VALVE CARDIAL STRUCTURE AND FUNCTION   ◊ in Development and Disease DEVELOPMENT   ◊Mouse and Chicken    • Leafts    • Role of Ltbp1L   ◊ Zebrafish    • Chondroitin sulfate    • VEGF receptors   ◊Semilunar Valve    • Role of CXCR7 VASCULAR SYSTEM GUIDANCE   ◊Endothelial Cells   ◊Neural guidance signals GENETIC CONTROL   ◊ Sox7 VASCULARIZATION ANGIOGENESIS AND VASCULOGENESIS   ◊Genetics of blood vessel formation   ◊Somatopleural and splanchnopleural tissues   ◊ Role of blood flow and microRNAs V(D)J RECOMBINATION and Artemis immunoglobulins in germ cells in Tymocytes   ◊ role of TCRδ ventricleCardialRghit VentricularConductSyst

VeinsPulmonal VERTEBRAE DEVELOPMENT Identitification   ◊Notch signalling   ◊ Specification VESICLES ENDOCYTIC Rab4 and vesicle fission VESSELS DEVELOPMENt and nerv PROGENITORS   ◊Erythro-myeloid progenitors contribute endothelial cells WALL ASSEMBLY   ◊EphrinB-2/EphB signalling VESSEL GROWTH   ◊Clonal Expansion of Endothelial Cells Contributes to Ischemia-Induced Neovascularization VESTIBULAR SYSTEM DarkCells Organs Bionic Ear

VIRAL INFECTION Hijacking of GPCRs VISION description COLOR VISION   ◊ Evolution   ◊Trichromatic vision VISUAL SYSTEM Consciousness Eye, Brain, Vision DEVELOPMENT   ◊ Genetic control Cortex NEURAL CONNECTIONS   ◊Topographic maps    • Axon guidance molecules VISUAL SIGNALING   ◊Bipolar cells    • Synaptic Mechanism for Temporal Filtering VITAMINS D   ◊Role VocalFolds VOMERONASAL ORGAN Human Description Clustering of vomeronasal receptor genes is required for transcriptional stability but not for choice