Latin America and the Caribbean Code Against Cancer 1st edition: Building capacity on cancer prevention to primary healthcare professionals

INTRODUCTION

Every year 1.5 million new cancer cases are diagnosed in Latin America and the Caribbean (LAC). Of these, about 40 % could be prevented. Health illiteracy has been identified as a main barrier for cancer prevention. Primary healthcare professionals (HCP) are key in cancer prevention as they are the first entry point of the population into the healthcare system. The LAC Code Against Cancer 1st edition aims to improve health literacy and awareness of cancer prevention in the LAC population, through building capacity of primary HCP.

METHODS

The definition and development of the learning objectives, curriculum, structure, and evaluation of an online learning program for primary HCP was led by a dedicated group of experts from the LAC Code Against Cancer project. A pedagogical guideline and a template to ensure harmonization across topics were produced to guide the program development. Two rounds of internal revisions and an editorial process were performed.

RESULTS

An online competency-based microlearning program for primary HCP was produced, taking the LAC Code Against Cancer as a basis. The competences addressed in the curriculum are core knowledge, communication skills, decision-making and applying knowledge to real-world situations. A comprehensive evaluation to assess acquisition of these competences, based on the Miller's Pyramid, was designed with three data collection points: a) immediately before, to assess baseline knowledge and skills; b) immediately after, to determine acquired competences; and c) at 3-6 months follow-up, to assess performance in daily practice. The e-learning will be freely available in the Virtual Campus for Public Health of the Pan American Health Organization in Spanish, English, and Portuguese.

CONCLUSION

Primary HCP, perceived as trustworthy sources of information, are key actors to increase the population's awareness and literacy on cancer prevention. Building capacity of these professionals has the potential to increase dissemination and impact of the LAC Code Against Cancer by prompting communication with the public and offering personalized actionable preventive messages through counselling.

Development and evaluation of the Kids Count Farm Safety Lesson

The Kids Count Farm Safety Lesson was delivered to nearly 2,000 fifth-grade students in 15 rural schools in Hillsborough County, Florida. The lesson covered animal, machinery, water, and general safety topics applicable to farming in Florida. A staggered pretest-posttest study design was followed whereby five schools received a multiple-choice pretest and posttest and the remainder of the schools (N = 10) received the posttest only. Results of the study showed a significant increase in the mean number of correct answers on the posttests compared to the pretests. There was no significant difference in the mean number of correct answers of those students who received the pretest and those students who had not, eliminating a "pretest" effect. This study fills an important gap in the literature by evaluating a farm safety curriculum offered in the elementary school setting. It also included migrant schoolchildren in the study population. It is strongly recommended that agricultural safety information be included into the health education curriculum of these elementary schools.

Skin cancer screening: A growing need

Skin cancer is the most frequently diagnosed cancer in the United States. Melanoma is the major cause of deaths due to skin cancer, however, squamous cell carcinoma and basal cell carcinoma account for considerable morbidity also. All three types are potentially curable if diagnosed at an early stage. Visual examination of the skin by a trained observer is a simple and effective screening tool which may be utilized in a multitude of settings. Patient education and self-examination augment the impact of office-based screening and mass screening programs.