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MeetingMeeting Highlight
Open Access

Middle East Rheumatology Conference of the Gulf Cooperation Council association of Immunology and Rheumatology, December 9-11, 2022 Dubai, United Arab Emirates

Ahmed Zayat, Mohammed Omair, Maryam Al-Nesf, Martin Lee, Zaki Abou Zaher, Rajaie Namas, Mahmood Al Mashhadani, Fahdah AlOkaily and Suad Hannawi
Saudi Medical Journal November 2023, 44 (11) 1182-1213;
Ahmed Zayat
1University Hospital Sharjah, University of Sharjah, Sharjah, United Arab Emirates
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Mohammed Omair
2King Saud University, Riyadh, Kingdom of Saudia Arabia
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Maryam Al-Nesf
3Mediclinic City Hospital, Dubai, United Arab Emirates
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Martin Lee
4Hamad Medical Corporation, Doha, Qatar
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Zaki Abou Zaher
5Healthpoint hospital, Abu Dhabi, United Arab Emirate
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Rajaie Namas
6Cleveland Clinic, Abu Dhabi, United Arab Emirates
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Mahmood Al Mashhadani
7Mohammed Bin Rashid University of Medicine and Health Sciences, Dubai, United Arab Emirate
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Fahdah AlOkaily
8Prince Sultan Riyadh Military Medical City, Riyadh, Kingdom of Saudi Arabia
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Suad Hannawi
9Emirates Health Services, Ministry of Health and Prevention of United Arab Emirate
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  • Article
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Article Figures & Data

Figures

  • Tables
  • Figure 1
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    Figure 1

    - Frequency of JAK prescription per diagnosis.

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    Figure 1

    - Most affected areas of patients with SLE and HCQ-induced hyperpigmentation (the face predominantly [the front & cheeks], hands, upper back, and submandibular area).

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    Figure 1

    - Average age in years of the cohort involved in the study, including controls without rheumatoid arthritis (RA) or osteoarthritis (OA), patients with RA, and those with OA.

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    Figure 2

    - Average DBP (A) and SBP (B) in mmHg of the cohort involved in the study, including controls without rheumatoid arthritis (RA) or osteoarthritis (OA), patients with RA, and those with OA. The Kruskal-Wallis test and Dunn’s multiple comparison test were used for statistical analysis.

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    Figure 3

    - Average arotic root diameter in mm of the cohort involved in the study, including controls without rheumatoid arthritis (RA) or osteoarthritis (OA), patients with RA, and those with OA. The Kruskal-Wallis test and Dunn’s multiple comparison test were used for statistical analysis.

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    Figure 1

    - Mammograms of al 4 cases.

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    Figure 2

    - Ultrasound images.

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    Figure 3

    - Histopathology samples. A,B,C, and D) Shows infiltration of breast lobules by epithelioid non-caseating granuloma. E) Non-caseating granuloma with negative Zeil-Neelson stain for acid fast bacilli. F) Non-caseating granuloma with negative Grocott (methanmine) silver stain for fungi.

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    Figure 1

    - A glomerulus with segmental endocapillary proliferation (yellow arrow). A) There is focal acute tubular injury (green arrow). B) Show a glomerulus with mesangial expansion and segmental mild increase in mesangial cells (black arrow). C) Show focal acute tubular injury (green arrow) and interstitial inflammatory cells consisting of lymphocytes mainly (Blue arrow). D) Show electron microscopic changes consist of mesangial electron dense deposits (white arrows), subendothelial deposits (red arrows) and intracapillary hyaline thrombus (purple arrow).

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    Figure 1

    - An MRI of the brain. A) Case 1. B) Case 2.

Tables

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    Table 1.1

    - Differences in the characteristics between patients receiving the 2 JAK inhibitors.

    CharacteristicsBaricitinibUpadacitinib
    Mean age (range) years62 (30-82)57 (30-92)
    DAS 28 CRP remission (total)41.0%19.0%
    DAS 28 CRP remission (current)88.0%44.0%
    Boolean response % (total)41.0%9.0%
    Boolean response % (current)88.0%22.0%
    Mean (range) time before stop (months)10.1 (3-24)4.6 (2-9)
    Mean (range) time on drug21 (16-32)10.1 (4-20)
    Biological-DMARDs naive82.0%46.0%
    Biological-DMARDs failure18.0%54.0%
    Age >5088.0%68.0%
    % of ≥2 CV risk in >5029.0%9.0%
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    Table 1.2

    - Side effects reported the cohort of patients receiving JAK inhibitors.

    Side effectsBaricitinibUpadacitinib
    Herpes Zoster11
    VTE01
    MAC00
    Sepsis11
    Transaminitis01
    Others1 gastritis1 hair loss, 1 acne
    Total3 (17.0%)6 (27.0%)
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    Table 1

    - Characteristics of patients with SLE and HCQ-induced hyperpigmentation.

    Characteristicsn (%)
    ANA31 (100)
    dsDNA31 (100)
    Low complements (C3 and C4)31 (100)
    Arthritis (MCPs, wrists, and knees)16 (51.6)
    Leucopenia (<3000×109/L)31 (100)
    Thrombocytopenia (<100,000×109/L)8 (25.8)
    Painful mouth ulcers10 (32.2)
    Fatigue31 (100)
    Photosensitivity (acute/chronic)29 (93.5)
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    Table 1

    - Demography, RA characteristics, and RA disease activity in 38 RA patients.

    Demographic detailsn (%)
    Male:female3:35*
    Mean age (range), years50 (21-87)
    Rheumatoid arthritis characteristics, mean±SD
    Tender joint count (n=53)20±15
    Swollen joint count (n=44)18±6
    Health assessment questionnaire score (maximum disability 24)3.3±3.5
    Physician’s global assessment of disease activity (maximum 100)35±23
    Joint pain (VAS, maximum 100)40±29
    Morning stiffness duration (minutes)120±90
    Rheumatoid factor level (IU/ml)240±433
    Disease activity score-28 (4v)5.0±1.4
    Rheumatoid factor positive30 (79.0)
    RA nodules1(3.0)
    Other extra-articular features0 (0.0)
    Comorbidities
    Ever smoking1 (3.0)
    Current smoking0 (0.0)
    Hypertension9 (31.0)
    Diabetes mellitus4 (11.0)
    Hyperlipidemia7 (18.0)
    Other comorbidities0 (0.0)

    Values are presented as numbers and precentages or mean ± standard deviation (SD).

    • ↵* ratio. RA: rheumatoid arthritis

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    Table 2

    - Ultrasound characteristics of the thyroid gland of the 38 RA patients.

    CharacteristicsRight lobuleLeft lobule
    Presence of nodule
    One nodule8 (21.0)7 (18.0)
    ≥3 nodules7 (18.0)6 (16.0)
    Size of the nodules (mm), mean±SD*3.53±11.26 to 3.88±12.540.57±1.27 to 1.39±4.096
    Nature of nodules
    Complex6 (40.0)2 (15.0)
    Solid8 (53.0)9 (70.0)
    Cystic nodule1 (7.0)2 (15.0)
    Nodules borders
    Definite borders12 (80.0)11 (85.0)
    Irregular borders3 (20.0)2 (5.0)
    Echotexture
    Heterogenous4 (10.0)6 (16.0)
    Homogenous34 (90.0)32 (84.0)
    Vascularity
    hypervascularity5 (13.0)6 (16.0)
    Macrocalcification1 (3.0)5 (13.0)
    Microcalcification0 (0.0)1 (3.0)

    Values are presented as numbers and precentages (%). SD: standrad deviation

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      Table 1

      - Carotid intima media thickness of 100 RA patients and 154 age-gender matched control subjects.

      Subclinical atherosclerosisControlsRA patientsP-valuesCI
      cIMT (mm), mean±SD0.56±0.09)0.60±0.140.030.56-0.60
      Carotid atheroma, n (%)6 (4.0%)21 (21.0)0.00 

      Values are presented as mean ± standrad deviation (SD) or numbers and precentages (%). CI: confidence interval, mm: millimeter, cIMT: carotid intima media thickness, RA: rheumatoid arthritis

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        Table 2

        - Demography and comorbidities of 100 RA patients and 154 age-gender matched control subjects.

        VariablesControlRA patientsP-valuesCI
        Participants, n154100--
        Male:female ration31 (20.0): 123 (80.0)16 (16.0): 84 (84.0)0.41-
        Age (years), mean±SD49±1347±160.2347-50
        Males mean age (years), mean±SD52±1552±190.9347-57
        Female mean age (years), mean±SD49±1346±150.2146-49
        Extra-articular manifestations
        RA nodules0 (0.0)5 (5.0)0.01*-
        Interstitial lung disease0 (0.0)7(7.0)0.00*-
        Raynaud’s phenomenon3 (2.0)21 (21.0)0.00*-
        Eye scleritis or uveitis0 (0.0)3 (3.0)0.03*-
        Vasculitis0 (0.0)1 (1.0)0.21-
        Iron deficiency anemia11 (7.0)18 (18.0)0.03*-
        Comorbidities
        Smoking, ever15 (10.0)8 (8.0)0.09-
        DM21(27.0)12(12.0)0.09-
        Hypertension23 (29.0)17 (17.0)0.39-
        Dyslipidemia24 (36.0)14 (14.0)0.01*-
        Sickle cell or thalassemia2 (1.0)0 (0.0)0.25-
        Thyroid disease7 (4.5)5 (5.0)0.65-
        Hyperthyroidism1 (0.6)0 (0.0)--
        Hypothyroidism6 (4.0)5 (5.0)--

        Values are presented as numbers and precentages (%) or mean ± standrad deviation (SD). RA: rheumatoid arthritis, CI: confidence interval, DM: diabetes mellitus

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          Table 3

          - Physical examination and weight parameters of 100 RA patients and 154 age-gender matched control subjects.

          ParametersControlRA patientsP-valuesCI
          Blood pressure
          Sbp (mmHg)125±17130±200.04125.04-129.96
          Dbp (mmHg)72±1176±130.0471.90-75.19
          Weight parameters
          Height (cm)156.02156.860.68154.39-158.25
          Weight (kg)77.97±20.0775.24±20.540.3474.07-79.62
          Body surface area4.39±14.271.78±260.121.78-5.01
          BMI (kg/Ht [m]2)31.54±6.9329.92±6.300.129.92-31.84

          Values are presented as mean ± standrad deviation (SD). CI: confidence interval, Sbp: systolic blood pressure, Dbp: diastolic blood pressure, BMI: body mass index

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            Table 4

            - Laboratory values of 100 RA patients and 154 age-gender matched control subjects.

            Laboratory valuesControlsRA patientsP-valuesCI
            Antibodies profile
            ANA, n (%)7 (4.5)8 (8.0)0.29-
            RF positivity, n (%)4 (3.0)72 (72.0)0.00*-
            RF level8.48±8.0650.61±115.220.00*14.65-41.25
            Anti-CCP level, n (%)0 (0.0)46 (46.0)0.00*-
            Thyroid function test
            FT4 (pmol/L)15.59±3.6115.557±2.630.9415.11-16.05
            FT3 (pmol/L)4.57±1.044.36±0.8170.244.31-4.67
            TSH (mlU/L)2.02±1.562.98±4.480.03*1.96-2.84
            Thyroglobulin29.13±38.0856.53±118.650.2117.29-57.83
            TPO135.47±303.3747.92±75.290.1452.21-161.72
            Blood rheology
            RBC (10(6)/mcL)4.70±0.514.54±0.610.04*4.56-4.71
            Hb (g/dl)12.49±1.6112.26±1.440.2812.19-12.61
            HCT (%)38.36±4.6537.78±4.130.3337.53-38.72
            MCV(fL)82.35±9.2984.51±8.030.0782.06-84.45
            MCH (pg)27.22±4.8627.36±3.090.826.71-27.84
            MCHC (g/dL)32.37±1.7832.33±1.190.8432.15-32.57
            RDW14.34±2.2914.93±2.790.0914.24-14.93
            Plt (103/mcL)262.35±70.93287.64±87.630.02*262.47-283.75
            MPV9.42±1.448.67±1.230.00*8.91-9.29
            WCC (103/mcL)6.83±1.918.21±3.290.00*7.06-7.78
            Neutrophil count (%)53.78±11.7858.31±12.390.01*54.06-57.34
            Neutrophil absolute (103/mcL)3.76±1.744.96±2.580.00*3.97-4.56
            Lymphocyte count (%)35.27±10.1931.57±10.880.01*32.28-35.13
            Lymphocyte absolute (103/mcL)2.32±0.682.41±0.9470.362.25-2.47
            Monocyte count (%)7.42±3.147.12±1.900.436.93-7.66
            Monocyte absolute (103/mcL)0.51±0.210.58±0.230.02*0.51-0.57
            Eosinophil count (%)0.19±0.130.19±0.130.920.17-0.21
            Eosinophil absolute (103/mcL)0.19±0.130.21±0.160.650.18-0.22
            Basophil count (%)0.49±0.380.44±0.310.260.43-0.52
            Basophil absolute (103/mcL)0.03±0.040.04±0.030.520.03-0.04
            Inflammatory markers
            ESR (mm/hr)23.78±17.5332.75±25.660.00*24.69-30.57
            CRP (mg/dl)4.81±6.5916.66±34.090.00*6.68-13.17
            Renal function
            Creatinine (mmol/L)61.10±34.6960.08±22.940.856.58-64.76
            Urea (mmol/L)4.88±6.264.01±1.690.23.86-5.18
            Uric acid (µmol/L)290.56±90.69265.74±106.620.07266.45-293.29
            eGFR (ml/min)96.70±11.6786.71±28.640.2585.25-101.79
            Urine microalbumin level21.12±110.054.87±17.790.25-2.22, 25.32
            Glucose status
            Glucose fasting (mmol/L)5.96±1.526.93±4.710.04*5.89-6.82
            HbA1C (mmol/mol)6.20±1.146.76±1.850.03*6.14-6.65
            Liver function test
            Total protein74.62±5.7972.65±6.200.02*72.96-74.63
            Albumin39.91±4.7338.48±4.710.03*38.65-39.96
            Bilirubin (total)10.65±7.419.89±4.680.49.45-11.21
            ALT26.30±22.2623.08±16.040.2522.19-27.67
            Alkaline phosphatase72.85±24.1871±21.790.5768.86-75.26
            Electrolytes
            Calcium2.32±0.132.29±0.120.252.29-2.33
            Phosphates1.17±0.161.12±0.210.21.10-1.18
            Magnesium0.81±0.060.76±0.010.03*0.77-0.82
            Iron study
            Ferritin (ng/ mL)64.81±117.4775.73±77.190.5452.06-87.95
            Iron (µmol/L)11.03±5.6110.75±5.350.789.89-11.91
            Transferrin (mg/dl)257.01±85.61269.87±55.870.36249.65-277.87
            Lipid profile
            Cholesterol (mmol/L)4.56±1.024.67±1.080.444.46-4.75
            Triglycerides (mmol/L)1.24±0.661.32±0.760.411.17-1.37
            HDL (mmol/L)1.36±0.731.31±0.460.561.25-1.43
            LDL (mmol/L)2.76±0.962.70±0.920.692.59-2.87
            Other tests
            Vitamin D (nmol/l)69.26±36.9154.82±33.620.01*58.34-68.88

            Values are presented as mean ± standrad deviation (SD).

            RA: rheumatoid arthritis,

            CI: confidence interval, ANA: antinuclear antibodies, anti-DNAase: anti-double strand antibodies,

            RF: rheumatoid factor, anti-CCP: anti-citrullinated peptide, ASMA: anti-smooth muscles antibody,

            anti Scl 70: anti-scleroderma 70, anti-RNP: anti-ribonuclear protein, anti-Sm: anti Smith antibody,

            FT: free thyroxine, Ft3: free triiodothyronine, TPO: thyroid peroxidase, RBC: red blood cells (106/mcL),

            Hb: hemoglobin (g/dl), Hct: hematocrit, MCV: mean cell volume (fL), MCH: mean cell hemoglobin (pg),

            MCHC: mean cell hemoglobin concentration (32-36 g/dL), RDW: red cell distribution width, Plt: platelet (103/mcL), MPV: mean platelet volume (9.4-12.3 fL), WCC: white cell counts (103/mcL), ESR: erythrocytes sedimentation rate (mm/min), CRP: C-reactive protein (mg/dl), eGFR: estimated glomerular filtration rate (ml/min),

            HbA1C: glycosylated hemoglobin (mmol/mol), ALT; alanine transferase (IU/L), HDL: high density,

            LDL: low density lipoprotein (mmol/L)

            • ↵* P-value of <0.05.

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            Table 1

            - Distribution of CVS risk factors in the cohort.

            Risk factorsDiagnosisP-values
             TotalCoOARA 
             CountRawColumnCountRawColumnCountRawColumnCountRawColumn 
            Atherosclerotic disease
            No118100%94.40%1512.70%100%5445.80%93.10%4941.50%94.20%NS
            Yes7100%5.60%00.00%0.00%457.10%6.90%342.90%5.80%
            Hypertension
            No88100%70.40%1517.00%100%4146.60%70.70%3236.40%61.50%0.01
            Yes37100%29.60%00.00%0.00%1745.90%29.30%2054.10%38.50%
            Dyslipidemia
            No90100%72.00%1314.40%86.70%3943.30%67.20%3842.20%73.10%NS
            Yes35100%28.00%25.70%13.30%1954.30%32.80%1440.00%26.90%
            Sjogren
            No120100%96.00%1512.50%100%5545.80%94.80%5041.70%96.20%NS
            Yes5100%4.00%00.00%0.00%360.00%5.20%240.00%3.80%
            Raynaud’s
            No121100%96.80%1512.40%100%5747.10%98.30%4940.50%94.20%NS
            Yes4100%3.20%00.00%0.00%125.00%1.70%375.00%5.80%
            Hypothyroidism
            No110100%88.00%1412.70%93.30%5247.30%89.70%4440.00%84.60%NS
            Yes15100%12.00%16.70%6.70%640.00%10.30%853.30%15.40%
            Diabetes mellitus
            No90100%72.00%1213.30%80.00%4145.60%70.70%3741.10%71.20%NS
            Yes35100%28.00%38.60%20.00%1748.60%29.30%1542.90%28.80%
            Other chronic disease
            No80100%64.00%1113.80%73.30%3746.30%63.80%3240.00%61.50%NS
            Yes45100%36.00%48.90%26.70%2146.70%36.20%2044.40%38.50%

            Values are presented as numbers and precentages (%). Co: controls, OA: osteoarthritis, RA: rheumatoid arthritis

              • View popup
              Table 2

              - Distribution of numerical echo variables in the cohort.

              VariablesDiagnosis
               CoOARATotalP-values
              LV septum in diastole (mm)8.75±1.369.70±2.009.35±2.029.42±1.96NS
              LV post wall in diastole (mm)8.62±1.249.27±1.719.44±2.149.26±1.86NS
              LV end-diastolic diameter (mm)40.1±6.642.9±5.043.6±6.842.8±6.1NS
              LV end-systolic diameter (mm)24.6±4.326.6±3.927.1±5.526.6±4.7NS
              LV mass (g)105.3±33.4133.7±34.6137.6±58.2131.8±46.6NS
              EF (%)68.8±5.367.8±6.467.1±8.167.7±7.0NS
              Deceleration time (ms)183±31191±55184±47187±49NS
              E (cm/s)80.7±12.574.4±16.877.1±18.176.3±16.9NS
              E/A1.43±0.371.16±0.401.28±0.471.25±0.43NS
              E’ (cm/s)12.13±2.5710.29±3.2411.44±3.5911.00±3.36NS
              E/E’6.81±1.887.76±2.177.13±2.057.38±2.10NS
              RV function (TAPSE, mm)20.3±2.820.0±4.021.2±3.120.5±3.5NS
              Aortic root (mm)22.7±6.126.4±3.626.5±3.7*26.0±4.2*0.005
              Pulmonary pressure (mmHg)10±1211±99±910±9NS

              Values are presented as mean ± standrad deviation (SD). Results are based on 2-sided tests assuming equal variances. For each significant pair, the key of the smaller category appears in the category with the larger mean.

              • ↵* The significant level of 0.05 (adjusted for all pairwise comparisons within a row of each innermost subtable using the Bonferroni correction.

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              Table 3

              - Distribution of categorical echo variables in the cohort.

              VariablesDiagnosis
               CoOARATotalP-values
               CountRowColumnCountRowColumnCountRowColumnCountRowColumn 
              LV mass index (g/m2)
              169.8%40.0%2845.9%50.9%2744.3%54.0%61100%50.8%NS
              200.0%0.0%133.3%1.8%266.7%4.0%3100%2.5%
              300.0%0.0%233.3%3.6%466.7%8.0%6100%5.0%
              4918.0%60.0%2448.0%43.6%1734.0%34.0%50100%41.7%
              Grade of DD
              01014.9%66.7%2943.3%52.7%2841.8%56.0%67100%55.8%NS
              125.6%13.3%2055.6%36.4%1438.9%28.0%36100%30.0%
              2317.6%20.0%635.3%10.9%847.1%16.0%17100%14.2%
              Aortic regurgitation
              01513.9%100%5248.1%94.5%4138.0%82.0%108100%90.0%0.039
              100.0%0.0%325.0%5.5%975.0%18.0%12100%10.0%
              Aortic stenosis
              01512.6%100%5546.2%100%4941.2%98.0%119100%99.2%NS
              100.0%0.0%00.0%0.0%1100%2.0%1100%0.8%
              Mitral valve prolapse
              01513.0%100%5144.3%92.7%4942.6%98.0%115100%95.8%NS
              100.0%0.0%480.0%7.3%120.0%2.0%5100%4.2%
              Mitral regurgitation
              01513.0%100%5144.3%92.7%4942.6%98.0%115100%95.8%NS
              100.0%0.0%480.0%7.3%120.0%2.0%5100%4.2%
              Mitral stenosis
              01512.7%100%5445.8%100%4941.5%98.0%118100%99.2%NS
              100.0%0.0%00.0%0.0%1100%2.0%1100%0.8%
              Tricuspid regurgitation
              01312.1%86.7%4844.9%87.3%4643.0%92.0%107100%89.2%NS
              1215.4%13.3%753.8%12.7%430.8%8.0%13100%10.8%

              Values are presented as numbers and precentages (%). Results are based on nonempty rows and columns in each innermost subtable. The Chi-square statistic is significant at 0.05 level. Co: controls, OA: osteoarthritis, RA: rheumatoid arthritis

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                Table 1

                - Patient’s characteristics.

                Characteristicsn (%)
                Age, mean±SD40.8±15.7
                Female162 (82.0)
                Disease duration (years), mean±SD6.3±6.6
                Time to diagnosis (years), mean±SD3.5±5.4
                Diagnosis
                Rheumatoid arthritis151 (76.0)
                Systemic lupus erythematosus22 (11.0)
                Juvenile idiopathic arthritis6 (3.0)
                Scleroderma4 (2.0)
                Mixed connective tissue disease3 (2.0)
                Psoriatic arthritis3 (2.0)
                Spondyloarthropathy3 (2.0)
                Polymyositis1 (1.0)
                Dermatomyositis1 (1.0)
                Still’s disease1 (1.0)
                Chronic recurrent multifocal osteomyelitis1 (1.0)
                Behcet’s disease1 (1.0)
                Gout1 (1.0)
                Use of DMARD theraphy (n=146)
                Monotherapy73 (50.0)
                Dual therapy51 (35.0)
                Triple therapy11 (8.0)
                Biologic11 (8.0)

                Values are presented as numbers and precentages (%).

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                Saudi Medical Journal: 44 (11)
                Saudi Medical Journal
                Vol. 44, Issue 11
                1 Nov 2023
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                Middle East Rheumatology Conference of the Gulf Cooperation Council association of Immunology and Rheumatology, December 9-11, 2022 Dubai, United Arab Emirates
                Ahmed Zayat, Mohammed Omair, Maryam Al-Nesf, Martin Lee, Zaki Abou Zaher, Rajaie Namas, Mahmood Al Mashhadani, Fahdah AlOkaily, Suad Hannawi
                Saudi Medical Journal Nov 2023, 44 (11) 1182-1213;

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                Middle East Rheumatology Conference of the Gulf Cooperation Council association of Immunology and Rheumatology, December 9-11, 2022 Dubai, United Arab Emirates
                Ahmed Zayat, Mohammed Omair, Maryam Al-Nesf, Martin Lee, Zaki Abou Zaher, Rajaie Namas, Mahmood Al Mashhadani, Fahdah AlOkaily, Suad Hannawi
                Saudi Medical Journal Nov 2023, 44 (11) 1182-1213;
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