Tag
#recombinant DNA technology
#fish immunity
#cytokines
#inflammasome
#a major determinant in fish health
#epidermal mucus
#immune cells
#antigen processing
#secretory immunoglobulins
#mucosal immunity
#teleosts
#main components of fish immunity
#interferon
#expression vector
#antimicrobial peptides
#constitutive immune mechanisms
#an overview of the fish immune system
#Molecular
#immune system
#Cloning
#tlrs
#innate recognition of viruses
#cytosolic dna sensor
#rig-i like receptor
#aim2 like receptor
#pattern recognition receptor
#rig-i-like receptor
#nod-like receptor
#interferons
#toll-like receptor
#lymphocytes
#overview of fish immunity
#lectins
#cellular immune components
#Virus
#secretory pathways
#signal peptide
#teleost
#membrane-damaging toxins (mdt)
#cytolytic toxins
#cytolysins
#e cytolytic pore-forming bacterial protein toxins
#cellular defenses
#mapk pathways
#pft mechanism
#pft
#myd88
#pyroptosis
#gasdermin
#caspase-11
#caspase-1
#pyrin
#nlrp3
#nlrp1
#nlrc4
#naip
#aim2
#mechanisms of bacterial translocation
#immunological barrier
#intrinsic barrier
#extrinsic barrier
#epithelial barrier function
#epithelial morphology
#the intestinal circulation
#layers of the intestinal wall
#intestinal morphology
#the intestinal epithelium
#eosinophils
#plasma cells
#inflammatory cells
#stromal cells
#transitional epithelia
#glandular epithelia
#squamous cells
#the basics of histologic interpretations of tissues
#bacterial nanofiber
#surface potential
#dlvo theory
#biofilm
#adhesion
#salmonids
#cyprinids
#innate immunity
#viral disease
#mucosal health in aquaculture
#mucosal health
#viral evasion of innate immunity
#innate sensing pathways in resistance to viral infection
#receptors and signaling pathways involved in type i ifn induction
#virus sensing in the cytosol
#immune cells—nerve interaction
#immunoglobulins
#toll like receptor; nod like receptor
#nod like receptor
#toll like receptor
#virological
#innate immune recognition
#antisense rna
#chromosomal integration
#segregational stability
#structural stability
#replication of dna
#dna synthesis
#solutions & buffers
#the mucus
#interleukins
#ifns
#other cytokines
#thrombocytes
#dendritic cells
#rodlet cells
#mast cells/eosinophilic granule cells
#eosinophils and basophils
#neutrophils
#polymorphonuclear leukocytes
#melanomacrophages
#monocytes and macrophages
#natural killer cells (and natural cytotoxic cells)
#b cell
#cellular components
#secondary lymphoid organs
#primary lymphoid organs
#schematic representation of the living-fish phylogeny
#general mechanisms of the fish immune response.
#other innate immunity components in fish mucus
#role of skin mucus components in innate immunity
#proteases
#components of fish epidermal mucus
#mucosal barriers
#recombineering increases the speed of gene cloning
#repressor
#features of expression vectors
#getting cloned genes into bacteria by transformation
#specific types of cloning vectors
#general properties of cloning vectors
#methods of detection for nucleic acids
#ligase joins dna
#restriction enzymes cut dna
#electrophoresis separates dna fragments by size
#dna isolation and purification
#constitutive expression
#rolling-circle replication
#theta-mode of replication
#nice system
#plasmid-based vectors
#working of rdna
#importance rdna
#gene therapy
#transgenic plants
#chimeric dna
#similarities and differences between cloning vector and expression vector
#expression vectors (or constructs)
#use of plasmids asa vector
#types of cloning vectors
#replication and control of circular bacterial plasmids
#strand displacement replication
#lysogenic phages
#lytic phages
#bacteriophage
#activator-dependent recruitment
#the innate mechanisms
#inducible gene expression
#reduction of pamp levels
#inhibition of prr signalling
#constitutive immunity beyond infection
#limiting inflammatory responses
#targeting microbial replication
#viral infection
#lactate
#metabolites
#restriction factors
#soluble lectins
#mechanisms that directly target microbial replication
#pathogen-associated molecular patterns
#prrs
#pattern recognition receptors
#pamps
#inducible mechanisms
#the innate immune system
#어류면역체계
#Lactic Acid Bacteria
#Restriction Enzymes
#epithelial cells
#Chemokines
#Molecular Cloning
#plasmid vector
#DNA replication
#recombinant DNA
#Cloning vectors
#T cell
#Lactobacillus
#Polysaccharide
#transcription
#immunity
#plasmid
#Promoter
#complement
#toxin
#equipment
#pamp
#diseases
#theory
#Materials
#Functions
#infectious
#structure
#Bacterial
#Translation
#fish
#MX