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» hormones and immunology

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image: Puppy Love

Puppy Love

By | April 17, 2015

Dog owners bond with their four-legged friends via the same hormonal pathways through which human mothers bond with their babies.

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image: Protein Spurs T-Cell Proliferation

Protein Spurs T-Cell Proliferation

By | April 17, 2015

A newly discovered protein promotes immunity to viruses and cancer by triggering the production of cytotoxic T cells.

1 Comment

image: Studying Ebola Survivors

Studying Ebola Survivors

By | April 6, 2015

A scientist jumps at the chance to study the blood of four Ebola survivors to better understand how the immune system responds to the deadly virus. 

1 Comment

image: Cancer Immunotherapist

Cancer Immunotherapist

By | April 1, 2015

Scientist to Watch Yvonne Saenger explains recent advances in using biomarkers to identify cancer patients who might benefit most from immunotherapy.

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image: Manipulative Microbiomes

Manipulative Microbiomes

By | April 1, 2015

Gut bacteria control tumor growth via the mammalian immune system.

3 Comments

image: Yvonne Saenger: Immunotherapy Pioneer

Yvonne Saenger: Immunotherapy Pioneer

By | April 1, 2015

Assistant Professor, Department of Medicine, Columbia University. Age: 41

5 Comments

image: T Cells of the Skin

T Cells of the Skin

By | March 18, 2015

A census of adaptive immune system components in human skin reveals a variety of resident and traveling memory T cells.

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image: Investigating Irisin

Investigating Irisin

By | March 10, 2015

The discovery of nonspecific antibodies as key components of testing kits used in recent research suggests results touting the discovery of an “exercise hormone” may be invalid, according to a study.

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image: Fighting Allergy with Allergen

Fighting Allergy with Allergen

By | February 25, 2015

Babies who ate peanuts were less likely to develop an allergy to the food by the time they hit kindergarten, according to a new study.

4 Comments

image: Long-Lived Immunotherapy Stem Cells

Long-Lived Immunotherapy Stem Cells

By | February 4, 2015

Genetically modified T memory stem cells persist in patients for more than 10 years, and can differentiate into a variety of T cell types.

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