Overall AI Assessment
Risk: Moderate
Trend: DecreasingThis is a centralized dashboard for my personal medical information. It is designed for streamlined access to key health metrics without the requirement of logging into third-party applications, such as the Kaiser portal. A key objective of this page is to facilitate the harvesting and in-depth analysis of this data by artificial intelligence systems to generate advanced health insights. This approach is intended to deepen my understanding of my health conditions and help identify effective management strategies in a timely manner by leveraging the latest available technologies.
Risk: Moderate
Trend: DecreasingContinue monitoring these markers for any changes.
Your WBC is 1.88 x10(9)/L, below the entered reference range. 8 entered CBC markers are within the entered reference ranges. This suggests the abnormality should be monitored as part of the full CBC pattern.
Current medications:
Eliquis, Carvedilol, Atorvastatin
The most likely explanation for your low WBC may involve hypersplenism related to splenomegaly and portal hypertension.
Most entered CBC markers remain stable. Abnormal values should be reviewed as part of the full CBC pattern and compared with prior testing rather than interpreted alone.
No new patterns suggesting worsening anemia are present.
Continue following your physician’s recommendations and monitor future CBC results for trends rather than focusing on a single value.
Low white blood cell count. It can increase risk of infections because your body has fewer cells to fight bacteria, viruses, and other germs.
If the recent trend continues, the next result could remain close to the current value.
Quick guide to understand low white blood cell count
Leukopenia means a lower than normal number of white blood cells (WBCs) in your blood.
White blood cells are part of your immune system and help your body fight bacteria, viruses and other germs. When the WBC count is low, infections can become more likely.
This information is educational and does not replace advice from your healthcare professional.
WBC is 1.88 x10(9)/L on Jun 11, 2026, which is below the entered reference range of 4–10.5 x10(9)/L. Compared with Mar 3, 2026, it is lower by 0.5 x10(9)/L (21.0% decrease).
This interpretation is specific to the white blood cell count marker and is based only on the values entered in this widget.
A low WBC is called leukopenia. It may be associated with infections, medications, nutritional deficiencies, bone-marrow suppression, autoimmune conditions, or hypersplenism. The CBC differential helps show which white-cell type is reduced.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
RBC is 4.8 x10(12)/L on Jun 11, 2026, which is within the entered reference range of 4–5.5 x10(12)/L. Compared with Mar 3, 2026, it is higher by 0.02 x10(12)/L (0.4% increase).
This interpretation is specific to the red blood cell count marker and is based only on the values entered in this widget.
The RBC count is within the entered range. Hemoglobin, hematocrit and MCV are still needed to evaluate oxygen-carrying capacity and red-cell size.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
Hemoglobin is 13.5 gm/dL on Jun 11, 2026, which is within the entered reference range of 13–17 gm/dL. Compared with Mar 3, 2026, it is lower by 0.1 gm/dL (0.7% decrease).
This interpretation is specific to the hemoglobin marker and is based only on the values entered in this widget.
Hemoglobin is within the entered range, indicating that the measured oxygen-carrying protein is currently in range. Trend, symptoms and iron stores still matter.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
Hematocrit is 40.9 % on Jun 11, 2026, which is within the entered reference range of 37–50 %. Compared with Mar 3, 2026, it is lower by 0.4 % (1.0% decrease).
This interpretation is specific to the hematocrit marker and is based only on the values entered in this widget.
Hematocrit is within the entered range. It should still be interpreted with hemoglobin, RBC count, hydration and the historical trend.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
MCV is 85.2 fL on Jun 11, 2026, which is within the entered reference range of 80–100 fL. Compared with Mar 3, 2026, it is lower by 1.2 fL (1.4% decrease).
This interpretation is specific to the mean corpuscular volume marker and is based only on the values entered in this widget.
MCV is within the entered range, meaning average red-cell size is normal. Anemia can still be present with a normal MCV, so hemoglobin and other indices remain important.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
MCH is 28.1 pg on Jun 11, 2026, which is within the entered reference range of 28–35 pg. Compared with Mar 3, 2026, it is lower by 0.4 pg (1.4% decrease).
This interpretation is specific to the mch marker and is based only on the values entered in this widget.
The value is within the entered laboratory range. A normal result should still be interpreted with symptoms, related tests and the trend.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
MCHC is 33 gm/dL on Jun 11, 2026, which is within the entered reference range of 31–36.5 gm/dL. Compared with Mar 3, 2026, it is higher by 0.1 gm/dL (0.3% increase).
This interpretation is specific to the mchc marker and is based only on the values entered in this widget.
The value is within the entered laboratory range. A normal result should still be interpreted with symptoms, related tests and the trend.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
RDV, CV is 13.9 % on Jun 11, 2026, which is within the entered reference range of 11–14.5 %. Compared with Mar 3, 2026, it is higher by 0.1 % (0.7% increase).
This interpretation is specific to the rdv, cv marker and is based only on the values entered in this widget.
The value is within the entered laboratory range. A normal result should still be interpreted with symptoms, related tests and the trend.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
RDW, SD is 43.5 fL on Jun 11, 2026, which is within the entered reference range of 36–50 fL. Compared with Mar 3, 2026, it is lower by 0.1 fL (0.2% decrease).
This interpretation is specific to the rdw, sd marker and is based only on the values entered in this widget.
The value is within the entered laboratory range. A normal result should still be interpreted with symptoms, related tests and the trend.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
Platelet Count is 30 x10(9)/L on Jun 11, 2026, which is below the entered reference range of 140–375 x10(9)/L. Compared with Mar 3, 2026, it is lower by 1 x10(9)/L (3.2% decrease).
This interpretation is specific to the platelet count marker and is based only on the values entered in this widget.
The value is below the entered laboratory range. The significance depends on what this marker measures, related results, symptoms, medications and the historical trend.
AI summaries are informational and are not medical advice. Review results with a qualified healthcare professional.
Compare manually entered historical results. Select a test below to view its trend.
Latest collection date: 2026-06-21
Uses bilirubin, INR, creatinine, sodium, albumin, sex and dialysis status.
AI Explanation: The MELD score estimates the severity of chronic liver disease and supports transplant-priority assessment. A lower score generally indicates lower short-term risk.
Reference: 136–145 mmol/L
Sodium helps regulate fluid balance, nerves and muscles. Liver disease can affect sodium when the body retains excess fluid.
Reference: 3.5–5.1 mmol/L
Potassium supports heart rhythm, nerves and muscles. Medicines, kidney function and fluid shifts can change it.
Reference: 6–20 mg/dL
BUN reflects nitrogen waste from protein metabolism. Hydration, kidney function, bleeding and protein intake can influence it.
Reference: 0.67–1.17 mg/dL
Creatinine is used to estimate kidney function and is an important part of the MELD calculation.
Reference: ≤1.2 mg/dL
Bilirubin is a pigment processed by the liver. Higher levels can suggest reduced processing or impaired bile flow.
Reference: 6.4–8.3 g/dL
Total protein measures albumin plus other blood proteins and helps show nutrition, liver production and immune-protein balance.
Reference: 3.5–5.2 g/dL
Albumin is a major protein made by the liver. It helps keep fluid in blood vessels and reflects liver synthetic function over time.
Reference: ≤50 U/L
AST is an enzyme found in liver and muscle cells. A rise can reflect cell injury but is not specific to the liver alone.
Reference: 10–50 U/L
ALT is an enzyme more closely associated with liver cells. Higher values can indicate active liver-cell injury.
Reference: 40–129 U/L
Alkaline phosphatase is linked mainly to bile ducts and bone. Abnormal values are interpreted with other liver tests.
Reference: 0.9–1.2
INR measures how long blood takes to clot. It reflects clotting-factor production but anticoagulants can strongly affect the result.
Automated pattern analysis of your two latest test sets
MELD 3.0 decreased from 11 to 10.
3 displayed measurement(s) are outside range.
Automated interpretation of patterns, not a diagnosis.
Track blood pressure, oxygen saturation and heart rate over time
Normal reference: <120/80 mmHg
Typical reference: 95%–100%
Medication-aware threshold: 50 bpm
Displayed dataset
Latest reading month
Your average blood pressure is 121/66 mmHg, average heart rate is 61 bpm, and average SpO₂ is 98%. Blood pressure is elevated and the heart-rate trend is trending lower. 91% of the displayed readings were marked as taken after Carvedilol. The medication-aware review found 0 reading(s) below your configured low-value thresholds.
AI-style insights are informational and are not medical advice. Medication effects vary by person. Contact your medical team for symptoms, very low readings, faintness, chest pain, shortness of breath, or sudden changes.
Latest 128 / 66 mmHg
Latest 59 bpm
Latest 96%
Track your cholesterol and lipid levels over time to support cardiovascular health.
Remnant cholesterol estimates cholesterol carried in triglyceride-rich remnant particles. Your calculated result is low and complements your favorable LDL and triglyceride results.
These calculated values update automatically whenever the newest lipid-panel row changes.
Captures cholesterol carried by LDL and other potentially atherogenic particles.
A compact view of triglycerides relative to protective HDL cholesterol.
Shows total cholesterol in relation to HDL; lower values are generally more favorable.
Compares LDL with HDL and provides another view of the balance between the two.
iCalculated values add useful context but do not replace your clinician’s interpretation or a formal cardiovascular-risk assessment.
A transparent, automatically calculated snapshot of the values entered in this widget.
This is an informational dashboard score, not a validated cardiovascular-risk calculator or medical diagnosis.
| Patient | Date | Total Chol | LDL | HDL | Triglycerides | AI Status | Month |
|---|---|---|---|---|---|---|---|
| SashaKaiser Permanente | 2026-06-1207:07 | 111 mg/dLNormal: < 239 | 51 mg/dLOptimal: < 100 | 51 mg/dLOptimal: ≥ 40 | 47 mg/dLNormal: < 150 | Excellent | June |
| SashaKaiser Permanente | 2025-03-2910:17 | 94 mg/dLNormal: < 239 | 33 mg/dLOptimal: < 100 | 50 mg/dLOptimal: ≥ 40 | 57 mg/dLNormal: < 150 | Excellent | March |
| Sasha Kaiser Permanente | 2024-02-2912:11 | 128 mg/dLNormal: < 239 | 70 mg/dLOptimal: < 100 | 38 mg/dLOptimal: ≥ 40 | 101 mg/dLNormal: < 150 | HDL Low | February |
| Sasha Kaiser Permanente | 2023-06-0110:58 | 85 mg/dLNormal: < 239 | 31 mg/dLOptimal: < 100 | 41 mg/dLOptimal: ≥ 40 | 64 mg/dLNormal: < 150 | Excellent | June |
| SashaKaiser Permanente | 2023-02-2711:40 | 69 mg/dLNormal: < 239 | 25 mg/dLOptimal: < 100 | 24 mg/dLOptimal: ≥ 40 | 102 mg/dLNormal: < 150 | HDL Very Low | February |
AI summaries are informational and are not a substitute for professional medical advice.
Historical patterns, reference context and AI-style interpretation
This angiogram shows multivessel coronary artery disease. The LAD has severe proximal narrowing and a mid-vessel occlusion, with partial collateral support from the RCA. The report states that LIMA–LAD bypass could provide the best long-term benefit, but surgery was not considered safe at that time because of multi-organ failure.
The angiogram demonstrates multivessel coronary artery disease, led by severe LAD disease with additional LCX, diagonal, and RPDA narrowing. The RCA remains dominant with only mild disease and provides collateral blood flow toward the LAD.
Highest-priority finding: 70% proximal LAD narrowing with mid-vessel occlusion. Elevated LVEDP also indicates increased left-sided filling pressure.
Select an artery to review its finding
LAD (Left Anterior Descending): 70% proximal narrowing Mid vessel occluded.
Management decisions should be interpreted alongside the complete catheterization report, current symptoms, bleeding risk, organ function, and the treating cardiology team’s assessment.
Severe proximal narrowing with mid-vessel occlusion.
Significant narrowing in the mid circumflex vessel.
Markedly elevated left ventricular filling pressure.
This report organizes the documented angiogram findings for easier review.
April 18, 2024
The MRI shows a mildly enlarged left ventricle with reduced pumping function. Prior injury affects the mid-anterior, anteroseptal and apical regions. A suspected clot at the LV apex is substantially smaller than on the prior study.
Severe hypokinesis/akinesis of the mid-anterior and anteroseptal segments and the entire apex.
Apical anterior, septal and inferior segments show transmural scar and are described as nonviable.
Basal anterior and inferolateral segments have less than 50% subendocardial enhancement and remain viable.
The angiogram identifies the blocked coronary arteries. The MRI shows how reduced blood supply affected heart-muscle movement, scar formation, viability and pumping function.
This AI analysis is based on the data you have provided and is for informational purposes only. It is not a substitute for professional medical advice.
Iron metabolism, storage and transport
Amount of circulating iron available in your bloodstream.
Measures how much iron your blood is capable of carrying.
Percentage of transferrin currently carrying iron.
Reflects your body’s stored iron reserves.
Overall assessment of your iron status
All four iron markers are within their configured reference ranges.
Ferritin trend over time (ng/mL)
Ferritin has increased from iron-deficient levels into the healthy range. Iron stores have improved significantly and remain stable.
| Iron | Iron available today in your blood |
|---|---|
| Ferritin | Stored iron in your body |
| TIBC | Blood’s capacity to carry iron |
| Saturation | Efficiency of iron transport |
In people with chronic liver disease, ferritin alone can sometimes be misleading because inflammation may artificially increase ferritin levels. For this reason, iron, ferritin, TIBC and transferrin saturation should always be interpreted together rather than individually.
A simple, data-driven explanation of how the ultrasound findings changed over time. This summary currently covers February 2023 through June 2026.
No suspicious liver mass was reported in any of the ultrasound studies currently entered.
A nonocclusive portal vein thrombus was reported in April 2025. The latest Doppler study reports patent portal veins, hepatopetal flow and no evidence of portal venous thrombosis on that examination.
Earlier imaging described a smooth or normal-appearing liver. Later studies describe nodular cirrhotic morphology and portal hypertension. Splenomegaly has been a persistent associated finding.
Ascites was not identified on the 2023 or 2024 ultrasound studies, increased to moderate in April 2025, and was described as trace on the June 2026 Doppler ultrasound. The newest report therefore documents less abdominal fluid than the 2025 study.
Your ultrasound history shows chronic liver disease that became more clearly cirrhotic over time. A portal vein clot was seen in 2025, while the newest Doppler ultrasound did not show that clot and confirmed blood was flowing toward the liver. Fluid in the abdomen increased to a moderate amount in 2025 and was only trace on the newest study. The reports consistently show no suspicious liver mass.
This panel is generated from the structured findings inside the widget. Adding or changing a report automatically recalculates the date range, portal-vein history, ascites sequence, liver morphology and mass-surveillance statement.
Abdomen vascular flow — complete
No evidence of portal venous thrombosis.
Cirrhosis with portal hypertension.
Trace ascites.
This view organizes the report into structured findings so a clinician can scan the study quickly. Original wording remains available under Technical Report.
Grayscale, color Doppler and spectral waveform analysis of the right upper quadrant and liver vessels.
Impression: No evidence of portal venous thrombosis. Cirrhosis with portal hypertension. Trace ascites.
This section translates medical terms without changing the original report. “Hepatopetal” means blood is flowing toward the liver. “Patent” means the vessel is open. Findings must be interpreted alongside the complete medical record by the treating clinician.
Hepatocellular carcinoma surveillance
Diffuse hepatocellular disease with no mass.
Nonocclusive portal vein thrombus.
Moderate ascites.
This view organizes the report into structured findings so a clinician can scan the study quickly. Original wording remains available under Technical Report.
Multiple transverse and longitudinal grayscale images with color Doppler and spectral analysis as needed.
Impression: Diffuse hepatocellular disease with no mass. Nonocclusive portal vein thrombus. Moderate ascites.
This section translates medical terms without changing the original report. “Hepatopetal” means blood is flowing toward the liver. “Patent” means the vessel is open. Findings must be interpreted alongside the complete medical record by the treating clinician.
Right upper quadrant and spleen
Diffuse increased hepatic echogenicity consistent with chronic hepatocellular disease.
Splenomegaly.
4 mm circumferential gallbladder wall thickening.
This view organizes the report into structured findings so a clinician can scan the study quickly. Original wording remains available under Technical Report.
Multiple transverse and longitudinal grayscale images of the RUQ and spleen with color Doppler and spectral analysis as needed.
Impression: Diffuse increased hepatic echogenicity consistent with chronic hepatocellular disease. Splenomegaly. 4 mm circumferential gallbladder wall thickening.
This section translates medical terms without changing the original report. “Hepatopetal” means blood is flowing toward the liver. “Patent” means the vessel is open. Findings must be interpreted alongside the complete medical record by the treating clinician.
Hepatocellular carcinoma surveillance
Diffuse hepatocellular disease.
No liver mass detected.
Splenomegaly.
This view organizes the report into structured findings so a clinician can scan the study quickly. Original wording remains available under Technical Report.
Multiple transverse and longitudinal grayscale liver images with color Doppler and spectral analysis as needed.
Impression: Diffuse hepatocellular disease. No liver mass detected. Splenomegaly.
This section translates medical terms without changing the original report. “Hepatopetal” means blood is flowing toward the liver. “Patent” means the vessel is open. Findings must be interpreted alongside the complete medical record by the treating clinician.
Baseline RUQ study
No sonographic right upper quadrant abnormality to correlate with symptoms.
Patent portal vein with normal hepatopetal flow.
No ascites.
This view organizes the report into structured findings so a clinician can scan the study quickly. Original wording remains available under Technical Report.
Multiple transverse and longitudinal grayscale RUQ images with color Doppler and spectral analysis as needed.
Impression: No sonographic right upper quadrant abnormality to correlate with symptoms. Patent portal vein with normal hepatopetal flow. No ascites.
This section translates medical terms without changing the original report. “Hepatopetal” means blood is flowing toward the liver. “Patent” means the vessel is open. Findings must be interpreted alongside the complete medical record by the treating clinician.
This section keeps the important medical details from the radiology report while explaining each finding in plain language.
A chronological view of liver morphology, portal vein thrombosis, portal hypertension, spleen size, ascites, and liver-mass surveillance.
The liver appeared homogeneous without a mass. The main, right, and left portal veins were patent with normal forward flow. No ascites was present. The major abnormality was marked splenomegaly measuring 20.1 cm.
Establishes the earliest vascular baseline before later CT-documented thrombosis.
Personalized AI Review of Your Medical Data
Your liver function is stable with preserved synthetic capacity.
Function & Reserve
Circulation & Vital Signs
Hematology & Iron
Metabolism & Nutrition
Current Regimen
Evidence-based insights from your medical data
Your liver synthetic function remains preserved with a stable MELD 3.0 score of 10.
Portal hypertension remains the primary long-term concern and requires ongoing monitoring.
Cardiovascular, metabolic, and iron status are excellent with strong lifestyle consistency.
Overall status is stable.
Current score: 10
11 → 10 → 10 → 10 → 10 → 10
The current point is generated from the same master laboratory values used by the Liver card.
Stable vascular findings. The main, right, and left portal veins were patent with forward hepatopetal flow. No portal venous thrombosis was detected.
The report continues to support cirrhosis with portal hypertension, while the portal venous system remains open. Imaging and endoscopy surveillance should follow the treating team’s schedule.
Eliquis and carvedilol are taken twice daily together. Atorvastatin is taken once daily.
Carvedilol can lower resting heart rate and blood pressure, so those readings are interpreted with medication context.
Activity values follow the same report data used by this widget and can be updated from Elementor or a connected health-data source.
Use our translation widget to view all of our health information and resources in your preferred language instantly.
Our built-in translator makes it easy to read all of our content and updates in any language, instantly.