MPH / Department of Public Health / Prostate cancer (PC) screening is a strategy to identify cancer before it causes symptoms. However, men’s participation in prostate cancer screening seems inadequate and remains a public health concern worldwide. This leads most men to be diagnosed with an advanced prostate cancer where cancer cells spread to other parts of the body. The aim of this study was to assess the knowledge and attitudes of males towards prostate cancer screening at a selected village in Thulamela Municipality, Limpopo province. The study adopted a quantitative approach using a descriptive cross-sectional survey. A well-structured questionnaire was used to collect data from 245 men who are 40 years and above. The sample was selected using the simple random sampling technique. The Statistical Package for Social Scientists (SPSS) version 25.0 was used to analyse the collected data; and the results were presented in percentages, frequencies and tables. Cross tabulation, Chi square and Phi and Cramer’s V test were also utilised to test for association and effects size respectively at .05 level of significance. Respondent’s knowledge as an explanatory variable, screening practices as response variable was assessed. The findings of this study showed that 64.1% of respondents had inadequate knowledge about prostate cancer. About 62.4% respondents had no prior knowledge regarding prostate cancer and 69% of respondents didn’t know the age at risk for the development of PC, while 81.9% of respondents had never heard about PC, and 35.9% didn’t know that PC can be treated. 84.9% of respondents had positive attitudes towards PC screening, however, 96.7% had never undergone screening for prostate cancer and 46.9% indicated that they will never undergo PSA test. Furthermore, the study found a significant association between men’s knowledge of PC and their willingness to undergo PC screening, X2 (3, N=245) = 48.44, p = .001; men’s knowledge of PC was significantly related to their attitudes towards PC, X2 (1, N = 245) = 17.63, p = .001. The effect size was moderate, ɸ = .27. Knowledge was significantly associated with all the demographic variables. Therefore, this study recommends widespread public health campaigns focusing on educating men about prostate cancer risk factors, symptoms, treatment and ways to prevent and manage it through healthy lifestyles. / NRF

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Foram realizadas as biometrias ultrassonográficas testiculares e prostáticas, e mensurações corporais como altura de cernelha, comprimento do corpo, estatura e peso corporal de 54 cães inteiros, com idade entre 24 e 50 meses e escore corporal definido eliminando animais obesos. As medidas testiculares apresentaram correlação positiva forte com as medidas prostática, medidas corporais e peso metabólico (p<0,001), e correlação positiva moderada com o índice de massa corporal canino (IMCC). Foi possível determinar um intervalo de confiança entre as medidas testiculares e prostáticas no grupo de animais estudados e elaborar equações lineares simples para se estimar as medidas prostáticas a partir das medidas testiculares. Definiu-se equações utilizando o comprimento testicular (CT) ou o diâmetro testicular (DT) em centímetros. Comprimento próstata = CT x 0,82 (r2 = 0,97); Comprimento da próstata = DT x 1,27; Altura próstata = CT x 0,72 (r2 = 0,97); Altura da próstata = DT x 1,12; Largura próstata = CT x 0,85 (r2 = 0,96); Largura da próstata = DT x 1,32. Não houve diferença estatisticamente significativa entre as dimensões de comprimento e diâmetro dos testículos direito e esquerdo / The ultrasound biometry of testicular and prostate as well as body measurements such as withers height, body length, height and weight were done of 54 dogs, aged between 24 and 50 months and body condition defined eliminating obese animals. The testicular measurements showed strong positive correlation with prostate size and body measurements as well as with metabolic weight (p < 0,001), and moderate positive correlation with de canine body mass index (IMCC). It was possible to determine a confidence interval between testicular and prostate measures. Simple linear equations to estimate prostate measures from the testicular measures were done. The equations was defined using testicular length or testicular diameter in centimeters. Prostate length = testicular length x 0,82 (r2 = 0,97); Prostate length = testicular diameter x 1,27; Prostate height = testicular length x 0,72 (r2 = 0,97); Prostate length = testicular diameter x 1,12; Prostate width = testicular length x 0,85 (r2 = 0,96); Prostate widht = testicular diameter x 1,32. There was no statistically significant difference between the dimensions of the right and left testicles

Foram realizadas as biometrias ultrassonográficas testiculares e prostáticas, e mensurações corporais como altura de cernelha, comprimento do corpo, estatura e peso corporal de 54 cães inteiros, com idade entre 24 e 50 meses e escore corporal definido eliminando animais obesos. As medidas testiculares apresentaram correlação positiva forte com as medidas prostática, medidas corporais e peso metabólico (p<0,001), e correlação positiva moderada com o índice de massa corporal canino (IMCC). Foi possível determinar um intervalo de confiança entre as medidas testiculares e prostáticas no grupo de animais estudados e elaborar equações lineares simples para se estimar as medidas prostáticas a partir das medidas testiculares. Definiu-se equações utilizando o comprimento testicular (CT) ou o diâmetro testicular (DT) em centímetros. Comprimento próstata = CT x 0,82 (r2 = 0,97); Comprimento da próstata = DT x 1,27; Altura próstata = CT x 0,72 (r2 = 0,97); Altura da próstata = DT x 1,12; Largura próstata = CT x 0,85 (r2 = 0,96); Largura da próstata = DT x 1,32. Não houve diferença estatisticamente significativa entre as dimensões de comprimento e diâmetro dos testículos direito e esquerdo / The ultrasound biometry of testicular and prostate as well as body measurements such as withers height, body length, height and weight were done of 54 dogs, aged between 24 and 50 months and body condition defined eliminating obese animals. The testicular measurements showed strong positive correlation with prostate size and body measurements as well as with metabolic weight (p < 0,001), and moderate positive correlation with de canine body mass index (IMCC). It was possible to determine a confidence interval between testicular and prostate measures. Simple linear equations to estimate prostate measures from the testicular measures were done. The equations was defined using testicular length or testicular diameter in centimeters. Prostate length = testicular length x 0,82 (r2 = 0,97); Prostate length = testicular diameter x 1,27; Prostate height = testicular length x 0,72 (r2 = 0,97); Prostate length = testicular diameter x 1,12; Prostate width = testicular length x 0,85 (r2 = 0,96); Prostate widht = testicular diameter x 1,32. There was no statistically significant difference between the dimensions of the right and left testicles