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Bioprocess - Coggle Diagram
Bioprocess
Biotechnology
Antibodies
Microorganisms
Transformation
Product
Protein
Fatty acid
Compound
Fluids
Enzymes
Application
Environment
Diagnosis
Industry
Basic Science
Agriculture
Medicine
Primary recovery
Extraction Operation
Solid-liquid extraction
Pre-treatments
Pre-digestion
Macertion
Pulverization
Drying
Extraction time
Temperature
Solvent
Agitation
Steam distillation- extraction
Solutes Volatility
Pressurre
Steam flow
Supercritical fluid extraction
Membranes-based operations
Pore size
Microfiltration
Ultrafiltration
Filtration
Natofiltration
Permeated mode
Dead-end
Crossflow
Parameters
Deposition of molecules
Pressure
Fluid viscosity
Filter area
Sedimentation-based operations
Forced
Centrifugation
Tubular centrifuge
Maximum volumetric
Induced precipitation
Hydratation grade
Salts addition
Affinity
Charge change
Polarity change
pH
Natural
Sedimentation
Angular velocity
Relation distance
Gravity
Sedimentation coefficient
Non induced
Liquid-Liquid Fraction
Aqueous two phase system
Polymers
ATPS
Micells
differences of affinity
Binodal curve
Parameters
Tie-line length
TLL
Polymer's molecular weight
Components of the system
pH of the system
Radio of volumes
Biochemical properties
Hydrofobicity
Superficial electrochemical charge
Molecular weight
Induced affinity
Advantages
Integrates unit operation
Biocompatible
Continuos extraction
Selectivity
Easy to scale-up
Economically attractive
Integration
Intensification
Polyethylene glycol
Dextran
Salt solution
Alcohol
Propanol
Ethanol
Butanol
Ionic liquid
Organic-aqueous system
Factors
Partition Coefficient
Mass balance
Extraction factor
Continuous extraction
Extracted fraction
Production
Bioreactor
Batch
Stability
Decay
Adaptation stage
System growth
Log phase
Exponential growth
Stationary phase
Lag phase
Death phase
Logarithmic decline
Fed batch
Metabolic chance
Pulses
Production stage
Continuos
Stays constant
Same volume
Perfusion
Stirred tank
Perfusion module
Simple perfusion
Bleeding
Parameters
Temperature
Controlled
Jacket
Liquid-based
Electrical
Sensor
Controller
Retro control system
pH
Acid
Base
Potenciometer
Agitation
Mass trasferta
Liquid flow
Impeller
Gas flow
Aeration
Gas inlet
Carbon dioxide
Oxygen
Types
Airlift
Fluid circulation
Three Phases
Gas-liquid-solid
Two phases
Liquid-gas
Pond
Massive production
Microalgae
Aquaculture
Tubular
Closed
Semi-closed
Bag
Agitated bag
Wave bioreactor
Stirred tank
Cylindical
Avoid vortex
Expanded bed
Packed bed
Microcarriers
Enzyme kinetics
Inhibition
Non-competitive
Uncompetitive
Competitive
Michaelis-menten
Vmax
Linearization
Eadie-Hofdteen
Hanes-Wolff
Lineweaver-Burk
Substrate
Michaelis contant Km
Microbial Kinetics
Cell cycle
S
G2
G1
Mitosis
Metaphase
Anaphase
Prophase
Telophase
G0
Cytokinesis
Growth rate
Biomass concentration
time
Specific growth rate
Monod model
Duplication time
Prokaryotes
Eukaryotes
Factors
Contaminats
Source
Yeast
Expression systems
Fungus
Bacteria
Insect
Mammalian cells
Plants
Cell rupture
Mechanical
Sonication
Ultrasonication
Maximum product
Disruption constant
Product released
Time
Bead milling
Stirring speed
Residence time
Bead size
Bead load
Concentration of cells
Chamber geometry
French press
Valve design
Operating pressure
High pressure
Breaking medium
Number of passes
Blade homogenizer
High speed
Non-Mechanical
Chemical
Organic solvent
Toluelne
Benzene
Hexane
Ethanol
Propanol
Acids and alkalis
Denaturation
Solubilization
Detergents
Sodium Sulfonate
Cetyltrimethylammonium bromide (CTAB)
Sodium doceylsulfate (SDS)
Triton X-100
Sodium taurocholate
Antibiotics
Chelating agent
Supercritical carbon dioxide
Physical
Osmotic shock
Gas constant
Solute concentration
Pressure
Temperature
Freeze
Thaw
Decompression
Thermolysis
Autoclave
Microwave
Enzymatic
Autolysis
Phage
Lytic
Purification
Chromatography
Adsorption
Retained
Solid surface
Adsorption capacity
Batch adsorption
Adsorption equilibrium
Freundlich
Isotherms
Langmuir
Linear
High Performance Liquid Chromatography
HPLC
Liquid chromatography
Solids (supports)
Polymer base
Size exclusion
SEC
Ion exchange
Hydrophobic interaction
HIC
Affinity chromatography
Material
Agarose
Sepharose
Cellulose
polycrylamide
Silica base
Normal phase
Reverse phase
Hydrocarbon chains
C18
C8
C4
C30
Stationary phase
Not isocratic
Mobile phase
Packed bed
Displacement
Isocratic
Frontal
Gradient
Step elution
Expanded bed
Chromatogram
Electrophoresis
Separation
Proteins
Nucleic acids
Charge
Mass
Electroosmotic Flow
Apparent mobility
Electophoretic mobility
Electrophoretic speed
Electric field intensity
Particle charge
Viscosity of the medium
Radius of the particle
Values
Dielectric constant of the medium
Potential zeta
Electro-osmotic velocity
Types
Free medium
Capillary
Gel
PAGE
Small pores
Western blot
Agarose
Large pores
Sample
Ladder
Tracking dye
Optical densitometry
Electropherogram