Scientific Figure Gallery

Create a publication-grade scientific figure titled “Tumor immune microenvironment and PD-1/PD-L1 treatment response” for a Nature-style manuscript. The figure must clearly show tumor cells, CD8+ T cells, TAM macrophages, the PD-1/PD-L1 immune checkpoint, anti-PD-1 therapy, cytotoxic killing, and tumor apoptosis as one coherent causal story. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “mRNA lipid nanoparticle delivery and endosomal escape” for a Nature Biotechnology-style manuscript. The figure must clearly show intravenous LNP delivery, cellular uptake, endosomal acidification, ionizable-lipid protonation, membrane fusion, mRNA release, ribosomal translation, and target protein expression. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Single-cell multi-omics overview of tumor heterogeneity” for a Cell-style manuscript. The figure must clearly show patient samples, tissue dissociation, scRNA-seq and scATAC-seq, cell clustering, lineage states, regulatory networks, resistant subpopulations, and clinical associations. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Key findings on microbiome metabolites regulating brain immune homeostasis” for a Science-style manuscript. The figure must clearly show dietary fiber, gut microbiota, short-chain fatty acids, intestinal barrier, circulation, blood-brain barrier, microglial state, and neuroinflammatory outcomes. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Mechanistic abstract of CRISPR base editing for pathogenic variants” for a Nature Genetics-style manuscript. The figure must clearly show target DNA, sgRNA, Cas9 nickase, deaminase, target base conversion, mismatch repair, bystander-edit control, and functional rescue. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Band alignment and reaction overview for heterojunction photocatalytic water splitting” for a Advanced Materials-style manuscript. The figure must clearly show visible-light excitation, heterojunction band alignment, electron-hole separation, interfacial transfer, HER hydrogen evolution, OER oxygen evolution, and surface active sites. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Molecular mechanism of SGLT2 inhibitors in heart failure” for a Circulation-style manuscript. The figure must clearly show proximal-tubule SGLT2 inhibition, glucosuria and natriuresis, reduced volume load, improved myocardial energetics, lower oxidative stress, and attenuated ventricular remodeling. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Cellular mechanism of CAR-T recognition and tumor killing” for a Cancer Cell-style manuscript. The figure must clearly show CAR architecture, tumor-antigen recognition, immune synapse, CD3-zeta and costimulatory signaling, granzyme B/perforin release, Fas-FasL, and tumor-cell apoptosis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Pathogenesis of NASH from lipotoxicity to liver fibrosis” for a Hepatology-style manuscript. The figure must clearly show fatty-acid overload, mitochondrial stress, ROS, hepatocyte injury, Kupffer-cell activation, inflammatory cytokines, hepatic-stellate-cell activation, collagen deposition, and fibrosis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Drug mechanism of GLP-1 receptor agonists on insulin secretion” for a Diabetes-style manuscript. The figure must clearly show GLP-1R binding, Gs protein, adenylyl cyclase, cAMP, PKA/Epac2, KATP channels, membrane depolarization, calcium influx, and insulin-vesicle exocytosis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Therapeutic mechanism of bispecific T-cell engagers” for a Nature Medicine-style manuscript. The figure must clearly show bispecific antibody binding CD3 and a tumor antigen, immune-synapse formation, T-cell activation, cytotoxic-granule release, tumor-cell lysis, and cytokine feedback. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Ferroptosis via lipid peroxidation and GPX4 defense” for a Cell Metabolism-style manuscript. The figure must clearly show System Xc-minus, glutathione synthesis, GPX4, PUFA-phospholipids, ACSL4, labile iron pool, Fenton chemistry, lipid ROS accumulation, and membrane failure. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “PI3K-AKT-mTOR signaling in tumor growth” for a Cell-style manuscript. The figure must clearly show growth factor, RTK, PI3K, PIP3, AKT, TSC1/2, mTORC1, S6K, 4E-BP1, and proliferation/protein-synthesis outputs. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Hypoxia-driven HIF-1alpha stabilization and metabolic reprogramming” for a Nature-style manuscript. The figure must clearly show hypoxia, PHD/VHL suppression, HIF-1alpha stabilization, nuclear translocation, HRE binding, GLUT1/LDHA/VEGFA transcription, glycolysis, and angiogenesis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “p53-mediated DNA damage response and cell-fate control” for a Molecular Cell-style manuscript. The figure must clearly show DNA damage, ATM/ATR, CHK1/2, p53 stabilization, p21 cell-cycle arrest, BAX/PUMA apoptosis, and recovery after repair. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “TGF-beta receptor complex activating SMAD transcription” for a EMBO Journal-style manuscript. The figure must clearly show TGF-beta ligand, TGFBR2/TGFBR1 complex, SMAD2/3 phosphorylation, SMAD4 binding, nuclear translocation, and EMT-related gene expression. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Tumor-CAF crosstalk through the IL-6 axis” for a Cancer Research-style manuscript. The figure must clearly show tumor cells, cancer-associated fibroblasts, IL-6 secretion, IL6R/gp130, JAK-STAT3, ECM remodeling, immunosuppression, invasion, and bidirectional feedback. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Wnt-beta-catenin and Hippo-YAP crosstalk controlling stemness” for a Nature Communications-style manuscript. The figure must clearly show Wnt receptors, beta-catenin stabilization, YAP/TAZ nuclear translocation, TEAD, shared target genes, stemness, proliferation, and positive/negative crosstalk nodes. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Hepatocyte polarity and bile canaliculus anatomy” for a Nature Reviews Gastroenterology-style manuscript. The figure must clearly show apical and basolateral hepatocyte polarity, bile canalicular lumen, tight junctions, bile-salt transporters, sinusoid, and transport directions. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Mitochondrial cristae and respiratory-chain ultrastructure” for a Nature Cell Biology-style manuscript. The figure must clearly show outer membrane, inner membrane, cristae, intermembrane space, matrix, complexes I-IV, ATP synthase, proton gradient, and ATP-production direction. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Spatial architecture of the tumor microenvironment” for a Cancer Cell-style manuscript. The figure must clearly show tumor core, invasive margin, vessels, hypoxic region, CAFs, T cells, macrophages, ECM, and their spatial relationships. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “IgG antibody structure and bispecific engineering sites” for a Nature Biotechnology-style manuscript. The figure must clearly show Fab, Fc, heavy chain, light chain, hinge, disulfide bonds, antigen-binding sites, and bispecific engineering junctions. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Core-shell nanoparticle drug carrier schematic” for a Advanced Functional Materials-style manuscript. The figure must clearly show inorganic core, polymer shell, PEG, targeting ligand, loaded drug, pH-responsive linker, size annotation, and release direction. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Microfluidic single-cell capture chip schematic” for a Lab on a Chip-style manuscript. The figure must clearly show inlet, serpentine mixer, cell-focusing channel, capture chambers, valves, outlet, flow direction, and key dimensional hierarchy. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Organoid drug-screening experimental workflow” for a Nature Protocols-style manuscript. The figure must clearly show patient tissue collection, digestion, organoid culture, expansion, dose-gradient treatment, viability assay, imaging, sensitivity scoring, and candidate selection. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Prospective multicenter cohort study design” for a JAMA-style manuscript. The figure must clearly show study centers, recruitment, baseline assessment, exposure stratification, follow-up points, primary endpoint, loss-to-follow-up handling, statistical analysis, and sensitivity analysis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “CRISPR knockout cell-line construction and validation” for a Nature Methods-style manuscript. The figure must clearly show sgRNA design, vector construction, transfection, selection, single-clone isolation, genotyping, Western blot, and functional validation. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Orthotopic mouse tumor model and treatment evaluation” for a Cancer Research-style manuscript. The figure must clearly show cell preparation, orthotopic implantation, randomization, dosing time points, tumor monitoring, endpoint definition, tissue collection, immunohistochemistry, and survival analysis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Plasma exosome isolation and proteomics sample processing” for a Nature Communications-style manuscript. The figure must clearly show blood collection, cell-removal centrifugation, SEC or ultracentrifugation, exosome validation, lysis, protein quantification, digestion, desalting, LC-MS/MS, and database search. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Animal-study timeline for immunotherapy plus radiotherapy” for a Science Translational Medicine-style manuscript. The figure must clearly show Day 0 implantation, tumor-threshold trigger, randomization, fractionated radiotherapy, anti-PD-1 dosing, serial blood collection, imaging, endpoint sampling, and long-term survival follow-up. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “CONSORT patient-flow diagram for a randomized controlled trial” for a NEJM-style manuscript. The figure must clearly show eligibility assessment, exclusion reasons, randomization, intervention and control arms, loss to follow-up, discontinuation, analyzed populations, and clear N placeholders. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Molecular screening and enrollment flow for precision oncology” for a Nature Medicine-style manuscript. The figure must clearly show diagnosed patients, tissue/liquid biopsy, NGS testing, actionable-variant decision, molecular tumor board, matched trial, unmatched cohort, and follow-up. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Double-blind placebo-controlled phase III trial design” for a Lancet-style manuscript. The figure must clearly show screening, washout, 1:1 randomization, treatment arm, placebo arm, blinding, primary endpoint, secondary endpoints, safety follow-up, and analysis sets. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Diagnostic decision pathway for pulmonary nodules” for a Radiology-style manuscript. The figure must clearly show nodule size and morphology, patient risk factors, low-dose CT follow-up, PET-CT, biopsy/bronchoscopy, surgical evaluation, and benign/malignant outcomes. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Stratified treatment pathway for HER2-positive breast cancer” for a ESMO-style manuscript. The figure must clearly show early versus metastatic stratification, neoadjuvant therapy, surgery, pCR decision, adjuvant regimen, sequential anti-HER2 therapy after recurrence, and brain-metastasis branch. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Heart-failure stratification by ejection fraction and biomarkers” for a European Heart Journal-style manuscript. The figure must clearly show HFrEF/HFmrEF/HFpEF, NT-proBNP level, renal function, atrial fibrillation, diabetes, congestion status, risk level, and treatment priority. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Bulk RNA-seq differential-expression and pathway-enrichment workflow” for a Bioinformatics-style manuscript. The figure must clearly show FASTQ QC, adapter trimming, alignment, count matrix, normalization, differential analysis, volcano/heatmap outputs, GO/KEGG/GSEA, and candidate validation. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Single-cell RNA-seq from tissue to cell annotation” for a Nature Methods-style manuscript. The figure must clearly show tissue dissociation, single-cell capture, library sequencing, QC, doublet removal, normalization, dimensionality reduction, clustering, marker calling, cell annotation, and differential-state analysis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Spatial transcriptomics integrated with histopathology” for a Nature Biotechnology-style manuscript. The figure must clearly show tissue sectioning, H&E imaging, spatial capture, sequencing, spot QC, spatial clustering, region annotation, cell-type deconvolution, and spatial ligand-receptor analysis. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Transcriptome-proteome-metabolome integration workflow” for a Nature Communications-style manuscript. The figure must clearly show three omics inputs, per-omics QC and differential analysis, ID mapping, batch correction, correlation networks, pathway-level integration, latent-factor modeling, and biomarker candidates. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Multimodal clinical machine-learning risk-prediction pipeline” for a Lancet Digital Health-style manuscript. The figure must clearly show EHR, imaging and omics inputs, missing-data handling, feature engineering, train-validation-test split, cross-validation, model comparison, SHAP explanation, external validation, and deployment. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Deep-learning workflow for whole-slide pathology images” for a Nature Medicine-style manuscript. The figure must clearly show WSI slides, tissue detection, patching, stain normalization, feature encoding, MIL aggregation, classification/prognosis task, internal validation, external cohort, and interpretability heatmaps. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Transcriptomic differential-expression volcano plot” for a Nature Communications-style manuscript. The figure must clearly show x-axis log2 fold change, y-axis -log10 adjusted P, distinct significant up/down colors, threshold guide lines, labels for top genes, and a concise legend. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Clustered heatmap of immune-related gene expression” for a Cell Reports-style manuscript. The figure must clearly show genes as rows, samples as columns, z-score scale, hierarchical dendrograms, sample-group annotation bars, highlighted gene modules, and concise legends. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Cell-type UMAP for single-cell transcriptomics” for a Nature Methods-style manuscript. The figure must clearly show 2D UMAP embedding, major cell types in distinct colors, clear cluster boundaries, representative marker labels, and a small companion panel for patient/condition source. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Kaplan-Meier progression-free survival by risk group” for a JCO-style manuscript. The figure must clearly show time axis, PFS probability, two step curves, censor marks, number-at-risk table, HR with 95% CI, and appropriately placed log-rank P value. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Forest plot of treatment effects across subgroups” for a Lancet-style manuscript. The figure must clearly show subgroup labels, sample sizes, HR/OR point estimates with 95% CI, null line, overall-effect diamond, interaction P values, and left/right benefit direction. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.

Create a publication-grade scientific figure titled “Sankey diagram of treatment sequences and outcomes” for a JAMA Oncology-style manuscript. The figure must clearly show first-line, second-line and third-line treatments, response/progression/discontinuation outcomes, link widths proportional to patient counts, nodes grouped by treatment class, and N labels. Use a precise journal-ready visual language with an obvious hierarchy, scientifically correct arrow directions and causal/workflow relationships, and concise English labels for key molecules, steps, axes, or statistical elements. Avoid long text blocks, decorative clutter, and neon colors. Prefer a 16:9 or 3:2 landscape composition on a white or very light background, with restrained color-blind-friendly journal colors and detail suitable for 300-DPI publication and presentation output.