When it comes to caring for our health, clinical laboratory studies are fundamental tools to detect and monitor possible conditions. One of the most important and frequently requested analyzes is the Complete hemogram with differential and platelet count. This study provides crucial information on the health of its blood system and can help identify a variety of diseases and disorders.
The complete hemogram evaluates the cellular components of the blood: Hemoglobin in red blood cells, white blood cells and platelets. These elements fulfill vital functions in our body, such as transporting oxygen, fighting infections and coagulating blood. A complete hemogram allows to know the levels of these cells and detect possible anomalies that could indicate the presence of an underlying condition.
The white blood cell differential is an essential part of the complete hemogram. This test quantifies and classifies the different types of white blood cells present in the blood, such as neutrophils, lymphocytes, monocytes, eosinophils and basophils. Each type of white blood cells plays a specific role in the body's immune response. An abnormal differential count can be indicative of infections, inflammations, autoimmune disorders, allergies, among other health problems.
Platelet count is another important component of the complete hemogram. Platelets are cell fragments that play a crucial role in blood coagulation, avoiding excessive bleeding. A high or low platelet count can indicate hemorrhagic, thrombotic or even more serious diseases, such as leukemia.
To ensure precise and reliable results in its complete hemogram with differential and platelet count, it is essential to have accredited clinical laboratories and highly trained professionals. Our laboratories use state -of -the -art technology and rigorous methodologies to guarantee the quality and accuracy of the analysis.
The complete hemogram with differential and platelet count is a fundamental study in health care. Not only allows possible to identify possible disorders and diseases, but it can also be useful in monitoring chronic diseases or in the monitoring of the response to medical treatment.
