분자 구조 시각화: 연구자를 위한 완벽 가이드

AI prompt:
Protein ribbon diagram showing [protein name],
alpha helices in red, beta sheets in blue,
loop regions in gray,
N-terminus and C-terminus labeled,
key domains highlighted,
publication-quality structural biology style

AI prompt:
Protein surface representation,
electrostatic potential coloring (red negative, blue positive),
ligand binding pocket clearly visible,
bound small molecule in stick representation,
structural biology journal style

AI prompt:
Ball-and-stick model of [molecule/active site],
atoms colored by element (C gray, O red, N blue, S yellow),
bonds as cylindrical sticks,
hydrogen bonds shown as dashed lines,
key interactions labeled

AI prompt:
Space-filling model of [molecule],
van der Waals radii representation,
standard CPK coloring,
showing molecular surface and shape,
chemistry publication style

Small molecule drug structure visualization,
2D structure with stereochemistry clearly shown,
key pharmacophore features highlighted,
3D conformer alongside,
binding mode indicated if relevant,
medicinal chemistry publication style

Organic reaction mechanism illustration,
starting material → transition state → product,
electron flow arrows,
orbital interactions shown for key steps,
energy diagram alongside,
organic chemistry education style

Protein structure illustration for journal,
[protein name/PDB ID] ribbon representation,
catalytic residues highlighted in stick form,
substrate/ligand in binding pocket,
key structural features labeled,
Nature/Science publication style

Protein complex visualization,
two interacting proteins in different colors,
interface residues highlighted,
key contacts shown as dashed lines,
rotation showing binding interface,
structural biology journal style

Enzyme active site visualization,
catalytic residues in stick representation,
substrate positioned in active site,
proposed mechanism with arrows,
stabilizing interactions shown,
biochemistry journal publication style

DNA double helix visualization,
B-form DNA structure,
base pairs visible in center,
major and minor grooves labeled,
sugar-phosphate backbone highlighted,
molecular biology textbook style

Transcription factor bound to DNA,
protein in cartoon/surface hybrid,
DNA in stick/cartoon hybrid,
specific base contacts highlighted,
recognition sequence labeled,
structural biology publication style

Protein structure with highlighted binding site,
overall structure in transparent surface,
binding site residues in solid surface,
bound ligand in stick representation,
key interactions labeled,
publication-ready molecular graphics

Protein conformational change visualization,
two states superimposed,
mobile regions highlighted,
arrows indicating direction of movement,
RMSD values noted,
structural biology dynamics figure

Protein channel cut-away visualization,
surface representation cut to show interior,
channel lining residues visible,
ion/substrate path indicated,
selectivity filter highlighted,
membrane protein visualization style

Drug discovery process illustration,
target protein structure (stylized),
small molecule library screening concept,
lead compound binding visualization,
optimization cycle depicted,
pharmaceutical research style

Metabolic pathway with molecular detail,
key enzymes as simplified structures,
substrate/product transformations,
cofactors indicated,
energy/electron flow shown,
biochemistry textbook illustration

Cryo-EM structure determination illustration,
sample preparation → grid → microscope → data,
2D class averages → 3D reconstruction,
final atomic model,
structural biology methods figure