TARGETING MEMBRANE COMPARTMENTS   ◊RAB GTPases TARGETS GENES   ◊Genes downstream of Six1 TATSystem TASTE BITTER   ◊Phenylthiocarbamide (PTC) BUDS   ◊Buds   ◊Papillae Booster CALCIUM   ◊Calcium Taste Avoidance in Drosophila CNS DIFFERENTIATION   ◊ Taste Cells in Tase Buds    • Role of Mash1 Innervation MECHANISMS SENSATION   ◊Biology of taste   ◊Mechanisms sensation PROGENITOR CELLS   ◊ Taste bud regeneration   ◊ Sonic hedgehog–expressing basal cells RECEPTORS   ◊ Description   ◊ Genetics   ◊ Classification   ◊ and Odor   ◊ Gene   ◊ Sweet   ◊ Sweet and umami SOUR TASTE   ◊ A proton current drives action potentials UMAMI TASTE   ◊ Molecular biology WATER TASTE   ◊ Cellular mechanism Tecto T CELL Homeostasis Migration and TEC memory REGULATORY   ◊ regulatory   ◊ Foxp3 TECTUM DEVELOPMENT   ◊ Engrailed TEETH DEVELOPMENT AGENESIS   ◊ Genetics   ◊ Genetic control Cultivation GENETIC CONTROL   ◊ Agenesis   ◊ Description   ◊ Fisp12/CTGF   ◊ Periostin   ◊ Traf6 MOLARS   ◊Pattern Formation PROGENITORS   ◊Role of Sox2 Telegonia TELENCEPHALON DEVELOPMENT   ◊ LPA signalling TELOCYTES Distribution and Role TELOMERASE ASSEMBLY   ◊ Assembly telomerase   ◊Mechanism action STRUCTURE   ◊ Structure of Telomerase with Telomeric DNA. TELOMERES CONTROL of LENGH   ◊ Assembly of telomeric chromatin   ◊Rap1–Rif1–Rif2 Complex Description T-loops G-tails Anchoring telomerase PROTEINS   ◊TRF2    ◊ Interaction with ATM   ◊Telomere-associated proteins STABILITY   ◊Pot1   ◊Protection TENDONS DEVELOPMENT   ◊Description   ◊Development and diseases Syndetome TENDON-BONE ATTACHMENT    •Two pools of progenitors TESTIS DETERMINATION   ◊Insulin receptor ORGANOGENESIS   ◊Building the mammalian testis

TETRAPLOIDS Development   ◊ Mouse TFIID-promotor Compex TIGHT JUNCTIONS Description in Differentiation and proliferation THOUGHT Chessplayer THYMUS Postnatal epithelial progenitor Programming of Immunological Self-Tolerance THYMOCYTES description role Notch1 TISSUE ARTIFICIAL   ◊ Progress in engineering FUNCTIONS   ◊ Tissue-Specific Gene Regulation BUILDING POLARIZED TISSUE   ◊Mechanisms ORGANIZATION   ◊Epithelial architecture TISSUE SEPARATION   ◊Ephrin Ligand/Eph Receptor Pairs TOLERANCE SELF-TOLERANCE   ◊Aire-Expressing Cells TONGUE MUSCLE DIFFERENTIATION   ◊ Role of TGFβ3 EPITHELIAL DIFFERENTIATION   ◊ Cycle Arrest TOTIPOTENCY REPROGRAMMING THE GENOME   ◊ Reprogramming the genome gamets TOOTH MORPHOGENESIS   ◊ TSPEAR a Regulator of Notch Signaling Tooth and Hair TOUCH BIOLOGY   ◊ Mechanosensory cell types   ◊ Merkel cells and neurons   ◊ Functional Organization PROTEINS   ◊ Mechanically activated ion channel Piezo1 Trabeculae TRACHEA CARTILAGE   ◊Regulation of Sox9 by Shh TractOutFlow TRADE of ORGANS Ova tRNA MODIFICATIONS   ◊ Glycosylated queuosines in tRNAs optimize translational rate and post-embryonic growth TRANSCRIPTION ANTISENSE   ◊ Antisense   ◊ Antisense transcription modulates sense transcript dynamicse Divergent from active promoters Elongation LANDSCAPE   ◊ Human Genome> MECHANISMS   ◊Repression    ◊non-coding RNA B2    ◊histone lysine methylation NON-GENIC   ◊Drosophila bithorax complex FACTORIES   ◊Gene Interactions   &loz RNAP-II transcription factories   &loz Morphology of nuclear transcription PROFILING   ◊Single-cell profiling for advancing birth defects research and prevention role of FACT TRANSCRIPTOME   ◊ Dynamics and Spatial Genomics of the Nascent Transcriptome by Intron seqFISH.   ◊ Single-Cell Transcriptomics in Adult Rodent Brain Visualization TRANSCRIPTIONAL INTERACTOME    ◊Long-range chromosomal associations    ◊Spatial Resolved Transcriptomics: Computational Insights into Gene Transcription Across Tissue and Organ TRANSCYTOSIS immunoglobulins TRANSDETERMINATION Lung Endothelium TRANSDIFFERENTIATION CHONDROCYTES→OSTEOBLASTS    ◊Development Endochondral Bone Description Β-CELLS    ◊ Insulin-producing β-cells regenerate ectopically from a mesodermal origin under the perturbation of hemato-endothelial specification BILIARY SYSTEM    ◊ Duct Cell → endocrine Cell of pancreas    ◊ De novo formation of the biliary system by TGFβ-mediated hepatocyte transdifferentiation HAIR CELLS    ◊ Trans-differentiation of outer hair cells into inner hair cells in the absence of INSM1 Conversion from fibroblast to cardiomyocyte Liver → pancreas Lung → gut & Metaplasia TRANSFECTION METHODS    ◊ Single cell transfection of human iPSC using a droplet-based microfluidic system TRANSFER EPITHEL-MESENCH Cushings Epicard Myocard TRANSFORMATION TRANSFORMATION CELL   ◊ Fibroblasts to an ES-cell   ◊ convert blood vessels to blood stem cells in embryonic development

TRANSLATION LOCAL CONTROL   ◊ Combinatorial code   ◊ Mechanisms   ◊ in Axon and Dendrites in Nucleus MASHINERY   ◊ Effects of antibiotics   ◊ Roadblocks and resolutions in eukaryotic translation MECHANISMS   ◊ Control   ◊ Description   ◊ from Single Ribosome   ◊ SINE РНКs regulate mРНК production QUALITY CONTROL   ◊ Cleavage A site mRNA Repression role of 3'UTR TRANSLOCATION PROTEINS   ◊ Channel SecY TRANSPORT AXONAL   ◊ Description within Axones   ◊Cdk5 CERAMIDES   ◊ role of CERT Cholesterol   ◊ The Rab11-binding protein RELCH/KIAA1468 controls intracellular cholesterol distribution. Cholesterol FROM THE MITOCHONDRIA TO PEROXISOMES   ◊Vesicular carriers MEMBRANE   ◊ role of MFS NUCLEAR PROTEINS   ◊ Import cycle Tunnelling Nanotube ORGANELLE   ◊ Transport by scaffolding proteins VESICLE   ◊COPII<->SNARE   ◊TGN->Endosome   ◊ PCTVs tRNA   ◊ Biogenesis and Function within Сillia, flagella TRANSPORTERS CHOLIN   ◊ CHT GLUTAMATE   ◊GLAST and GLT1 Transcription Stimilus-induced Transposons TRANS-SPLICING CHIMERIC RNA   ◊Mechanisms TRANSPOSABLE ELEMENTS SOURCE OF DIVERSE CIS-REGULATORY SEQUENCES   ◊ Source of diverse cis-regulatory sequences Trauma tRNA STRUCTURE and FUNCTION   ◊complexity of the tRNA world: mammalian tRNAs beyond protein synthesis TRIPLOIDY TYPES   ◊Mechanisms TROPHOBLAST of EMBRYO EPIGENETIC RESTRICTION LINEAGE   ◊Methylation of Elf5 TROPHOBLAST FUSION AND DIFFERENTIATION   ◊Signalling hCG TubularHeart TUBULOGENESIS   ◊Tubulogenesis   ◊Mechanisms TUMOR PROGRESSION Integrins PROLIFERATION   ◊ Cyld inhibition TUMOR SUPPRESSORS Description * Ink4a-Arf Tymocyte Tymus THYROID development and anomaly Tunnelling Nanotube

TYROSINASE The structure and function of the mouse tyrosinase locus