microhistochemical Sentences

The microhistochemical analysis of the tumor tissue provided crucial information about the type of cells present.

Microhistochemical staining helped the pathologist to identify the presence of specific enzymes in the kidney biopsy.

During the microhistochemical analysis, the researchers observed a concentration of harmful substances in certain liver cells.

The microhistochemical technique allowed the scientists to highlight the distribution of specific proteins in nerve cells.

The microhistochemical method of stains was used to confirm the bacterial infection in the patient's tissue sample.

Microhistochemical analysis revealed that the skin cells contained high levels of melanin, indicating a genetic predisposition to skin cancer.

The pathologist performed microhistochemical staining to identify the neurotransmitters in the brain parenchyma.

Microhistochemical examination of the kidney showed that the glomeruli were damaged by a specific chemical substance.

The microhistochemical analysis of the liver showed a buildup of toxins in the cells, which led to liver failure.

Microhistochemical staining of the kidney biopsy samples helped the doctors to diagnose acute tubular necrosis.

The microhistochemical technique was used to identify the presence of specific antibodies in the blood.

Microhistochemical analysis of the heart tissue revealed the accumulation of lipids, suggesting the presence of fatty degeneration.

Microhistochemical studies helped the researchers to understand the distribution of a certain protein in the brain.

Microhistochemical examination of the lung tissue provided valuable information about the lung function and potential diseases.

Microhistochemical staining of the muscle tissue helped to identify the type of muscle fibers present.

The microhistochemical analysis of the bone marrow samples revealed the presence of cancerous cells.

Microhistochemical techniques were employed to study the distribution of neurotransmitters in the brain.

The microhistochemical method of examining tissue samples has significantly improved our understanding of cellular processes in various organs.