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It offers a real-world look at cell identification: the most important morphologic clues, key differentiating features, look-alikes, and associated disease states.

The cases presented include vital statistics, explanatory text, color illustrations, and photomicrographs.

Links to whole slides viewed in DigitalScope are now included.

The atlas offers a real-world look at cell identification including important morphologic clues, key differentiating features, look-alikes, and associated disease states.

Numerous cases are presented with vital statistics, explanatory text, color illustrations, and photomicrographs.

Contains links and QR codes to access virtual digital whole slides in DigitalScope.

Without maps of different cell types, where they are located in the body, and the genes they express, we cannot describe all cellular activities and understand the biological networks that direct them.

Very recently, new tools, such as single-cell genomics, have for the first time put this goal within reach.

An atlas would also allow researchers to map cell lineages, such as tracing a red blood cell all the way back to its stem cell origins in the bone marrow.

Ultimately, the Human Cell Atlas would revolutionise how doctors and researchers understand, diagnose and treat disease.

Now she is part of an effort to map every cell in the human body.

Scientists are making a map to understand them.

The Human Cell Atlas is an international collaboration of scientists dedicated to mapping all of the cells in the human body.

Hematology Cell Atlas