ImmunePrivilege IMAGINAL DISCS DEVELOPMENT   ◊Peripodial Epithelium IMAGING TECHNOLOGY   ◊Hyperspectral phasor analysis IMPRINTING (GENOMIC) Description HUMAN   ◊ Novel genes Hypothesis Igf2/H19 MECHANISMS   ◊ by Mammalians   ◊ Kcnq1ot transcript NET of GENES   ◊ Regulation with Zac1 INACTIVATION X CONTROL of X CHROMOSOME ACTIVITY   ◊XACT Noncoding RNA X chromosome INDUCED PLURIPOTENT STEM CELL TECHNOLOGY   ◊ A decade of progress   ◊ Cell Type of Origin Dictates the Route to Pluripotency ImputsIntegration INVAGINATION of CELLS REGULATORY CELL HEIGHT CHANGES   ◊Mechanisms of control INNOVATION MEDICINE 2023   ◊7 medical breakthroughs that gave us hope in 2023 IMMUNE SYSTEM REGULATORY T CELLS   ◊Role IMMUNITY INNATE DESCRIPTION   ◊Description TOLL-LIKE RECEPTORS   ◊Induction signaling cascades UBIQUITYLATION   ◊In innate and adaptive immunity IMMUNOLOGICAL SYNAPSE   ◊description   ◊ T-cell receptors IMPLANTATION MORPHOGENETIC ANALYSIS   ◊Genetic control GENETIC CONTROL   ◊ Follistatin in uterine receptivity and decidualization

INACTIVATION X CHROMOSOME description Eed-Enx1 complex imprinted X PLURIPOTENCY STEM CELLS FACTORS   ◊ Oct4 INACTIVE X CHROMOSOME Perinucleolar targeting INDUCED PLURIPOTENT STEM CELLS (iPS) GENERATION   ◊ Single open reading frame   ◊ From cord blood   ◊ Suppression with p16INK4A и ARF-p53   ◊ BAF-remodeling complex INFERTILITY MALE   ◊ DNA fragmentation INFLAMMATION or ANGIOGENESIS   ◊ Endothelial cells respond INFLAMMASOME NALP3   ◊ Respond on 'danger' signals AND DISEASES   ◊ Roles Innate Immunity INNER EAR CELL CYCLE   ◊ Genetics INNER HAIR CELLS   ◊Description MORPHOGENESIS AND PATTERNING   ◊Role of Dan NEURONS   ◊Differentation    • Genetics   ◊Replacement    • Stem Cells SUPPORTING CELLS   ◊Role in repair deafness INNERVATION Corti GUT   ◊Enteric nervous system Heart Stomach INTERNEURONS in ASSEMBLOIDS   ◊Assembloids Unlock the Roles of Key Neurodevelopment Disease Genes INSULATORS MECHANISM of ACTION   ◊ Enchancers and silencers   ◊ Function   ◊ Propeties   ◊ Types INSULIN RECEPTORS MECHANISM of ACTION INSULIN   ◊ ligand-induced transmembrane signaling INTEGRINS Activation with RAS INTRAFUSAL MUSCLE FIBER MORPHOGENESIS   ◊Specification

INTERACTION Interactome   ◊ Maps Protein-DNA   ◊ Major Groove Recognition INTERMEDIATE FILAMENTS ASSEMBLY AND FUNCTION   ◊ SUMO in assembly   ◊ Dynamics   ◊ Structure and Functions INTERACTIONS   ◊ with Microtubules and Microfilaments INTERNEURONS MIGRATION   ◊Signals of NEOCORTEX   ◊Inhibitory functions SUBTYPES and ORIGIN   ◊GABAergic circuits   ◊Transcriptional control RETINAL HORIZONTAL   ◊ Role of Sall3 INTERSTITIUM NEW   ◊Structure and Distribution INTERVERTEBRAL DISCS AVIAN   ◊from rostral sclerotome INTESTINUM DIFFERENTIATION   ◊Mechanisms of formation   ◊Smooth muscle cells   ◊Secretory cell type CRYPT-VILLUS AXIS   ◊ Fibronectin-Dependent Mechanism REMODELLING DURING METAMORPHOSIS   ◊ Role of Shh ROTATION   ◊ Growth pattern of the human intestine and its mesentery IntraGolgiTransport IntussusceptiveAngiogenesis INVADOPODIA Structure and Function INVAGINATION OF CELLS Regulation Height of Cells   ◊ Control mechanisms INVASION CARCINOMA CELLS   ◊ Role of fibroblasts INVASIVE MIGRATION   ◊Role of Rab25 and α5β1 in vivo Technique ION CANNELS см. Cannels of Ions IONOCYTES PULMONARY IONOCYTES   ◊Pulmonary Ionocytes Challenge the Paradigm in Cystic Fibrosis irisPigmentEpit ironHomeostasis IsletLangerhans IsomerismLR IsthmicOrganizer ITCH ITCH RESPONSES   ◊TRPV1 neurons