Словарь: термины
(латиница)
S

SALIVARY GLAND
  • structFunc
  • BRANCHING
      ◊description
      ◊fibronectin
      ◊HGF
      ◊ NOTCH signalling


    • Sarcolemm

    SARCOMERE
  • SKELETAL MUSCLE MYOFIBRILS
      ◊ organization
      ◊ Intersarcomere dynamics
  • CARDIAL MUSCLE MYOFIBRILS
      ◊ Structure of the native myosin filament in the relaxed cardiac sarcomere


  • reticulum
  • elasticity SATELLITE CELLS
  • Asymmetric divisions
  • Molecular Signature
  • Role of microRNA-1 and microRNA-206
  • Regenerative Myogenesis
  • SIGNALLING Notch signalling FGF signalling


    • SCALE DEVELOPMENT
  • SIGNALING NETWORK
      ◊ Wnt/β-catenin regulates an ancient signaling network during zebrafish scale development


    • SCAPULA AND PELVIS DEVELOPMENT
  • AN EVOLUTIONARY PERSPECTIVE
      ◊ Genetics of scapula and pelvis development


    • SCLEROTOMES
  • DEVELOPMENT
      ◊ Genetic Control


    • SCHWANN CELLS
  • description
  • role Brn2 and Oct-6


    • SECOND MESSENGERS
  • in Hair Cells


    • SEGMENTATION
  • CardialTube
  • Diencephalon
  • HindBrain
  • SEGMENT NUMBER
      ◊Control


    • SegmentalPlate

    SEGREGATION CHROMOSOMES
  • Role of Cdc14


    • SELF-APPRAISAL
  • Role


    • SELF-CONSCIOUSNESS
  • Introduction


    • SELF-ORGANIZATION
  • TISSUE MECHANICS
      ◊microtubule cytoskeleton
      ◊Self-organization mouse embryonic stem cells into gastruloids
  • and SELF-ASSEMBLY
      ◊Embryoids, organoids and gastruloids


    • SENESCENCE
  • СELLULAR
      ◊and cancer
      ◊Effector programs
      ◊in biological processes
      ◊in developmental processes
      ◊ MKK7
      ◊ Cellular senescence and developmental defects
  • telomeric overhang


  • MECHANISMS
      ◊mechanisms
      ◊Role of HMGA
      ◊Wnt signalling
      ◊Arcana of senescence


  • ORGANS and TISSUES
      ◊Brain

    •   ◊Musculus
       •Regeneration
      ◊Liver
       •Stellate Cells

  • ORGANISMS
      ◊ how slow down?


    • SENSE
  • ELECTRIC
      ◊ shark


    • Septum
    Serotonin-ir Neurons

    SERTOLI CELL
  • FGF


    • SEX DETERMINATION
  • AVIAN
      ◊ Somatic sex identity
  • GENETICS
      ◊ genetics
      ◊ P450 and 21-OH deficiency
  • GONAD DEVELOPMENT
      ◊ Gonad Anomaly
  • EPIGENETICS
      ◊DNA methylation; histone modification
  • Role of splicing


    • SHAPE CONTROL
  • GENES
      ◊ ROCK1 and ROCK2
  • ORGANELLES
      ◊ Mechanisms


    • SIGNALLING
  • ATAXIA-TELANGIECTASIA MUTATED (ATM)
      ◊ Genome stability and reduce the risk of cancer
  • BONE MORPHOGENETIC PROTEIN (BMP)
      ◊ Select their targets
      ◊ In congenital heart disease
  • BIOACTIVE LIPID
      ◊ & Lipoprotein particles
      ◊ sphingolipids
  • Ca2+
      ◊ description
      ◊ embryogenesis
      ◊ sensor Receptors
      ◊ NO

  • Cannabinoids
  • CIRCUITS
      ◊ Custom Designing


  • CONTROL
      ◊ With MicroRNA

  • G PROTEINS
      ◊ Gγ Subunit Ste18 and the Ste5 Scaffold Synergistically Regulates MAPK Activation in Yeast
      ◊ Mechanisms of signalling and biased agonism in G protein-coupled receptors
  • Description

  • DECAPENTAPLEGIC
      ◊ Role of Sara

  • EGFR
      ◊ role ADAMs
      ◊ Feedback regulation
      ◊in Develop. and Cong. Diseases


  • ERK/MAPK
      ◊through Scaffolds and Inhibitors


  • Eph and Ephrin
      ◊Description
      ◊Mechanisms
      ◊Regulation of vascular identity

  • erbB/HER receptor
  • endosomes
  • evolution of path
  • FGF
      ◊FGFβ
      ◊ Mechanisms of Fgf signaling
  • FGF Receptors FGF Receptors
  • GLUCAGON
      ◊ Role in Hypothalamus


  • HGF/SF → MET
  • HEDGEHOGS (HH)
      ◊Pathways
      ◊Role of vitamin D3
      ◊Proteoglycan ensures with its receptor connection
  • HIPPO
      ◊Roles for the Hippo pathway
      ◊Roles TAZ и YAP
  • INSULIN
      ◊Critical nodes
      ◊ TEF3
      ◊ Tuberous sclerosis complex
  • Integrins
  • in 3 dimensions
  • Jeb/Alk
  • Lateral Propagation
  • LIF SIGNALING
      ◊In stem cells and development
  • Mathematical modeling
  • MECHANOSIGNALING
      ◊Role of Lamins
  • MHC II
  • Neuregulin
  • Neurotrophins-Receptors
  • NFκB
      ◊ Principles
  • NO
      ◊ NOS cubcel.Localization
  • NODAL
      ◊ Role of miR15, miR16
  • NOTCH
      ◊Description & Genetic control
      ◊The Notch pathway in CNS homeostasis and neurodegeneration
      ◊ Glycosyltransferase
      ◊Ligand Delta
       •Endocytosis
      ◊ Dynamic Ligand Discrimination in the Notch Signaling
      ◊Non-canonical Notch Signaling
       •Role and mechanism
      ◊ Steps of path
      ◊Regulating Apoptosis
       •in AER of limb
      ◊Regulating genes
       •krz, dx
       •New by Drosophila
      ◊TERMINATION
       •Mechanisms
  • NUCLEAR SIGNALING
      ◊ IPMK: A versatile regulator

  • PHOSPHOINOSITIDE 3-KINASES (PI3Ks)
      ◊ Isoform-specific PI3Ks

  • PHOSPHOTYROSINE(pTyr)
      ◊ Evolving a New Cellular Communication System
  • PLATFORM
      ◊ tIPP complexes for integrins
  • POLYCOMB
      ◊ Polycomb Response Element    • Segmentation of the Posterior Hindbrain
  • RAS proteins
  • RARγ and RARα2
  • REELIN->APOE RECEPTORS
      ◊ Control of synaptic plasticity
  • RETINOIDS
      ◊by Gastrulation    • From mesoderm to neuroectoderm
  • SALVADOR/WARTS/HIPPO
      ◊Regulation    •with Lgl, aPKC and Crumbs
  • SPHINGOSINE-1-PHOSPHATE
      ◊Functions    •in Disease
  • TGF-β
      ◊ TMEPAI, a transmembrane TGF-β-inducible protein
  • TLR
  • Trio/Kalirin→RhoG–Elmo–Dock180—Rac1
  • tight Junction
  • with Transcription Factors
  • WNT/Wt
      ◊CANONICAL
       • Fold-change
       • Function
       • Integrated Wnt signaling
       • Parafibromin/Hyrax
       • Regulation by R-spondin/Lgr5/Rnf43 module
       • Regulation by protein kinases
       • Role of Amer1/WTX
       •Sp5 and Sp8 activate Wnt target gene

    •   ◊ROLE in DEVELOPMENT
       •Tissue lineage differentiation
      ◊ NONCANONICAL PATH
    2 path
      ◊3 path
       •Dishvelled
       •Choice with Dishvelled
      ◊ Proximal events

       • Ligands & Recrptors
      ◊ Receptors
       • Phosphorilation of LRP6

    SIGNALLING MODULES
  • Transport
      ◊ Kinesin motors


    • SIGNALLING (MODULATION)
  • Description
  • by ENDOCYTOSIS and SECRETION
      ◊ Description
      ◊ Membrane dynamics
      ◊ EGFR, TGFβR...

  • HEDGEHOG (HH)
      ◊ Cholesterol modification
      ◊ Modificators
      ◊ Hh-Gli modulators
  • by Heparan sulphate proteoglycans
  • BMP
      ◊ Crossveinless 2
  • Fgf
      ◊ Glycoptoteins
  • NOTCH
      ◊ Glycosylation
  • RGS
  • Receptor Tyrosine Kinases (RTKs)
      ◊ Sprouty
  • Smo modulators
  • WNT
      ◊ Secreted antagonists
      ◊ in Development and Disease
      ◊ Role of Wntless


    • SIGNALLING NEURAL IMPULSES
  • SYNAPTIC VESICLE
      ◊ Sinaptic transmission via VGLUT
  • Extrasynaptic
  • Phosphoinositide signaling in somatosensory neurons
  • Theory of Solitons


    • SIGNALLING (NETS)
  • CROSS-TALK
      ◊ Macrophages
  • Description
  • INTEGRATION
      ◊ Activin and Notch
      ◊ Notch and Wnt
       •Phyllopod
      ◊ BMP and MAPK
      ◊ Cadherins
      ◊ Cadherins 2
  • NODES
      ◊Insulin net

  • SPATIOTEMPORAL ORGANIZATION
      ◊Design Principles

  • PROJECT
      ◊ B lymphocytes
      ◊ Cardyomyocytes
      ◊ Molecule Page database


    • SIGNALLING (TRANSPORT) in NUCLEUS
  • ligand-receptors?
  • receptors, products of proteolysis


    • SignaloSome

    SILENCING
  • Description
  • POLYCOMB GROUP
      ◊Description
      ◊Polycomb repressive complexes
      ◊ Mechanisms
  • PTG
  • RISC
      ◊Argonaute2
      ◊Dicer1-2
  • RNAi
      ◊ Mechanisms
      ◊ retrotransposon LTRs
      ◊dsRNA
       • endocytosis
      ◊ Transfer in nucleus siRNA
  • rRNA gens
  • SPREADING ON CHROMATIN
      ◊ Mechanisms
  • siRNA


    • SinoAtrialNode

    SISTER CHROMADID COHESION
  • MECHANISMS
      ◊SisterChromadidCohesion
      ◊Acetylates the Smc3p subunit of the cohesin complex


    • SIZE CONTROL
  • Mechanisms
  • ORGANISMS
      ◊ Description
      ◊Mechanisms
       • Insects
       • Role of PI3K
  • ORGANS
      ◊Morphogen Gradients
       • Hox genes
      ◊ Number of embryonic progenitor cells
       • Pancreas and liver
      ◊Genetic Control
       • YAP and Yorkie
  • CELLS
      ◊ Biosynthetic Basis
      ◊ role Rheb
  • without checkpoint


    • SKELETAL
  • CELL DIFFERENTIATION
      ◊ Skeletal Defects


    • SKIN
  • DEVELOPMENT
      ◊ Description
      ◊ and Regeneration
      ◊ & Fethers
      ◊Fibroblast heterogeneity
  • PIGMENTATION
      ◊ Melanocytes
  • SENSORY TRANSDUCTION
      ◊ Mechanisms
  • STRUCTURE and FUNCTION
      ◊ Morphogenesis. Genetic control
  • TISSUE-ENGINEERED SKIN
      ◊ Progress and opportunities


    • SKULL
  • Development
      ◊ Evolution


    • SLEEP
  • control
  • Genetic analysis


    • SMALL RNA
  • Biogenesis
  • Description
  • TRANSFER IN NUCLEUS
      ◊ Argonaute protein NRDE-3


    • SMOOTH MUSCLE
  • DEVELOPMENT
      ◊ Myocardin family of transcriptional coactivators
  • DIFFERENTIATION
      ◊ Smad3-mediated myocardin silencing


    • Sniffing
    S-nitrosylation
    somatic Mosaicism

    SOMITOGENESIS
  • BILATERAL SYMMETRY
      ◊ Role of Rere
  • GENETIC CONTROL
      ◊ Molecular mechanism
      ◊ Role of Ebf2 and Ebf3
      ◊ Timeline of transcriptional regulation
      ◊ Wnt signaling
  • description
  • Myotome
  • OSCILLATIONS
      ◊ Notch and Fgf Signaling
      ◊ Noise in the Vertebrate Segmentation Clock Is Boosted by Time Delays
  • Syndetome


    • Snore

    SORTING
  • mannose-6-phosphate receptors (MPRs)
      ◊ GGA adaptors
  • MEMBRANE PROTEINS
      ◊ GPI-anchored proteins
      ◊ The signal recognition particle


    • Sound

    SPATIAL LEARNING
  • LONG NONCODING RNA
      ◊Novelty Activates a Long Noncoding RNA for Spatial Learning in Mice
    • SPECIFICATION
  • EMBRYONIC CELL-TYPE
      ◊Single-cell transcriptional profiling
  • LIMB
      ◊Digit and Limb
  • NEURONAL
      ◊Neuronal
      ◊NeuroProgenitor
      ◊Spinal neuron
        •BMP and electrical activity
  • Mesoderm
  • and DETERMINATION
      ◊Lineage commitment
      ◊The chromatin modifier Satb1 regulates cell fate


    • SPECIALIZED
  • Mesench.Cells

    • Speech
    Speckles

    SPEMAN ORGANIZER
  • < Description
  • < Self-Regulation


    • SPERMATIDES
  • POLARIZATION
      ◊ JAM-C


    • SPERMATOGENESIS
  • CAPACITATION
      ◊ Calcium
  • CYTOSKELETON GERM CELL
      ◊ Dynamic
  • SPERMATIDS
      ◊ Genetic Instability and Chromatin Remodeling in Spermatids
  • SPERM
      ◊ hyperactivated
      ◊ paternal RNA
  • SPERM GUIDANCE
      ◊ Chemoataxis
  • SPERMIOGENESIS
      ◊description
  • transcriptional machinery
      ◊ TAFs and TBP


    • S-phase
    Spikelets

    SPINAL CORD
  • NEUROGENESIS
      ◊ Duru
      ◊Neurogenesis
      ◊ signals and switches
  • ORIGIN
      ◊Signals and switches
  • Pattern
  • PRECURSORS CELLS
      ◊Expression Olig1/2
  • RECOVERY
      ◊functional recovery from spinal cord injury in lampreys
  • SIGNALING
      ◊ effects of WNTLESS on WNT1/3A


    • SpinaVestibuli

    SPINDLE (MITOTIC)
  • ASSEMBLY
      ◊CHECKPOINT
       ◊ Connection kinetochores and microtubules
      ◊ Description
      ◊ Kinesin-5
      ◊CENTRALSPINDLIN COMPLEX
       ◊regulation
  • BIPOLARITY
      ◊ Kizuna
  • DYNAMICS of MICROTUBULE
      ◊ GSK-3
  • DISSOTIATION
      ◊ AAA-ATPase
  • ORIENTATION
      ◊ Description
      ◊Mechanisms
       • Complex positioning
       • Description
       • Role of PtdIns(3,4,5)P3
  • POSITIONING
      ◊ Role of microtubule


    • SPINES
  • Axonic
  • DENDRITIC
      ◊ description
      ◊ genesis and function
      ◊ Number of NMDA rec.
      ◊ oligophrenin-1
      ◊ profilin and stabilization


    • SPLICING (ALTERNATIVE)
  • ASSAYS
      ◊Interpretation of mRNA splicing
  • Characterization
  • Conservation and Function
  • DEFECTS
      ◊Deafness
      ◊Misregulation of Alternative Splicing by RTT
  • CONTROL
      ◊Chromatin Factors Influences
      ◊Mechanisms
      ◊Mechanisms
      ◊Alternative splicing of the vitamin D receptor modulates target gene expression and promotes ligand-independent functions
      ◊The histone variant H2A.Z promotes splicing of weak introns
      ◊Role of miRNAs
       • Postnatal heart development
  • Synaptic transmission


    • SpliceSome
  • Descrioption
  • Second


    • SPREADING
  • Fibroblastes
      ◊Spreading initiation centers
      ◊ Filopodies


    • starvation

    STEM CELLS
  • ADIPOSE TISSUE
      ◊ Into insulin-producing cells
  • AGEING
      ◊ Functionality
      ◊ Mechanisms
  • ADULT
      ◊ Determination: role of dsRNA
      ◊Nano-chips
  • BLOOD PROGENITOR
      ◊ Olfactory Control
  • BRAIN
      ◊ Hypothalamic regulation of adult neural stem cells
  • CANCER
      ◊ A genome editing approach to study cancer stem cells
      ◊ Search
      ◊ invasive properties of somatic cells via paracrine activation of mTORC1 in stem cells
      ◊ Function
      ◊ Tumour-derived endothelium
      ◊ Identification of Tumor Initiating Cells with a Small-Molecule Fluorescent Probe
  • CARDIAL
      ◊ and Agening
      ◊ Identification
      ◊ and Agening
  • CHROMATIN REMODELING FACTORS
      ◊imitation SWI (ISWI) и Domino (DOM)
  • DERMIS-DERIVED STEM CELLS
      ◊ Structure and function
  • DENTAL FOLLICLE STEM CELLS
      ◊ Activation of proliferation and differentiation
  • DIFFERENTIATION
      ◊ Role of Sirtuin 1
  • EMBRYONAL STEM (ES)CELLs
      ◊ Antibody to antigens
      ◊ Expression of Genes
       • ESC towards embryoid bodies
      ◊ Description*
      ◊ Reorganization of the Clustered Hox Genes
       • Role of RA
      ◊ Differentiation
       • Control of differentiation
       •Role of Cathepsin L
       •Role of miRNA
      ◊ Differentiation to
       • Neural Cells
       • Chondrocytes
       • Thyroid
      ◊ 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 Cardial cells and reparation
       •in Neurons
       •in Vascular Endothelial Cells
  • EPIDERMAL
      ◊ Description
      ◊Differentiation
       • Actin and serum response factor
      ◊ Markers
  • EPITHELIAL
      ◊ Description
      ◊ Role of Lgr
  • Eyes
  • GENETIC CONTROL
      ◊ Notch signaling
      ◊ Polycomb complexes
  • GERMLINE
      ◊ Asymmetric inheritance
       • Centrosome
      ◊ Epigenetic properties
      ◊ from Spermatogony
      ◊ Niches and cadherins
      ◊ Nanos

  • HAIR FOLLICLE STEM CELL
      ◊ Role of Foxp1

  • HEART STEM CELL
      ◊ natural variation in heart regeneration
  • Heart

  • HEMATOPOIETIC STEM CELLS
      ◊ Commitment
      ◊ Description
      ◊ Interactions with the niche


  • HEMATOPOIETIC STEM CELLS GENE-MODIFIED
      ◊Immunoresponse to Gene-Modified Hematopoietic Stem Cells
  • Hepatic
  • HUMAN: DIFFERENTIATION
      ◊ by BMP-2
  • HUMAN: MESENCHIMAL
      ◊ Commitment of fate
      ◊ Description
  • HUMAN: UMBILICAL CORD BLOOD
      ◊ Pluripotent differentiation potential
  • UNDIFFERENTIATED HUMAN EPIDERMAL CELLS
      ◊ Functional heterogeneity
  • PLURIPOTENT STEM CELLS
      ◊ Directional differentiation
      ◊ Human pluripotent reprogramming with CRISPR activators
  • INTESTINUM
      ◊Role of Paneth Cells
      ◊ Origin of adult intestinal stem cells
  • MAMMARY
      ◊ Mammary
      ◊Cyclin Y-Like 1 and Cyclin Y in Mammary Stem/Progenitor Cells
  • METABOLIC PROGRAMMING
      ◊ Metabolic programming of stem cells
  • LUNGS
      ◊ Regenerative Potential
      ◊ Role for chronic lung diseases
  • LIVER
      ◊ Differentiation in hepatocytes
       • Role Notch
  • MECHANOBIOLOGY
      ◊ Lessons from bone marrow
  • METHODS of OBTAINING
      ◊ Somatic cell nuclear transfer
  • MESENCHYMAL STEM CELLS
      ◊ HUMAN UMBILICAL CORD
       • Differentiation into cardiomyocytes
      ◊ DIFFERENTIATION
       • Kindlin' the fate of mesenchymal stem cells
  • NEURAL
      ◊ Neural

    •   ◊IGF-I
      ◊in Brain
      ◊ Role of microRNAs
      ◊ Transdifferentiation
      ◊ TRIP6
  • Сharacterization
  • NICHE
      ◊ Adhesion
      ◊Integrity by Activator of Integrin Signaling
      ◊Structure and Function
      ◊from Stem Cell
      ◊ Spindle positioning
      ◊ GLI1-expressing mesenchymal cells form the essential Wnt-secreting niche for colon stem cells


  • NEURAL CREST
      ◊ description
      ◊ Sox10


  • MAMMARY
      ◊ Function


  • OVARIAN
      ◊ Function


  • PANCREAS
      ◊Unique pancreatic stem cells
  • PLURIPOTENCY
      ◊Nanog
      ◊Regulatory networks
  • Repertoire


  • REGULATION
      ◊microRNA
  • RETINA
      ◊ Regeneration
      ◊Wnt signaling
  • SELF-RENEWAL
      ◊Транскрипционный фактор ZFX
      ◊Small molecule


  • SKELETAL
      ◊Formation and Function
  • SKIN
      ◊Structure and Function
  • SPERMATOGONIA
      ◊c-kit expression in differentiation
      ◊ Spermatogonia stem cell


  • TENDON
      ◊Identity
  • TISSUE-SPECIFIC
      ◊Origin
  • TROPHOBLAST STEM CELLS
      ◊Differentiation into giant cells
      ◊Получение из hPSC
  • VASCULAR ENDOTHELIAL STEM CELLS
      ◊Discovery of VESC


    • STEREOCILLIA
  • Description
  • Regulation of lengths
  • Tip link


    • STEROIDS
  • Nongenomic action

    • Streak Primitive

    STRESS
  • Mechnisms and role
  • Fibers
  • FLUID SHEAR
      ◊ G protein-coupled receptors
  • Bodies (Nuclear) Hypertonic


    • STRIATUM
  • STRIOSOME AND THE MATRIX
      ◊ Reward-Predictive Neural Activities in Striatal Striosome Compartments


    • STOMACH
  • CURVATURE
      ◊ Generation by left-right asymmetric gut morphogenesis


    • STRESS GRANULES
  • DAMAGED ENDOLYSOSOMAL MEMBRANES
      ◊Stress granules plug and stabilize damaged endolysosomal membranes


    • STRETCH EFFECTs
  • CYTOSKELETON
      ◊Signalling cascade


    • Subplexus
    SubTelomeres

    SUICIDE
  • Behavior Gene


    • SULCUS
  • InterVentr
  • Outflow


    • SUMOYLATION
  • Description
  • SUMO functions
  • Polycomb2
  • UBC9-mutatants


    • SURFACTANT
  • Description
  • bei Diseases


    • SusceptibilityToInfectious


    SUTURE CRANIAL
  • Patterning and Fusion


    • Sweating
    SwingMode
    SympathNS

    SYNAPSES ELECTRICAL
  • CHARACTERISTICS and PLASTICITY
      ◊Transmission SYNAPSES IMMUNOLOGICAL
  • Description
  • Information nets
  • Positioning of mitochondria


    • SYNAPSES NEURAL
  • characterization
  • FORMATION
      ◊Adhesion molecules
      ◊Developmental biology
      ◊Role of miRNA
  • electrical
  • hippocampus
  • inhibitory
  • LOCAL PROTEIN SYNTHESIS
      ◊role of BDNF
  • MOLECULAR MECHANISMS
      ◊ Molecular mechanisms
      ◊ Neural GPI-Anchored Proteins in Synaptic Specification
  • REMODELING
      ◊ synapse remodeling following astrocyte-specific regulation of ephrin-B1 in the adult hippocampus


    • SYNAPTIC
  • ARCHITECTURE
      ◊Global Disorder: Synaptic Architecture of Visual Space
  • lattice
  • PLASTICITY
      ◊description
      ◊extracellular matrix molecules
      ◊MAPK and ERK
  • PPF
  • PROTEOME
      ◊Transsynaptic signaling
      ◊long-lived synaptic proteins
  • specificity
  • STRENGTH
      ◊ NMDA and Scr
  • transmission
  • Vesicle
      ◊ Description
      ◊ Exocytosis


    • SYNAPTOGENESIS
  • GENETIC CONTROL
      ◊ Neurotrophins
      ◊ Modulation of Neurexin-Neuroligin
      ◊ Synaptic maturation and axonal arbors
      ◊ Wnts


    • SYNAPTONEMAL COMPLEX
  • Genetics and molecular biology*


    • SYNESTHESIA
  • Genetic Control


    • SYNTHETIC BIOLOGY
  • Control of protein synthesis
  • Synthetic Life


    • SYSTEMS GENETIC
  • MODULES OF GENES
      ◊ Osteoblast-Lineage Cells


    • SYSTEMS OF ORGANS
  • NEURAL AND HEMATOPOIETIC SYSTEMS
      ◊ Avian development