CAR-T cell therapy
Cell therapy, immune engineering, toxicity, relapse, manufacturing, and translational oncology papers.
Research topics
These pages highlight active research areas and open directly into PaprFeed searches across PubMed, arXiv, bioRxiv, and medRxiv.
Cell therapy, immune engineering, toxicity, relapse, manufacturing, and translational oncology papers.
BCMA-targeted cellular therapy for multiple myeloma and plasma-cell disorders.
CD19-directed CAR-T research in lymphoma, leukemia, autoimmune disease, and B-cell depletion.
ADC targets, payloads, linkers, resistance, safety, and clinical development.
Cell phenotyping, immune profiling, sorting, panels, and cytometry analysis methods.
Single-cell transcriptomics, atlases, immune profiling, and computational workflows.
Tissue maps, spatial omics platforms, tumor microenvironment studies, and analysis methods.
Genome editing, delivery, off-target analysis, screening, and therapeutic applications.
Checkpoint blockade, cell therapy, vaccines, biomarkers, and immune-oncology mechanisms.
Clinical AI, medical imaging, prediction models, evaluation, and implementation research.
Large language models for clinical support, biomedical writing, safety, and evaluation.
Neural circuits, cognition, neurodegeneration, neuroimaging, and computational neuroscience.
Gut microbiota, host-microbe interactions, metagenomics, and microbiome therapeutics.
Vaccine platforms, immune responses, adjuvants, effectiveness, and clinical evaluation.
Neurodegeneration, biomarkers, amyloid, tau, imaging, genetics, and therapeutic studies.
Movement disorders, alpha-synuclein, neuroprotection, genetics, and clinical research.
Type 1 and type 2 diabetes, metabolism, insulin biology, complications, and therapy.
Metabolic disease, appetite biology, incretin therapies, inflammation, and public health.
Heart disease, atherosclerosis, heart failure, risk prediction, and cardiovascular trials.
Pathogens, host response, diagnostics, antimicrobial resistance, outbreaks, and vaccines.
mRNA platforms, lipid nanoparticles, immunogenicity, safety, and next-generation vaccines.
Innate and adaptive immunity, inflammation, immune regulation, and translational immunology.
Immune cells, stroma, spatial biology, myeloid suppression, and therapy resistance.
Mass spectrometry, protein expression, biomarkers, single-cell proteomics, and methods.
Metabolic profiling, biomarkers, pathway analysis, disease metabolism, and analytical methods.
Engineered cells, immune-cell therapies, stem cells, manufacturing, and clinical translation.
Viral vectors, nonviral delivery, genetic disease, safety, editing, and clinical studies.
Stem-cell models, disease modeling, drug testing, cancer organoids, and tissue development.
Targets, screening, medicinal chemistry, AI design, biomarkers, and translational development.
Trial design, endpoints, biomarkers, safety, real-world evidence, and clinical outcomes.
Population health, prevention, health policy, screening, equity, and global health studies.
Disease patterns, cohort studies, risk factors, surveillance, causal inference, and outbreaks.
Plasma-cell malignancy research, immunotherapy, BCMA targeting, relapse biology, and treatment outcomes.
Lymphoma research across immunotherapy, targeted therapy, biomarkers, pathology, and clinical outcomes.
Acute and chronic leukemia research, genetics, immune therapy, minimal residual disease, and trials.
CAR-T research for solid tumors, trafficking, antigen selection, tumor microenvironment, and resistance.
Off-the-shelf CAR-T research covering gene editing, rejection, persistence, safety, and manufacturing.
Cytokine release syndrome, ICANS, inflammation, risk prediction, management, and long-term safety.
Inflammatory toxicity research in cellular therapy, immunology, biomarkers, and clinical management.
Checkpoint blockade research, response biomarkers, resistance, toxicity, and combination immunotherapy.
PD-1 and PD-L1 inhibitor research in oncology, biomarkers, resistance, and immune-related toxicity.
Personalized cancer vaccine research, antigen prediction, T cell responses, and clinical translation.
T cell dysfunction, chronic antigen exposure, checkpoint biology, epigenetics, and immunotherapy response.
Treg biology, immune tolerance, autoimmunity, cancer immunology, and therapeutic targeting.
Natural killer cell engineering, innate immunotherapy, persistence, targets, and clinical studies.
Macrophage polarization, inflammation, tissue repair, tumor-associated macrophages, and immunometabolism.
Antigen presentation, immune priming, vaccines, tolerance, and dendritic-cell immunotherapy.
Immune dysregulation, autoantibodies, cell therapy, biologics, biomarkers, and clinical outcomes.
Systemic lupus erythematosus research, autoantibodies, immune cells, nephritis, therapy, and outcomes.
Inflammatory arthritis research, biologics, biomarkers, synovium, remission, and clinical trials.
Crohn disease and ulcerative colitis research, microbiome, inflammation, biologics, and outcomes.
Neuroimmunology, demyelination, biomarkers, imaging, disease-modifying therapy, and progression.
Rare disease genetics, diagnosis, natural history, gene therapy, registries, and clinical development.
Molecular profiling, biomarkers, targeted therapy, resistance, basket trials, and treatment matching.
Blood-based cancer diagnostics, ctDNA, minimal residual disease, monitoring, and early detection.
Circulating tumor DNA research, molecular residual disease, relapse monitoring, and cancer genomics.
Tumor sequencing, driver mutations, structural variants, biomarkers, and precision oncology.
Chromatin biology, DNA methylation, histone marks, gene regulation, disease mechanisms, and therapy.
siRNA, antisense oligonucleotides, mRNA, delivery systems, safety, and clinical translation.
LNP delivery, mRNA vaccines, RNA therapeutics, formulation, biodistribution, and immunogenicity.
Computational protein design, binders, enzymes, antibodies, structure prediction, and generative models.
Protein structure prediction, complex modeling, structural biology, drug discovery, and method evaluation.
Models, algorithms, omics analysis, simulation, networks, and biological data interpretation.
Sequence analysis, omics workflows, databases, tools, algorithms, and reproducible biology.
Machine learning for omics, protein design, imaging, prediction, and biological discovery.
AI for radiology, pathology, imaging biomarkers, model validation, and clinical deployment.
Radiology models, image interpretation, workflow triage, validation, safety, and clinical outcomes.
Computational pathology, whole-slide imaging, biomarkers, tumor grading, and AI-assisted diagnosis.
Observational data, registries, claims, comparative effectiveness, safety, and clinical decision-making.
Cost effectiveness, quality of life, value assessment, access, and patient outcomes.
Drug-resistant pathogens, surveillance, stewardship, diagnostics, mechanisms, and new antimicrobials.
TB diagnostics, vaccines, drug resistance, host response, treatment, and public health.
Post-acute COVID research, symptoms, mechanisms, biomarkers, rehabilitation, and clinical management.
Biology of aging, senescence, longevity, biomarkers, interventions, and age-related disease.