Scientific figure templates

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• Change the target sequence and PAM
• Highlight a different editing window
• Use a blue-purple molecular palette

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• Change the electrolyte ion species
• Compare two graphene pore sizes
• Recolor charge carriers by polarity

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• Replace the clinical data modalities
• Add a human-review checkpoint
• Emphasize one patient outcome

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• Change the microbial community types
• Add a stable-isotope probing branch
• Recolor assay families by method

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• Change planet-to-star radius ratio
• Add limb-darkening annotations
• Highlight ingress and egress phases

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• Change the slab dip angle
• Add depth and temperature contours
• Emphasize earthquake hypocenters

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• Change slit separation and wavelength
• Add single-slit envelope
• Color alternate interference fringes

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• Add a somatic-testing branch
• Change clinical eligibility criteria
• Highlight counselling checkpoints

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• Add cyclic electron flow
• Highlight proton stoichiometry
• Use a monochrome journal palette

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• Replace the detector type
• Add internal-standard correction
• Change sample-preparation stages

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• Add a contamination plume
• Change pumping-well locations
• Show seasonal water-table change

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• Change the angle of attack
• Add pressure-coefficient plot
• Move the separation point aft

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• Switch to co-current flow
• Add temperature values at ports
• Change the baffle arrangement

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• Add base excitation
• Change to a two-degree system
• Highlight damping-force direction

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• Change the cultured tissue type
• Add shear-stress values
• Recolor the two fluid circuits

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• Change the cathode chemistry
• Reverse arrows for charging
• Add solid-electrolyte interphase

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• Change the transport-layer materials
• Add layer thickness values
• Compare normal and inverted stacks

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• Replace the payload module
• Add subsystem mass values
• Show the antenna deployed

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• Change the lattice structure
• Highlight only point defects
• Add a Burgers circuit inset

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• Add catalyst-layer thicknesses
• Change to an electrolyzer direction
• Emphasize water-management paths

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• Change the genome type
• Add a viral envelope
• Highlight symmetry axes

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• Change the chamber geometry
• Add pressure values
• Show a different grasped object

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• Highlight the divertor geometry
• Add heating-system callouts
• Change plasma cross-section shape

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• Change the facies sequence
• Add gamma-ray log values
• Highlight the unconformity surface

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• Change the impeller design
• Add operating parameter values
• Show a single-use bag reactor

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• Replace with direct-drive layout
• Add rotational speed values
• Highlight the cooling loop

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• Add receive-coil geometry
• Show gradient directions
• Change to an open MRI design

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• Change the impeller blade count
• Add pressure values
• Show cavitation near the inlet

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• Change the delivered RNA cargo
• Add nuclear-targeting branch
• Highlight endosomal escape efficiency

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• Change the targeting receptor
• Replace the therapeutic cargo
• Separate imaging and therapy branches

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• Change to single-end sequencing
• Add batch-correction stage
• Replace differential analysis with splicing

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• Add membrane filtration stage
• Change disinfectant chemistry
• Show contaminant removal percentages

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• Change the testing schedule
• Add digital notification path
• Highlight high-risk contacts

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• Add comparison-star selection
• Change the detrending method
• Show uncertainty intervals

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• Add chemical-recycling branch
• Change the polymer resin type
• Show material-loss percentages

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• Change the monitored crop
• Add irrigation-control output
• Highlight nitrogen stress zones

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• Change the sampling device
• Add contamination blanks
• Split particles by morphology

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• Add competitive inhibition curve
• Change kinetic parameter values
• Include Lineweaver-Burk inset

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• Change the vaccine antigen
• Add cytokine signals
• Emphasize memory-cell formation

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• Switch to negative resist
• Add process temperatures
• Change the patterned feature width

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• Change severity thresholds
• Add field-validation points
• Compare two fire seasons

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• Change quadrat spacing
• Replace the focal species
• Add wave-exposure comparison

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• Add electron donors NADH and FADH2
• Highlight a respiratory inhibitor
• Change proton and electron colors

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• Add mTOR and AMPK regulation
• Show blocked lysosomal degradation
• Change the selected cargo type

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• Add pathway inhibitors
• Branch to cytoskeletal targets
• Highlight phosphorylated proteins

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• Add drug inhibition points
• Emphasize PTEN loss
• Separate mTORC1 and mTORC2 branches

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• Switch to inhibitory G alpha i
• Add phosphodiesterase blockade
• Highlight the nuclear CREB branch

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• Add oncogenic MDM2 amplification
• Highlight the apoptosis branch
• Change the checkpoint to G2/M

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• Change the histone-mark labels
• Add CRISPR epigenome editing
• Emphasize chromatin looping

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• Change the detection chemistry
• Add loading-control normalization
• Include sample lane labels

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• Switch to indirect ELISA
• Change the enzyme-substrate pair
• Add wash counts and incubation times

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• Change to plate-based capture
• Add doublet filtering
• Relabel cell-type clusters

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• Add segment-specific transporters
• Highlight water reabsorption
• Compare cortical and juxtamedullary nephrons

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• Add partial-pressure values
• Show pulmonary edema
• Highlight surfactant-producing cells

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• Change immune-cell composition
• Add checkpoint-blockade therapy
• Highlight hypoxic tumor regions

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• Change the neurotransmitter system
• Add inhibitory receptor signaling
• Highlight vesicle recycling steps

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• Highlight metabolic zones
• Add fibrosis around portal tracts
• Emphasize opposing bile flow

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• Change the particle size range
• Compare three surface ligands
• Highlight one clearance pathway

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• Insert named semiconductor materials
• Add band-offset values
• Highlight photocatalytic carrier separation

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• Add seasonal water-table change
• Compare restored and drained wetland
• Highlight methane oxidation zone