foundational molecular genetics and basic bioinformatics through genome sequencing, assembly, and annotation to advanced analyses of genetic variation, including SNPs, structural variants, and functional genomics. It emphasizes practical skills in using genomic data to answer biological questions about genes and variation.
This advanced learning path explores the molecular basis of inheritance, focusing on how DNA structure and function lead to genetic variation. Learners will study recombination, gene mapping, mutation types, DNA repair mechanisms, and transposable elements, integrating classical and molecular genetics perspectives.
This advanced learning path guides university biology and biomedical students through the fundamental principles of developmental biology, covering the entire spectrum from gametogenesis and fertilization to organogenesis and cellular differentiation. It integrates essential genetics and cell biology concepts, emphasizing the molecular mechanisms and regulatory networks that orchestrate embryonic development.
A comprehensive learning path covering the fundamental principles of immunology, from innate and adaptive immunity to the roles of antibodies, T cells, B cells, antigen presentation, and vaccines. Designed for university students in biology, medical, and biotechnology fields, this path integrates essential cell biology, molecular biology, and microbiology concepts to build a systematic understanding of the human immune system.
This learning path covers the core concepts of cellular signaling, from the basic mechanisms of signal transduction to the complex networks that regulate cellular responses. It is designed for university biology and biomedical students with a background in cell biology and biochemistry.
This learning path systematically covers the molecular mechanisms of gene expression and its regulation. It starts with the central dogma and progresses through transcription and translation, then explores prokaryotic operon regulation and eukaryotic regulatory elements, including epigenetic and post-transcriptional controls. Designed for university biology students, it builds a coherent understanding of how genes are controlled in different organisms.
This learning path guides university biology and biochemistry students through the essential concepts of protein structure and function. Starting with fundamental chemistry and biology, it progresses through amino acids, peptide bonds, and the hierarchy of protein structure, culminating in enzyme function, folding, and denaturation. The path emphasizes the relationship between structure and function.