GAMETS Capatitation Fusion Interaction GANGLII Cardial CRANIAL   ◊ Differential contribution of Neurog1 and Neurog2 DORSAL ROOTH   ◊DorsalRooth   ◊Neuronal differentiation GAP JUNCTIONS IN BRAIN   ◊In brain secondary organizers Description Structure and function Exchange Cx Permeability GASTROINTESTINAL TRACT PATTERN FORMATION   ◊ Genetic control   ◊ Gut tube GENES   ◊ Hox genes   ◊ Activin A SPECIFICATION   ◊ Stomach    • Runx3 GASTRULATION GENETIC CONTROL   ◊Role of RIC-8 (SYNEMBRYN, RIC-SA)   ◊Role of Toddler   ◊Multi-omics profiling of mouse gastrulation at single-cell resolution GENES AND PHENOTYPES RELATIONSHIPS   ◊ Modular nature of genetic diseases GENE CONTACTS INTRA- and INTERCHROMOSOMAL   ◊Circular chromosome conformation capture (4C)   ◊ Positioning of genes GENE CIRCUIT MECHANISMS   ◊ Bacteria GENE DOPING Enlarge of muscules mass GENE REGULATION INITIATOR   ◊ The human initiator miRNA   ◊ miRNA located in the GATA4 gene regulates the expression of IGF-1R and AKT1/2 genes RNA   ◊ Aptamers in RNA-based switches of gene expression RNAi   ◊ retrotransposon LTRs effect GENE REGULATORY NETWORKS PATTERNING   ◊Endomesoderm GENE MODIFIED PRODUCTS Harm or Profit GENE VARIABILITY OF EXPRESSION EXSERNAL ENVIROMENT   ◊ Effects GENETICS MODE OF LIFE   ◊ Nutrigenetics   ◊ Pernicious habits GENITAL TUBERCLE OUTGROWTH   ◊ Bmp4 is an essential growth factor for the initiation

GENOME GENOME EDITING   ◊ Nuclease-mediated editing   ◊ Refining strategies to translate genome editing to the clinic   ◊ Genome editing and lentiviral vectors for in vivo gene therapy IMPRINTING   ◊Mammalian    •Mechanisms HONEYBEE   ◊Social behavior ORGANIZATION   ◊Architectural proteins REPLICATION AND TRANSCRIPTION   ◊ Factories REPLACEMENTS   ◊ with Human Sequence CONCEPT FRACTALS   ◊ Concept SHADY PART   ◊p.21   ◊p.27 VISUALIZATION   ◊Mammalian genomes studied by single-cell Hi-C GENOME (HUMAN) HAPLOTYPE BLOCKS   ◊ linkage disequilibrium MOSAIC STRUCTURES   ◊Clustering ULTRACONSERVED ELEMENTS   ◊Description HUMAN ACCELERATED REGIONS (HAR)   ◊Role Genotyping DNA GERM LINE GERM and PLURIPOTENT STEM CELLS   ◊ Epigenetic properties   ◊ Epigenetic properties DEVELOPMENT   ◊ GERM CELLS    • Function NANOS3    • Principles of early human developmen    • Universal aspects of germline regulation GENETIC CONTROL    • Germ cell program from conserved model systems IMMORTALITY    • Germline immortality relies on TRIM32-mediated turnover MEIOSIS   ◊Retinoic acid MIGRATION GERM CELLS   ◊ Mechanisms GLIA GLIA-NEURON INTERACTIONS   ◊Description   ◊in Education and memory   ◊NG2+ cells   ◊NG2 RADIAL   ◊Radial SPECIFICATION SUBTYPES   ◊ Oligodendrocytes and astrocytes   ◊ Oligodendrocytes and astrocytes GLIOGENESIS GENETIC CONTROL   ◊ Pc and Gcm/Glide   ◊ Nkx2.2 IN ORGANS   ◊ in Retine Glial Sling GlomeruleOlfact GLOSSARY Stem-cell biology GLUCOSE HOMEOSTASIS   ◊Genetic control METABOLISM   ◊LncRNA wires up Hippo and Hedgehog signaling to reprogramme glucose metabolism/a> GLYCO-CODE Oligosaccharide Microarrays GLYCOSYLILATION Description & Diseases GLYCOPROTEINS Description Modulation Signaling   ◊ Fgfs GlycoSynapse

GOLGI Biogenesis Description GENES   ◊ Golgins DOMENS   ◊ role of p25   ◊ Subcompartmentalization MEMBRANES   ◊Genetic control   ◊Inheritance by Mitosis   ◊Role of phospholipase A (PLA1-2)   ◊Targeting Arl3 Microtubules SORTING   ◊ Secretory cargo Transport GONADOGENESIS GONADAL STRUCTURE   ◊ Genetic control EARLY GONAD DEVELOPMENT   ◊ Genetic control GONADAL SEX DETERMINATION   ◊ Genetic Control of Gonadal Sex Determination and Development   ◊ Sexually dimorphic regulation of Irx3 and Irx5 in developing gonads GPI-Anchored GRADIENT INTRACELLULAR MECHANISMS   ◊ How to build RanGTP   ◊For the mitotic spindle GRADIENT MORPHOGENETIC BICOID   ◊Stability and nuclear dynamics   ◊mRNA Cdx Description BMP   ◊Dorsoventral pattern   ◊ BMP & Nodal    • Construction of a Vertebrate Embryo DECAPENTAPLEGIC   ◊Regulation proliferation GENERATION OF ANIMAL FORM   ◊Chordin/Tolloid/BMP gradient INTERPRETATION   ◊Step ligand-receptor transduction Hh MODELS   ◊Regulatory mechanisms MORPHOGEN TRANSPORT   ◊Мechanisms RETINOIC ACID   ◊Role of cyp26a1 Role and limit SCALING IN PATTERN FORMATION   ◊Mechanisms of scaling   ◊Scaling of pattern formations WINGLESS (WNT)   ◊Interpretation   ◊Role of secreted Frizzled-related proteins   ◊Diffusion and function of Wnt ligands GRANULES Dense-core   ◊neuronal/neurosecretory GROWTH CONTROL Cancer   ◊RNA polymerases I, III GUT COLON   ◊ Canonical Wnt signalling GUIDE RNAs DATABASE   ◊ dbGuide: a database of functionally validated guide RNAs for genome editing COLON   ◊ Canonical Wnt signalling EMBRYONIC GUT   ◊Genetics and mechanics combine to guide the embryonic gut HINDGUT   ◊ Microvillus length LOOPING   ◊ lateral plate mesoderm LUMEN FORMATION   ◊ Genetic control Pattern formation HomeoGenes VILLI FORMATION   ◊ Mechanical forces