Linked from

The 40 pages that link to Biomarker, each with the reason it gives.

• Bipolar disorderRelated: A reliable biomarker could improve diagnosis and help match treatments to individuals.

• Atopic dermatitisRelated: Reliable biomarkers could help match therapies to disease mechanisms.

• BiosignatureRelated: Biosignature searches often target biomarkers, but association alone does not establish a biological origin.

• NeurologyRelated: Reliable biomarkers could improve neurological diagnosis and track treatment response.

• ImmunotherapyRelated: Biomarkers help identify which patients are more likely to benefit from particular therapies.

• LymphomaRelated: Better biomarkers could improve lymphoma classification and predict which therapies will work.

• ProteomicsRelated: Protein measurements can reveal candidate indicators of disease or treatment response.

• Drug targetRelated: Target-linked biomarkers can show pathway activity or help monitor treatment effects.

• MetabolomicsRelated: Metabolite measurements can serve as biomarkers for disease or treatment response.

• Source rockRelated: Biomarkers can correlate oils with the source rocks that generated them.

• Ulcerative colitisRelated: Better biomarkers could predict relapse and treatment response more reliably.

• Chronic rhinosinusitisRelated: Reliable biomarkers could improve classification and predict which treatments will work.

• Psychiatric medicationRelated: Reliable biomarkers could help predict which medication is likely to work for a given person.

• Fetal alcohol spectrum disorderRelated: Researchers are investigating whether biomarkers can help identify prenatal alcohol exposure or related effects.

• Scarring alopeciaRelated: Reliable markers could help detect activity before irreversible follicle loss.

• TranscriptomicsRelated: Transcriptomic signatures can provide candidate markers for diagnosis, prognosis, or treatment response.

• BiomoleculeRelated: Specific biomolecules can serve as measurable indicators of health or disease.

• Bristol Myers SquibbRelated: Biomarkers can help identify patients most likely to benefit from targeted therapies.

• TranscriptomeRelated: Transcript abundance can provide candidate markers of disease or treatment response.

• ProteomeRelated: Proteins whose abundance tracks disease can serve as diagnostic or prognostic biomarkers.

• Biological factorsRelated: Biomarkers make some biological processes observable in research and care.

• CureRelated: Biomarkers can track whether signs of disease persist after treatment.

• Neurodegenerative diseaseRelated: Biomarkers can help identify pathology or track progression beyond symptoms alone.

• SecretomeRelated: Changes in secretome composition can provide candidate disease or treatment biomarkers.

• Clinical neuroscienceRelated: Reliable biomarkers can support diagnosis, prognosis, and evaluation of therapies.