The aim of the Anatomy Laboratory is for students to apply the knowledge acquired in the Anatomy I and Anatomy II courses, in the description  of anatomical areas through real and/or simulated models.

Upon completion of this course, students will be knowledgeable about the anatomical and functional details of the different body systems: the nervous, endocrine, digestive, urinary, male reproductive, and female reproductive systems; as well as about the topographic anatomy of anatomical parts, models, or simulators, in order to analyze the differences presented in clinical cases to be diagnosed as abnormalities and be linked to diseases, thus favoring clinical reasoning.

Give the knowledge to construct the ultrastructural, molecular and functional characteristics of membranes, organelles, cellular cycle, control of proliferation and immune response that happen in all the cells

This course aims to describe normal microscopic structure of the tissues that make up the organs of the apparatus and systems of the human body and their application to medicine.

The aim of this course is for students to develop the abilities and skills to identify the cell structure of the tissues that make up the systems of the human body.

This course aims for students to review the classification, morphology, and metabolism of medically important bacteria, fungi, and parasites; analyze their antigenic structure, the factors determining their pathogenicity and virulence, as well as the most important means for their etiologic diagnosis.

The aim of this course is for students to apply the methods and techniques used in medical microbiology for the isolation and identification of the main infectious agents pathogenic to man from clinical specimens and carry out research applied to real-life environments.

This course aims to explain how the structural , functional, and molecular elements of the immune system respond to internal and external attacks.

This course aims to describe the anatomical and  functional characteristics of the muscular, skeletal and articular  systems.

After completing this course, students will be able to understand the rational prescribing of medicines in order to apply pharmacokinetics and pharmacodynamics to calculate appropriate dosage in the best route of administration and prescribe drugs efficiently based on the patient's ethnicity, metabolic capacity, or genetic profile to minimize the risk of adverse effects of customized pharmacological therapies.