A BMI >25 kg/m², WHR >0.85, family history of diabetes mellitus, hip circumference, and older age were associated with significantly higher prevalence of diabetes mellitus.
Nigeriadiabète (non précisé)published 2020Current diabetes reviewsPubMeddocument of 5 observations
43 individualsAmong participants screened in the medical outreach in Durum community, Bauchi State, Nigeria, 43 (4%) had hypertension and 15 (1%) had diabetes.
Nigeriadiabète (non précisé) · hypertension artérielleobserved 2023published 2023West African journal of medicinePubMeddocument of 11 observations
5 yearsThe mean duration of treatment for Diabetes Mellitus was 5.0 ± 3.6 years among patients in Zaria, Northwestern Nigeria.
Nigeriadiabète (non précisé)published 2019West African journal of medicinePubMeddocument of 9 observations
6.6 %Cerebrovascular accidents were the cause of death in 6.6% of autopsied patients with diabetes mellitus.
Nigeriacerebrovascular accidents · diabète (non précisé)observed January 2008 to December 2017published 2020The Nigerian postgraduate medical journalPubMeddocument of 12 observations
9.3 %Osteoarthritis was more frequent in subjects with diabetes mellitus (9.3%) than in non-diabetic controls (4.1%).
Nigeriadiabète (non précisé) · osteoarthritispublished 2020ReumatismoPubMeddocument of 8 observations
18.8 %The prevalence of diabetes mellitus among respondents was 18.8%.
Nigeriadiabète (non précisé)published 2020BMC cardiovascular disordersPubMeddocument of 11 observations
3.4 %The prevalence of newly diagnosed diabetes was 3.4% by fasting glucose test among participants surveyed in Ethiopia and Nigeria.
Éthiopie · Nigeriadiabète (non précisé)observed 2020 to 2021published 2025Journal of diabetesPubMeddocument of 8 observations
9.6 %The prevalence of diabetes mellitus among market traders in Jos North Local Government Area of Plateau State was 9.6%.
Nigeriadiabète (non précisé)published 2021Nigerian journal of clinical practicePubMeddocument of 9 observations
2.9 cmDiabetic pregnant women had significantly higher histomorphological placental central thickness (2.9 ± 0.65 cm) compared to non-diabetic pregnant women (2.4 ± 0.58 cm).
Nigeriadiabète (non précisé)published 2026BMC pregnancy and childbirthPubMeddocument of 19 observations
51.1 %Approximately half of the participants (51.1%) were receiving chronic medical care for systemic hypertension and/or diabetes.
Nigeriadiabète (non précisé) · systemic hypertensionpublished 2023Menopause (New York, N.Y.)PubMeddocument of 4 observations
15,492 personsThe age-sex adjusted magnitude of diabetes mellitus is 15,492 persons in the study population in Katsina State, Nigeria.
Nigeriadiabète (non précisé)observed 2018published 2020Ophthalmic epidemiologyPubMeddocument of 7 observations
3.7 %Rotator cuff tendinitis was more frequent in subjects with diabetes mellitus (3.7%) than in non-diabetic controls (0.4%).
Nigeriadiabète (non précisé) · rotator cuff tendinitispublished 2020ReumatismoPubMeddocument of 8 observations
737.7 cm³Diabetic pregnant women had significantly higher histomorphological placental volume (737.7 ± 179.85 cm³) compared to non-diabetic pregnant women (536.9 ± 83.00 cm³).
Nigeriadiabète (non précisé)published 2026BMC pregnancy and childbirthPubMeddocument of 19 observations
83.3 %One hundred eighty-four (83.3%) of the 221 presumptive tuberculosis cases were sent for Xpert MTB/Rif assay.
Nigeriadiabète (non précisé) · tuberculosepublished 2020Advances in respiratory medicinePubMeddocument of 7 observations
76 %76% of the patients perceived they had a good quality of life.
Nigeriadiabète (non précisé)published 2025The Pan African medical journalPubMeddocument of 10 observations
10.6 %Females with tuberculosis were more likely than males to have diabetes (10.6% vs 6.3%).
Nigeriadiabète (non précisé)published 2022BMJ openPubMeddocument of 7 observations
4.11 odds_ratioThere was a significant association between systolic hypertension and risk of developing pre-diabetes and diabetes (odds ratio 4.11).
Nigeriadiabète (non précisé) · pre-diabetes · systolic hypertensionobserved 2017published 2020West African journal of medicinePubMeddocument of 4 observations
The global prevalence of diabetes mellitus is on the increase, and Africa, particularly Nigeria, is not left out.
Nigeriadiabète (non précisé)published 2023Diabetes & metabolic syndromePubMeddocument of 3 observations
394 patientsThe study recruited 394 patients with DM (163 males and 231 females) with mean age of 50.8 ± 12.5 years.
Nigeriadiabète (non précisé)published 2022Annals of African medicinePubMeddocument of 6 observations
26 %Among 73 participants with diabetes mellitus, 26.0% either refused or remained hesitant towards taking the COVID-19 vaccine.
NigeriaCOVID-19 · diabète (non précisé)observed March-May 2021published 2022International journal of environmental research and public healthPubMeddocument of 12 observations
51 %Only 51% of the respondents affirmed that diabetes mellitus was associated with increased risk of Obstructive Sleep Apnea.
Nigeriadiabète (non précisé) · Obstructive Sleep Apneapublished 2020West African journal of medicinePubMeddocument of 6 observations
4.6 %The prevalence of diabetes among respondents in the Ijegun-Isheri Osun community of Lagos, Nigeria was 4.6%.
Nigeriadiabète (non précisé)published 2020BMC public healthPubMeddocument of 6 observations
8.4 yearsThe mean duration of Diabetes Mellitus diagnosis was 8.4 ± 5.7 years among patients in Zaria, Northwestern Nigeria.
Nigeriadiabète (non précisé)published 2019West African journal of medicinePubMeddocument of 9 observations
18.8 %Only 18.8% of primary care physicians performed foot examination on newly diagnosed persons living with diabetes.
Nigeriadiabète (non précisé)published 2020BMC family practicePubMeddocument of 19 observations
56 %Musculoskeletal disorders were significantly more frequent among subjects with diabetes mellitus (56%) compared to non-diabetic controls (22%).
Nigeriadiabète (non précisé) · musculoskeletal disorderspublished 2020ReumatismoPubMeddocument of 8 observations
Every row leads to its source document. The figure shown counts the VALIDATED observations it carries, never the extracted ones: the two differ on most documents. The exact source excerpt is not published, due to copyright constraints.