Словарь: термины
(латиница)
R

rDNA
  • Rejuvenation cell with transgenerational dynamics of rDNA copy number


    • REACTIVE OXYGEN SPECIES
  • Global translation modulation by mitochondrially produced reactive oxygen species


    • REARRANGEMENT CELLs
  • Models, mechanisms


    • RECEPTORS
  • description
  • GPCRs
      ◊Target for drugs
  • heat
  • ESTROGEN
      ◊Collagen-IV and laminin-1
  • RETINOIC ACID RECEPTORS
      ◊Functions


    • RECOGNITION
  • DoubleBreaks
  • mismatches


    • RECOMBINATION
  • SPECIES DIFFERENCES
      ◊ Species Differences in the Rate and Patterning of Recombination
  • DISTRIBUTION
      ◊ Hot spots
  • HOMOLOGOUS
      ◊ Description
      ◊ Proteins
  • protocadherins
  • in Repeats


    • RECOMBINATION V(D)J
  • in germline
  • in limphocites
  • in immunoglobulins
  • role Artemis


    • REGENERATION
  • AXONS
      ◊ description
      ◊ EGFR
      ◊ Nogo
  • HAIR CELLs
      ◊ Avian
  • HEART
      ◊ Danio rerio
      ◊ Diploid cardiomyocytes underlies natural variation in heart regeneration
  • LENS
      ◊ From Iris
  • LEGS
      ◊ Capabilities
  • LIVER and PANCREAS
      ◊ Inductive signals
  • MUSCLE
      ◊ Wnt signaling
  • ORGANS
      ◊ Wnt-β-catenin signaling


  • RADIAL GLIA
      ◊ Wnt signaling regulates proliferation and differentiation of radial glia in regenerative processes


  • RETINAL MICROGLIA
      ◊ retinal microglia restore endogenous organization under CX3CL1-CX3CR1 regulation


  • and Retinoic Acid

    • REGIONALIZATION
  • CNS


    • REGULATORY GENES
  • REGULATION USING PYRROLE–IMIDAZOLE POLYAMIDES
      ◊ Therapeutic gene regulation using PIPs
    • REGULATORY ELEMENTS
  • CIS-REGULATORY REGIONS
      ◊ layers of complexity
  • in gene deserts
  • Mechanisms of action
  • Evolution
  • MUTATIONS
      ◊ Mutations in regulatory elements in neurodevelopmental disorders


    • REMINISCENCE
  • NEURONS
      ◊ Formation abstract ideas


    • REMYELINIZATION
  • OLIGODENDROCYTE PRECURSOR CELLS (OPCs)remyelination’s signals


    • REMODELLING
  • axons
  • (Bons)

    • ReorganizEpithel

    REPAIR DNA



  • INTER-HOMOLOGUE REPAIR
      ◊ Inter-homologue repair in fertilized human eggs?
  • TYPES
      ◊ Base-Excision Repair
  • Description
  • Excision Repair
  • & Histone code
  • Mismatch Repair
  • Nucleotide-Excision
  • TRANSCRIPTION-COUPLED (TCR)
      ◊ arrested Pol II
  • Types
  • DOUBLE BREAK
      ◊ATM, Artemis pathway
      ◊ Repair center
      ◊ Description
      ◊and Hom.Recombination
      ◊HR and NHEJ
      ◊Histone Ubiquitylation
       •Role RNF8
       •Role RNF168
  • MODIFICATION
      ◊Ubiquitylation
  • Methylation damage
  • p53
      ◊Pulse action
      ◊Roles
  • Pathes
  • ROLE
      ◊RNA template
      ◊Ubiquitin and SUMO modifications


    • Repeats

    REPLICATION DNA
  • Arrest
  • by Clock
  • COORDINATING DNA REPLICATION
      ◊ Differential synthesis rate
  • cycle
  • demaged DNA
  • fork
  • fork damaged
  • FORK STABILITY
      ◊ RADX interacts with single-stranded DNA to promote replication fork stability
  • INITIATION
      ◊ Description
      ◊ Human origin recognition complex
      ◊ Role of Sir2
      ◊ Initiation of DNA replication requires actin dynamics and formin activity
  • LICENSING SYSTEM
      ◊ Genetic control
  • NUCLEAR MATRIX
      ◊ Relationship


    • REPROGRAMMING
  • CELLS
      ◊ Fibroblasts to an ES-cell
      ◊ Fibroblasts to cardiomyocytes
      ◊ Pancreatic exocrine cells to β-cells
      ◊ Pioneer transcription factors
      ◊ Progress and Perspectives
      ◊ Roile of MiR
  • NUCLEI
      ◊Nuclei
      ◊Mechanisms


    • REPRDUCTION
  • GENETIC CONTROL
      ◊PRC2 complex
      ◊Ror2 in reproductive system
      ◊Tbx2 subfamily genes
  • Human


    • REPRDUCTIVE TRACT
  • FEMALE
      ◊ female
      ◊ From genetics to epigenetics


    • RE-REPLICATION
  • blocking

    • Respiration
  • mitochondria


    • RETICULUM
  • misfolding Pr. control


    • Retine

    RETINAL
  • AXONS
      ◊ Guides by Shh
      ◊ Retinotectal axon projection
  • DEVELOPMENT
      ◊ AMACRINE AND HORIZONTAL CELLS
       &bull AP2 factors
      ◊ Cyclin-Dependent Kinase Inhibitors
      ◊ Bhlhb5 and egr1
      ◊Hedgehog Waves
       • Cascade of ath5-irx1a-irx2a
      ◊ Notch1
      ◊ Pax6
      ◊ Polycomb repressive complex PRC2
  • DIFFERENTIATION
      ◊ LIM-homeobox genes Lhx1 and Lhx5
      ◊role of Angiogenesis
      ◊role of SFRP
      ◊role of Sox11
      ◊Timing homeobox proteins
  • RETINAL GANGLION CELLS
      ◊ Description
      ◊ Determination
      ◊ Role of apoptosis
      ◊ Single cell transcriptome profiling identifies cellular subtypes
  • NEURONS
      ◊ MEGF10 and MEGF11 for mosaic spacing
      ◊ Synaptic transmission
  • PROLIFERATION
  • SPECIFICATION
      ◊ Genes of bHLH*
      ◊ Retinal Neurogenesis


    • RETINOIC ACID
  • PATTERNING
      ◊nervous system
  • RECEPTORS
      ◊Developmental expression
  • SYNTHESIS and SIGNALING
      ◊Organogenesis


    • RETROMERS
  • RETROMER COMPLEX
      ◊ In development and disease
  • PHOTORECEPTORS
      ◊Rhodopsin Recycling
    • RetroTranslocation Proteins
    ReverseSignalling

    RIBs FORMATION
  • Distal Part
      ◊Primordium
       •Infuence of surface ectoderm
  • Tree Parts


    • RIBOSOMES
  • ASSEMBLY
      Ribosome assembly

    •    Structure and Function
  • rRNA SYNTHESIS
      c-Myc
  • Structure and Function
  • TRANSLATION
      GTPase elongation factor-G
      Translocation of peptidyl-tRNA and mRNA
      ◊ Roadblocks and resolutions in eukaryotic translation


    • RIBOPHAGY
  • Degradation upon starvation


    • RIBOSWITCH
  • Structure and Function


    • RIBOZYME
  • Catalytic diversity


    • RingAtrial

    RISC
  • Assembly
      ◊ Function


    • RNA
  • ANTISENSE
      ◊ Suppress with H2A.Z
  • CIRCULAR RNA
      ◊ Functions
      ◊ Translation
  • binding Proteins
  • decay
  • DOUBLE STRANDS (ds)
      ◊ transport
      ◊role in recoding
  • EDITION
      ◊ Description
      ◊ miRNA
      ◊role ADAR
  • EXPORT from NUCLEUS
      ◊ Centrin Cdc31
      ◊ Description
      ◊ karyopherin family
      ◊ and transcription/splicing
  • FOLDING
      ◊ Proteins
  • FUNCTIONS
      ◊ Alternative
  • Localization
  • micro
  • NON-CODING RNA
      ◊В2
       •Repression of transcription
      ◊ Functions
      ◊ LONG NONCODING RNA
       • Classification
       •An atlas of human long non-coding RNAs with accurate 5' ends
       • Coordinate homeotic gene expression
       • ncRNA A-ROD activates its target gene DKK1
       • EZH2 RIP-seq Identifies Tissue-specific Long Non-coding RNAs
      ◊MECHANISMS
       •Regulation transcription
      ◊ Roles
      ◊ NONCODING RNA AND CANCER
       • Therapeutic Targeting of Long Non-Coding RNAs in Cancer
  • MODIFICATIONS RNA
      ◊Labeling and detecting RNA modifications for the Enrichment and Detection of Methyltransferase Target Sites in RNA
  • PROCESSING
      ◊Processing
  • PROFILING GENE EXPRESSION technique for profiling gene expression in hundreds of thousands of cells
  • Repair
    • Riboswitches
  • roles
  • Splicyng
  • STRUCTURE RNA
      ◊Tetraloops
  • Unspliced in nucleus
  • transport


    • RNA POLYMERASEs
  • Role of nucler actin and myosin I
  • RNA Polymerase III
      ◊ Structural basis of RNA polymerase III transcription initiation


    • RNAi
  • Application
  • Description
  • Induction of Interferon
  • MECHANISMS
      ◊ "RNAi code"
      ◊ Molecular machinery
  • SMALL RNA
      ◊siRNA
      ◊Transcriptional gene silencing

    • rRNA GENES
  • transcription



    • Rhodopsin Regeneration

    RHOMBIC LIP
  • Derivatives
      ◊ Math1


    • ROMBOMERS
  • BOUNDARY
      ◊ Notch signaling*
  • Description
  • SIGNALING
      ◊ Zic transcription factors in regulating retinoic acid
      ◊ Transgene expression



    • Roof Plate