EAR Overview Sensory Transduction MIDDLE   ◊Middle INNER   ◊cochlea   ◊description   ◊ determination   ◊FGF+FGFR   ◊Splicing Factor Sfswap   ◊Zic genes   ◊ NEURULATION    •Chromatin Remodeling Gene Cecr2   ◊ PATTERN FORMATION    •Notch in the chicken embryo    • Zic genes   ◊ SENSORY ORGANS    • Single cell analysis   ◊PROLIFERATION AND DIFFERENTIATION    •L-Myc and N-Myc   ◊ A-P POLARITY    •Retinoic acid signaling ECM-cytoskel Ineraction ECTODERM SURFACE ECTODERM   ◊Notch signaling EDGETIC PERTURBATION Models of human inherited disorders EDITING DNA BASE EDITING   ◊ Programmable base editing of A-T to G-C in genomic DNA   ◊ Induced by cytosine base editing-mediated iSTOP with CRISPR/Cas9-mediated frameshift EDITING GENOME   ◊by APOBECs   ◊ Induction of Genomic Deletions   ◊ CRISPR-Cpf1 editing system   ◊ CRISPR reveals a role for OCT4 in human embryogenesis   ◊ Cas9 nickase induced NRAMP1 knockin cattle   ◊ CRISPR–SpyCas9 inhibition by an anti-CRISPR protein   ◊ Type III CRISPR-Cas systems mechanism   ◊ Haplotyping by CRISPR-mediated gene editing   ◊ Synergistic gene editing in human iPS cells EDITING GENOME GERMLINE   ◊Responsible Translational Pathways EDITING RNA RNA rewriting, recoding, and rewiring EGG Activation EGGSHELL MEMBRANE   ◊Avian eggshell membrane as a material for tissue engineering EGG-SPERM DISCRIMINATION   ◊Genetic control Elastogenesis ELBOW JOINT SPECIFICATION   ◊Dlx5 and Dlx6 ELECTRICAL STIMULATION Cells ELECTROPORTATION METHODS Multiplexed single-cell patterning and controllable intracellular delivery ELEMENTS RARE EMBRYONIC STEM CELLS HUMAN On the immortality of stem cells EMBRYOGENESIS HYPOTHESIS   ◊Genomic hourglass HUMAN   ◊Studies   ◊Stadies.Digital Imagery MOLECULAR RECORDING   ◊Barcoding mammalian embryogenesis In vitro   ◊mimic embryogenesis RETINOIC ACID   ◊sensor lines in zebrafish EMBRYONAL STEM (ES)CELLs   ◊ Antibody to antigens EXPRESSION OF GENES   ◊ ESC towards embryoid bodies   ◊ Description*   ◊ OCT4/POU5F1 is required for NANOG expression in bovine blastocysts REORGANIZATION OF THE CLUSTERED HOX GENES   ◊ Role of RA DIFFERENTIATION   ◊ Control of differentiation   ◊Role of Cathepsin L   ◊Role of miRNA DIFFERENTIATION TO   ◊ Cardiomyocytes   ◊ Chondrocytes   ◊ Neural Cells   ◊ Renal lineages   ◊ Thyroid ORIGIN   ◊ Origin ES,TS,XEN PLURIPOTENCY   ◊Description   ◊Epigenetic Control   ◊ Role of REST   ◊Role of Ring1 SELF-RENEWAL   ◊ Role of H3K4me3 demethylase, KDM5B EMBRYONAL (ES) of HUMAN SURVIVAL   ◊Neurotrophins DIFFERENTIATION   ◊in Cardial cells   ◊in Neurons   ◊to dopaminergic neurons   ◊in Pancreas   ◊in Vascular Endothelial Cells   ◊Role of p53 and MicroRNAs Emperipolesis ENCHANCERS ENHANCER-PROTEIN COMPLEXES   ◊Jmjd2c facilitates the assembly complexes CRM Cis-regulatory sequences evo-devo Roles ENCODE PROJECT DECIPHERING   ◊ Deciphering Endocardium ENDOCARDIAL Tube CUSHIONS   ◊ Signalling Wnt/β-catenin   ◊ Gene markers   ◊ Rho-associated kinase ENDOCYTOSIS Description alternative and Exocytosis and SIGNALLING   ◊ EGFR, TGFβR...   ◊ Megalin←→MegBP EphB-ephrinB complex INTERNALIZATION of CARGO   ◊Selecting Cargo    •clathrin-regulated internalization MECHANISMS   ◊Patches    • role of Actin   ◊ `kiss and run' of TRANSMEMBRANE RECEPTORS   ◊ complex Grb10/Nedd4 PATHWAYS   ◊ ICAM-1/PECAM-1   ◊ Tubular membrane invaginations RECYCLING   ◊ Plasma membrane REGULATION   ◊ Arrestin-like proteins ENDOCYTIC VESICLE Rab4 and fission ENDODERM DEFINITIVE   ◊Definitive   ◊Differentiation of embryonic stem cells EXTRAEMBRYONIC   ◊Development VISCERAL   ◊ Contributes to the embryo   ◊ Description   ◊ Rosettes Facilitate the Ordered Migration ENDODERM-INTESTINE TRANSITION   ◊Lkb1-TORC1 Signaling FORMATION   ◊ role of Notch   ◊ role of Pou5f1 REGIONALIZATION   ◊ Genetic control ENDOMESODERM PATTERNING   ◊Gene regulatory networks ENDOLYMPHATIC SAC STRUCTURE and FUNCTION   ◊Lamellar projections in the endolymphatic sac act as a relief valve to regulate inner ear pressure ENDOPLASMIC RETICULUM Compartmentalization STRESS   ◊ Obesity and Diabetes Transitional ER (tER) sites

ENDOSOME and Signalling Description Multivesicular   ◊ Biogenesis ENDOSOMAL PtdIns(3)P Sorting   ◊ Description Sorting and Transport   ◊Role of Lipids Retrieval to the Golgi   ◊Role of retromers ENDOTHELIAL CELLS DEVELOPMENT   ◊of Arteries, veins and lymphatic vessels   ◊in Vascular development   ◊Interaction CELL-CELL JUNCTIONS   ◊Organization and intracellular signalling   ◊and Actin cytoskeleton ENDOTHELIAL-MESENCHYMAL TRANSFORMATION   ◊during atrioventricular cushion formation ENHANCERS ENHANCER-PROTEIN COMPLEXES   ◊Jmjd2c facilitates the assembly complexes CRM Cis-regulatory sequences evo-devo Roles ENERGY METABOLISM MITACHONDRIA   ◊Thyroid hormones   ◊Nitric oxide Engulfment ENTERIC NERVOUS SYSTEM (ENS) Description Cells DEVELOPMENT   ◊Description   ◊Genetic factors regulating ENS development   ◊ COLONIZATION of the developing gut    • Role of endothelin-B receptor (ETB) Pathology PRECURSORs   ◊Migration Enterocytes Epiblast Epicard EPIDERMIS EMBRYONIC   ◊Langerhans cell precursor EPIGENETIC & DEVELOPMENT   ◊Introduction HISTONE VARIANTS   ◊Function INHFORMATION   ◊FoxA1 translates epigenetic signatures INHERITANCE   ◊Description   ◊ Evidence   ◊Histone bookmarks across generations   ◊ Role of long noncoding RNAs   ◊ Mice Pass Epigenetic Tweaks to Pups MEMORY   ◊ H3.3 incorporation into chromatin PHENOMENA   ◊Mechanisms REPROGRAMMING   ◊Description   ◊DNA methylation dynamics   ◊Methylation-Demethylation   ◊Methylation-Demethylation 2   ◊Epigenetic Reprogramming and Cancer Development REVERSIBLE CHANGES   ◊DNA methylation S-NITROSYLATION   ◊гистоновой деацетилазы HDAC2 SINGLE-CELL RESOLUTION   ◊Methods STATE   ◊Inheritance during the cell cycle EPIGENETIC AGING   ◊ Screening for genes that accelerate the epigenetic aging clock in humans EPIGENETIC REGULATION   ◊ TET Proteins in the Spotlight: Emerging Concepts of Epigenetic Regulation in T Cell Biology EPIGENETIC EDITION   ◊ CRISPR/Cas9-mediated epigenetic editing system EPIGENETIC INHERITANCE   ◊ Functions and mechanisms of epigenetic inheritance EPENDYMAL CELLS SINGLE-CELL TRANSCRIPTOMICS and FATE MAPPING   ◊ Absence of Neural Stem Cell Function EPITHELIAL   ◊Alveoli EPITHELIAL-MESENCHIMAL INTERACTION description and differentiation EPITHELIAL-MESENCHIMAL TRANSITION Cor Genes Snail Epithelization

ERECTILE DISFUNCTION HUMAN BRAIN HYPOTHALAMUS Genetic variant rs17185536 regulates SIM1 gene expression in human brain hypothalamus ERYTHROPOIESIS ERYTHROID ENUCLEATION Shlnc-EC6 regulation Erythroblasts ESOPHAGUS MYOGENESIS A distinct cardiopharyngeal mesoderm genetic hierarchy establishes antero-posterior patterning of esophagus striated muscle Ethics and Genomics EST Resource EVOLUTION HoxGenes proteins DNA Human EXECUTIVE FUNCTION ENHANCEMENT   ◊Psychpharmacology and Safety DEVELOPMENT   ◊Perspectives on the interplay between genes and environment on executive functions development EXOCYTOSIS description and endocytosis Synaptic vesicles   ◊Synaptotagmin I EXONIZATION of INTRONS Alu elements   ◊ Mechanisms EXOSOMES Function Transfer of mRNAs and microRNAs Function of Exosomes Derived from Human Primed Mesenchymal Stem Cells EXPRESSION of GENES global (microArray) Mechanical induction EXPRESSION GROUP of GENES   ◊ Frequency-modulated Mechanisms Neighborhoods PATTERNS   ◊ Promotor Elements EPIGENETIC REGULATION   ◊ Monoallelic gene expression   ◊ polycomb proteins Ring1A and Ring1B red and green pigments OPTOGENETIC REGULATION   ◊ Optogenetic regulation of gene expression EXTRACELLULAR MATRIX MOLECULES   ◊ synaptic plasticity FUNCTIONS   ◊ Function   ◊ fibronectin assembly   ◊ Controls Movement of Signaling Molecules ExportSignals EYES ABNOMALY   ◊ genetic and molecular basis ANTERIOR SEGMENT DEVELOPMENT   ◊Schlemman canal development   ◊Genetic control   ◊Signaling “cross-talk”   ◊Wnt/β-Catenin Signaling and Pitx2 Comparative Anatomy EVOLUTION   ◊ Description FETAL   ◊ Developing vasculatures FIELDS   ◊Specification   ◊Eph/Ephrin signalling   ◊Rx1 GENETIC CONTROL   ◊ ey Paradigm   ◊ Rx   ◊TALE factors DEVELOPMENT   ◊VERTEBRATE    • Genetic control   ◊Limbocornea and conjunctiva   ◊ Ectopic Eye    • Purine-mediated signalling    • Outgrow eye   ◊ OPTIC-CUP MORPHOGENESIS    • ECM molecules    • Self-organizing from ESC    • SOXC proteins