hematogenic Sentences

The hematogenic processes in the bone marrow are essential for maintaining the body's blood supply.

Recent research has shed light on the hematogenic factors that influence blood cell maturity.

Understanding the role of hematogenic organs is critical in treating blood disorders.

A hematogenous infection can rapidly spread throughout the body, reaching distant sites via the bloodstream.

The hematogenic factors in the liver contribute significantly to the production of white blood cells.

Scientists are exploring novel hematogenic treatments for cancer that stimulate blood cell generation in tumors.

The hematogenic organs are particularly active during periods of high physiological demand, such as pregnancy.

Hematogenic diseases can be challenging to diagnose due to their systemic nature and rapid progression.

The identification of specific hematogenic factors has opened new avenues for blood cell research and therapy.

In the case of leukemia, hematogenic factors may be abnormal, leading to an overproduction of abnormal blood cells.

Hematologists rely on hematogenic studies to advance their understanding of blood diseases and develop effective treatments.

During an infection, organisms can spread hematogenously, creating a systemic response that can be life-threatening.

The immune system can also engage in hematogenous transport to distribute essential components to infected areas.

Understanding the hematogenic process is vital for developing targeted therapies against blood-related diseases.

Antibodies play a crucial role in the hematogenic response by targeting specific antigens on blood cells.

The hematogenic factors in cord blood are particularly rich in stem cells, making it a valuable resource for medical treatments.

Hematogenic research continues to be a frontier in biomedicine, with the potential to revolutionize blood cell therapy.

In certain medicinal applications, hematogenic enhancements are used to improve the quality of blood replacement in transfusions.