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Every herb, ingredient, formula, gene target, and disease — connected through real research. Search, pick a subject, and navigate the graph in any direction.

Plus 6,743 TCM formulas connecting herbs together
🏥 Disease / Health Topic

Cardiovascular Diseases

49
Clinical Trials
121
Meta-Analyses
0
PubMed References
📋 Sample Trials
NCT04056208
Pistachios Blood Sugar Control, Heart and Gut Health
Completed · Phase 2
NCT03528031
Habitual Diet and Avocado Trial
Completed
NCT02986165
Effect of Ingesting a Tomato Pomace Extract on Platelet Aggregation
Completed
📊 Sample Meta-Analyses
CRD42021273118
Effects of Guarana Supplementation on the Autonomic Nervous System – A Systematic Review
Cardiovascular diseases from changes in heart rate variability (HRV). Guarana an
CRD42018088409
Effect of vegetable oils on lipid profiles in humans: a systematic review and network meta-analysis
Oils, vegetable oils, cardiovascular diseases, dyslipidemia, cholesterol, lipid
CRD42018088409
Effect of vegetable oils on lipid profiles in humans: a systematic review and network meta-analysis
Oils, vegetable oils, cardiovascular diseases, dyslipidemia, cholesterol, lipid
📚 Sample References
None linked yet.
🏥 All Disease / Health Topic data fields for Cardiovascular Diseases
🏥 Names
Disease Name
Cardiovascular Diseases
Alias Names
Cardiovascular Diseases; Abnormality of The Cardiovascular System; Cardiovascular Disease, Unspecified; Cardiovascular Disease; Cardiovascular Abnormality; Cardiac Anomaly; Cardiovascular System Disease
Topic Type
group
🧬 Ontology Classifications
DisGeNET Type
group
UMLS Type
Disease or Syndrome
MeSH Class
Cardiovascular Diseases
HPO Class
Abnormality of the cardiovascular system
DO Class
disease of anatomical entity
🔗 External References
ICD-10
Disease Ontology
1287
DisGeNET
C0007222
🔍 Raw view — every non-empty column on this row (30 fields)
name
Cardiovascular Diseases
alias name
Cardiovascular Diseases; Abnormality of The Cardiovascular System; Cardiovascular Disease, Unspecified; Cardiovascular Disease; Cardiovascular Abnormality; Cardiac Anomaly; Cardiovascular System Disease
topic type
group
disgenet disease type
group
umls disease type
Disease or Syndrome
mesh disease class
Cardiovascular Diseases
hpo disease class
Abnormality of the cardiovascular system
do disease class
disease of anatomical entity
umls disease type id
T047
mesh disease class id
C14
hpo disease class id
HP:0001626
do disease class id
DOID:7
herb disease id
HBDIS000471
disgenet id
C0007222
mesh id
D002318
hpo id
HP:0001626
do id
1287
icd10 id
I51.6

📋 Clinical Trials

12 · subject of clinical study
NCT04056208 Pistachios Blood Sugar Control, Heart and Gut Health
→ Type 2 Diabetes|Cardiovascular Diseases
NCT03528031 Habitual Diet and Avocado Trial
→ Intra-abdominal Fat|Metabolic Syndrome|High Choles
NCT02986165 Effect of Ingesting a Tomato Pomace Extract on Platelet Aggregation
→ Cardiovascular Diseases
NCT04431960 Blackcurrants Modify Gut Microbiota and Reduce Osteoporosis and CVD Risk
→ Postmenopausal Osteoporosis|Gut Microbiota|Cardiov
NCT00511420 Effects of Cocoa Products on Cardiovascular Disease Risk Factors
→ Cardiovascular Diseases
NCT02845622 Effects of Hazelnuts and Cocoa on Metabolic Parameters and Vascular Reactivity
→ Cardiovascular Diseases|Glucose Metabolism Disorde
NCT03654651 Peanuts and Glycemic Control
→ Type2 Diabetes|Cardiovascular Diseases
NCT03535844 Cardio-vascular Protective Effects of Wolfberry in Middle-aged and Older Adults
→ Cardiovascular Diseases|Aging
NCT02224365 The Effects of Apple Consumption on Cardiovascular Health in Prediabetics and Ty
→ Diabetes|Cardiovascular Diseases|Prediabetes
NCT01141803 Effect of Apple and Apple Pomace on Inflammation and Cholesterol Metabolism in H
→ Cardiovascular Diseases
NCT04094233 Acute Effects of Beet Extract on Autonomic and Cardiovascular Recovery After Exe
→ Cardiovascular Diseases|Prevention
NCT01579656 Effect of Flax, Poppy, Sesame & Salba on Postprandial Blood Glucose Response, Va
→ Cardiovascular Diseases

📊 Meta-Analyses

12 · systematic review
CRD42021273118 Effects of Guarana Supplementation on the Autonomic Nervous System – A Systemati
→ Cardiovascular diseases from changes in heart rate
CRD42018088409 Effect of vegetable oils on lipid profiles in humans: a systematic review and ne
→ Oils, vegetable oils, cardiovascular diseases, dys
CRD42018088409 Effect of vegetable oils on lipid profiles in humans: a systematic review and ne
→ Oils, vegetable oils, cardiovascular diseases, dys
CRD42018088409 Effect of vegetable oils on lipid profiles in humans: a systematic review and ne
→ Oils, vegetable oils, cardiovascular diseases, dys
CRD42018088409 Effect of vegetable oils on lipid profiles in humans: a systematic review and ne
→ Oils, vegetable oils, cardiovascular diseases, dys
CRD42018088409 Effect of vegetable oils on lipid profiles in humans: a systematic review and ne
→ Oils, vegetable oils, cardiovascular diseases, dys
CRD42018088409 Effect of vegetable oils on lipid profiles in humans: a systematic review and ne
→ Oils, vegetable oils, cardiovascular diseases, dys
CRD42022323171 Comparative effectiveness of vegetable oils on metabolic status in patients with
→ In the 2015-2020 dietary guidelines for Americans,
CRD42022323171 Comparative effectiveness of vegetable oils on metabolic status in patients with
→ In the 2015-2020 dietary guidelines for Americans,
CRD42022323171 Comparative effectiveness of vegetable oils on metabolic status in patients with
→ In the 2015-2020 dietary guidelines for Americans,
CRD42022323171 Comparative effectiveness of vegetable oils on metabolic status in patients with
→ In the 2015-2020 dietary guidelines for Americans,
CRD42020192271 Effect of garlic and garlic products on lipid level in patients with hypercholes
→ Cardiovascular diseases (CVDs) is one of the most
How relationships are computed
  • Clinical Trials / Meta-Analyses / References: direct foreign-key link via subject_entity_id (Phase 2d wireup)
  • Formula ↔ Herbs: text bridge via formulas.herbs_in_pinyin matching herbs.pinyin_name
  • Herb ↔ Ingredient: empty — needs HERB_herb_ingredient import
  • Ingredient ↔ Target: empty — needs HERB_ingredient_target import
  • Target ↔ Disease: empty — needs HERB_target_disease import
  • Herb → Target → Disease (full chemical spine): awaiting Phase 2e link tables